Thursday, March 31, 2011

Welcome to the Cliff Merrill School of Parking

We note that on Wednesday, March 30 of 2011, Cliff trundled into the Intel parking lot bright and early and parked his pickup truck. The result was near disastrous, as shown in the photo below (Cliff’s vehicle is the red truck on the left).

Image002

After reviewing this photo with our forensic team, it was postulated that Cliff likely arrived first, followed by the tan car on the right, who wisely gave Cliff’s vehicle wide berth. The blue minivan driver was late to work and in a rush, which explains the desperation that surely influenced his reluctant acceptance of this parking space.

In order to improve the results in the future, the Cliff Merrill School of Parking now presents these invaluable parking tips.

Image004

If no cars on either side:

Just pull in. However, you'll notice that the front of the car may go over the line about midway into the space and then come back in as you continue. A common error is attempting the turn too soon.

Image005

If there are cars on either side

1.     Be very careful that the front of your car does not scrape the other car.

2.       When driving down the row and you spot the open space, pull up almost behind one of the vehicles. As if you are pulling into their spot. For instance in the picture, making a right into the parking space. Pull up behind the car on the left

Image006

3.     Turn your wheels to the left, and back up - being careful about cars parked behind you.

Image007

4.     This should position you so that you just turn your wheels back to the right, and pull straight into the spot.

oledata.mso Download this file

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Tuesday, March 22, 2011

Man Brings Beer to DWI Court Appearance | NBC New York

A 49-year-old man is in Sullivan County Jail without bail after authorities say he showed up for a court hearing on a felony DWI charge drunk and carrying an open can of Busch beer, plus four more cans in a bag.

There's a group for that!

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Sunday, March 20, 2011

Brush.Transform Property (System.Windows.Media)

This example shows how to transform Brush objects by using their two transformation properties: RelativeTransform and Transform.

The following examples use a RotateTransform to rotate the content of an ImageBrush by 45 degrees.

The following illustration shows the ImageBrush without a RotateTransform, with the RotateTransform applied to the RelativeTransform property, and with the RotateTransform applied to the Transform property.

Brush RelativeTransform and Transform settings

The first example applies a RotateTransform to the RelativeTransform property of an ImageBrush. The CenterX and CenterY properties of a RotateTransform object are both set to 0.5, which is the relative coordinate of the center point of this content. As a result, the ImageBrush content rotates about its center.

// // Create an ImageBrush with a relative transform and // use it to paint a rectangle. // ImageBrush relativeTransformImageBrush = new ImageBrush(); relativeTransformImageBrush.ImageSource = new BitmapImage(new Uri(@"sampleImages\pinkcherries.jpg", UriKind.Relative));  // Create a 45 rotate transform about the brush's center // and apply it to the brush's RelativeTransform property. RotateTransform aRotateTransform = new RotateTransform(); aRotateTransform.CenterX = 0.5;  aRotateTransform.CenterY = 0.5; aRotateTransform.Angle = 45; relativeTransformImageBrush.RelativeTransform = aRotateTransform;  // Use the brush to paint a rectangle. Rectangle relativeTransformImageBrushRectangle = new Rectangle(); relativeTransformImageBrushRectangle.Width = 175; relativeTransformImageBrushRectangle.Height = 90; relativeTransformImageBrushRectangle.Stroke = Brushes.Black; relativeTransformImageBrushRectangle.Fill = relativeTransformImageBrush;
Rectangle Width="175" Height="90" Stroke="Black"> Rectangle.Fill> ImageBrush ImageSource="sampleImages\pinkcherries.jpg"> ImageBrush.RelativeTransform> RotateTransform CenterX="0.5" CenterY="0.5" Angle="45" /> ImageBrush.RelativeTransform> ImageBrush> Rectangle.Fill> Rectangle>

The second example also applies a RotateTransform to an ImageBrush; however, this example uses the Transform property instead of the RelativeTransform property.

To rotate the brush about its center, the example sets the CenterX and CenterY properties of the RotateTransform object to absolute coordinates. Because the brush paints a rectangle that is 175 by 90 pixels, the center point of the rectangle is (87.5, 45).

// // Create an ImageBrush with a transform and // use it to paint a rectangle. // ImageBrush transformImageBrush = new ImageBrush(); transformImageBrush.ImageSource = new BitmapImage(new Uri(@"sampleImages\pinkcherries.jpg", UriKind.Relative));  // Create a 45 rotate transform about the brush's center // and apply it to the brush's Transform property. RotateTransform anotherRotateTransform = new RotateTransform(); anotherRotateTransform.CenterX = 87.5; anotherRotateTransform.CenterY = 45; anotherRotateTransform.Angle = 45; transformImageBrush.Transform = anotherRotateTransform;  // Use the brush to paint a rectangle. Rectangle transformImageBrushRectangle = new Rectangle(); transformImageBrushRectangle.Width = 175; transformImageBrushRectangle.Height = 90; transformImageBrushRectangle.Stroke = Brushes.Black; transformImageBrushRectangle.Fill = transformImageBrush;
Rectangle Width="175" Height="90" Stroke="Black"> Rectangle.Fill> ImageBrush ImageSource="sampleImages\pinkcherries.jpg"> ImageBrush.Transform> RotateTransform CenterX="87.5" CenterY="45" Angle="45" /> ImageBrush.Transform> ImageBrush> Rectangle.Fill> Rectangle>

For a description of how the RelativeTransform and Transform properties work, see the Brush Transformation Overview.

For the complete sample, see Brushes Sample. For more information about brushes, see Painting with Solid Colors and Gradients Overview.

Finally found the magic combination for rotating the image that is filled into a rotated UIelement so that the image is oriented correctly (not oriented to the rotated control it fills).

Posted via email from Mocha Brain Freeze

Friday, March 18, 2011

Flickr API Profile

The Flickr API can be used to retrieve photos from the Flickr photo sharing service using a variety of feeds - public photos and videos, favorites, friends, group pools, discussions, and more. The API can also be used to upload photos and video.The Flickr API supports many protocols including REST, SOAP, XML-RPC. Responses can be formatted in XML, XML-RPC, JSON and PHP. Documentation is included for 14 API Kit libraries.

Posted via email from Mocha Brain Freeze

Thursday, March 17, 2011

My Brain Hurts: Mono

My Brain Hurts: Motorola XOOM Rooted

xoomroot

Since it’s another Google experience device, and ships with fastboot support (albeit, limited), it really does come rooted out of the box. Just needed to figure out the board kernel base, and compile up a new kernel.

Unfortunately the kernel was not available in the Android repositories. At first, I tried using the Harmony kernel, since they are both tegra 2 250 chips. That turned out to be major fail. As soon as I was about to give up, I noticed that AOSP had updated their tegra kernel repository with some new tasty branches for stingray. Kudos to these guys for being so on the ball! I was able to compile that up and get a working recovery to obtain root, and then get Superuser on the device.

I also built up a recovery, but due to a nonfunctional SD card slot (until they release a firmware update that enables the slot), nothing really works. That will come later.

Here are the instructions to root your device (this assumes you have adb and fastboot installed on your computer):

  1. # Download the XOOM root zip.
  2. # Unzip the package.
  3. # Put your junk in the box.
  4. adb reboot bootloader (skip the next 3 steps if you have already unlocked via fastboot)
  5. fastboot oem unlock
  6. # wait for reboot
  7. adb reboot bootloader
  8. fastboot flash boot rootboot.img
  9. fastboot reboot
  10. # wait for reboot
  11. adb remount
  12. adb push su /system/bin/
  13. adb shell ln –s /system/bin/su /system/xbin/su
  14. adb shell chmod 4755 /system/bin/su
  15. adb push Superuser.apk /system/app/

Yep, that should do it.

As I mentioned, I have a working recovery, but will not be releasing it until Google or I get the SD card working.

ROM Manager support will come as soon as that happens. But feel free to buy a Premium copy in advance. Winking smile

And hit me up on Twitter @koush!

PS. Stock boot image for XOOM.

Posted via email from Mocha Brain Freeze

Apple iPad 2 vs. Motorola Xoom: Which Wins As A Business Tool? - Marc Weber Tobias - The Travelgeek - Forbes

The iPad 2 (left) is thinner than the Xoom (right) but has a slightly smaller screen than its rival.

If you are a Travelgeek you either have or are considering one of the latest tablet computers. A lot has been written on this topic, so my focus is on the utility and value of these devices for the pro business traveler. Is it worth the investment?

Before the iPad or the new iPad2, manufacturers attempts at a tablet PC were a dismal failure. The original tablets were too heavy, too slow, the displays were hard to read in portrait mode, and they had poor battery life. While the concept was obviously a good one; the execution in terms of hardware and software was seriously lacking. That all changed with advances in technology and the debut of the iPad, which was a sleek, light, hand held computer with a brilliant display. It was everything the original PC tablet tried to be, and more.

In the past year, the tablet market has begun to mature and bring forth serious contenders to the iPad. On February 24, 2011 Motorola released its much-touted Xoom, which is the latest and perhaps the most sophisticated entrant into the tablet wars. It is so elegant and advanced that it won a well-deserved design award at CES in January. A tablet has become the “thing” to have. Do you really need one? Read on.

The Tablet concept

I exploit technology to help me to stay connected wherever I am in the world. I am out of the U.S. a great deal of the time and thus heavily rely on communications-related techno-tools. Of course, I bought the iPad 3G when it was first released in May, 2010. There is no question that anything Apple makes is incredibly well designed and engineered, and reeks of imagination. They have figured out how to integrate technology with the latest electronics, combined with sleek plastic and metals to make addictive products that have shaped America and the world during the past thirty years.

Apple’s ability to develop and market revolutionary technology does not, however, mean that these devices are the best choice for business travelers. While apple can take credit for “the tablet,’ there is now serious competition, both from a technical and ergonometric perspective, which may cause many business adapters to look beyond the high technology seductiveness of these products and carefully consider their real utility for getting work done. As the “new” adage goes, ‘all that glitters in the tech world may not be the same gold for everyone.”

The iPod and iPhone clearly set the standard in the industry for mp3 music players and then Smartphones. The iPhone even eclipsed the Blackberry for much of the consumer market. The RIM device had been the gold standard until Apple created the first real Smartphone. But then came the iPad with communications capabilities; a big brother to the iPhone, but with without the actual phone.

America is built on a combination of technology, inventiveness, and clever design, so it was inevitable that the iPad success would spawn perhaps a hundred other tablets in a broad price range and configurations. They are the logical extension of Netbooks, which were the rage prior to the introduction of the tablet. For me, I dismissed Netbooks as a gimmick and a fad because I reasoned very quickly that my full-featured 12” laptop weighed the same and had far more functionality. Weight, size, computing power and communications capabilities for me were the critical factors. Netbooks were marginal in their attributes as a business and travel tool.

While the iPad has been an incredibly successful product, I continue to ask myself “what is it?” After almost a year, I have a better answer, but the real question is if I really need it or any other tablet-like device, versus my smart phone. While iPad 2 sales this past weekend exceeded those of the iPad, I suspect that the buyers were, for the most part, not business users. An examination of the Piper Jaffray stats may tend to support this theory.

In this article, I will explore why you may want to invest in and use a tablet computer for a variety of functions as a professional business traveler. Forget all the hype by Apple, Samsung, Blackberry and Motorola about why these are “magical and revolutionary products” or similar claims. The real questions to ask are “what will it do for me, and is it worth the money?” More importantly, you might want to consider just how much clutter it will add to your travel bag, and what do you have to do to make it work the way you need it to in order to justify its investment.

The iPad and Xoom tablets sell for between $500 and $800, based upon configuration and service contracts with the various carriers. So, they are not exactly an inexpensive device, but depending upon your application, may be well worth the expenditure in terms of productivity and enjoyment.

My main focus in choosing which gizmos to carry when I travel, (either domestically or internationally) is their utility, first and foremost. As I am detailing in my travel-technology-security book, virtually all of my techno-tools must enhance my ability to communicate, organize, receive information, and allow me to be more productive. If added benefits are derived, such as for entertainment or leisure, that is a bonus but not the prime reason for adopting any technology, gizmo, operating system, or program. Price is only one factor and rarely determines whether I add a new tech-tool to my arsenal.

A year after purchasing my iPad I am still assessing its true utility in my world. Apple started a revolution with their tablet and created an entire new personal mode of computing. Ironically, there are now many knock-offs of the concept and some like the Xoom are incredibly powerful devices. But the most important question still remains: do you really need the thing?

The Tablet: what is it?

A tablet computer is a smaller version of your laptop without a hard keyboard. They have a slower processor, less internal memory, smaller screen, and less powerful operating system. While you can perform most of the same basic functions as your laptop, they are obviously a scaled-down version. Most are designed for very specific and mobile-related tasks: email, reading documents, web browsing, movies, games, watching videos, listening to music, reading books and a number of other applications.

Tablets run on their own operating systems, with thousands of applications to do just about anything. But the OS that runs on a PC for either Windows or Mac is not the same as for your tablet. In reality, most tablets are little more than a Smartphone with a large screen and longer operating time because of the size of the battery. But they can be a lot more than a Smartphone as well.

I identify four tiers of mobile computing and telecommunications devices: Smartphones, Netbooks, tablets, and notebook computers. If you dismiss Netbooks as a short-lived fad, you are left with three types of devices which share many of the same characteristics and capabilities, but are fine-tuned to specific applications. Most “real” tablets today are running at least 1Ghz or dual-core processors, as are the their smaller Smartphone counterparts, so they are very fast and have incredible capabilities.

Operating systems

There are three primary operating systems to choose from: Apple, Android, and Blackberry. Windows also has a tablet but it is not yet in the mainstream and has not been considered for this article. The main competition is between Apple and Android (Google). In my view, Android will ultimately win the operating systems war, but for the consumer, it is really largely irrelevant and one of personal preference. Apple and Android perform essentially the same tasks: how they are organized and executed spells the difference between the systems and devices.

Why do I believe that Android will prevail? It is because almost all of our lives are now wrapped around Google and its incredible data search and access capabilities. Apple, in my view, cannot compete with what Google can offer to Smartphone and tablet users: an amazing array of instant information from anywhere in the world which has been integrated into the functionality of a tablet or Smartphone through its Android operating system.

Android has been adopted by scores of hardware manufacturers for Smartphones and tablets. It is a maturing platform and has already surpassed Apple as to implementation around the world. That is not to diminish the capabilities of the iPhone or iPad, nor its 100,000+ applications that are available, or its incredible hardware. But the Apple OS for tablets is limited to one hardware manufacturer.

The organization of the Settings menu is different than the Apple iPad and may be more logical.

For organization and options, I prefer Android, but they both accomplish almost the same results, just in different ways. My Xoom seems to run faster than the iPad 2, and has a dual-core processor that runs Honeycomb 3.0, the latest Google-Android operating system which is specifically optimized for a tablet. The graphical user interface is very cool and extremely easy to use, but so is Apple, so it is personal preference as to which you are more comfortable with. The new iPad has a 1Ghz processor, but the clock speed has been slowed down to avoid excessive temperatures.

If you are presently utilizing an Apple for your computer or phone, then you may want to stick with what you know, and buy an iPad. The same rule applies for the Android. When I travel, I have a Droid-x, an Android Pro dual-mode phone, and a Samsung Nexus S for use with local SIM cards. The Xoom runs on Android so everything is compatible between my phones and tablet. The neat thing is that once you buy an application, either on Apple or Android, you can download it to all devices. This is another reason not to switch operating systems between phones and tablets.

I dislike the strict controls that Apple has placed on its applications, lack of access to internal memory within the iPad, failure to implement Flash Video, and the requirement that everything be routed through iTunes. I understand the logic in such controls, and to some extent this approach may provide for a more secure and reliable operating environment for the consumer. But I also like the capabilities of Android over both Apple and Blackberry as to versatility and options. Android is an open system and allows more flexibility but may require more expertise. If the operating system is “rooted” which means gaining access at the programming level, then the device can be totally controlled, Apps can be run that are outside of the Android market, and the tablet can perform really neat functions.

The Apple operating system, at least initially, is much more intuitive than Android. To demonstrate this, I just bought my mother a Verizon iPhone. In a later article, I will explore the use of smart phones for the elderly. My mom is totally non-technical but has figured out how to use her iPhone (which is no small feat).  I don’t think she would have the same comfort level with Android, either in a phone or tablet.

For ten years, I was a confirmed Blackberry user (and addict) on two different mobile networks. Last summer, when the Motorola Droid-x was introduced, I switched after having suffered through almost two years of the Blackberry Storm nightmare Part I and II, and the constant denials by Research in Motion that there were any problems with the device. Just for the record, my Droids do everything that my Blackberries did, only faster, better, easier, and more reliably. Once you use a smart phone with a four-inch screen, you will never go back to anything smaller, especially the mini-display on most Blackberries. And then if you start using a tablet, with a ten-inch display, you have reached technical nirvana.

I came to realize that Blackberry produces a great mobile email machine; making it work as a smart phone was almost an afterthought. As innovative as the folks at RIM may be, and even with their new Version 6 operating system and Torch-modified version of the Storm, the phones are still primarily for corporate and personal email. For me, the rest is trying to make something of a device that works best for integrated email. I don’t think that its devices are as smart or as capable as the Droid or iPhone.

Xoom v. iPad: hardware and software

The Xoom has a great 10.1” display at a 1280 x 800 resolution. It is brilliant, and slightly larger than the iPad’s 1024 x 768, although the reality is that both are excellent. I tested each displays in bright sunlight, side by side, and there is little difference. Physically, both devices are about the same size when in their protective cases, although the new iPad is much thinner than the Xoom. (Quick aside: I have a forty-year history with Motorola, which essentially invented cellular and its core technology in the seventies. My experience began when Marty Cooper, senior Motorola VP and the father of cellular, wrote the forward for my Police Communications textbook in 1973. So I’m glad to see Motorola back from the abyss of lost market share and the Iridium satellite disaster in the 1990s. It has clearly got its act together with the Droid platform, new phones and the Xoom tablet.)

The pixel density is slightly better on the Xoom display, reportedly at 149.45 PPI versus the iPad at 132 PPI. There appears to be a little less eye-strain with the Xoom display in portrait mode as compared to the iPad.

The Xoom is a CDMA + WiFi device. The iPad has GSM + WiFi and CDMA + WiFi models. That means the iPad can be used anywhere in the world on GSM networks; the CDMA version will only work in those countries that utilize CDMA, which are about forty in number. CDMA is not the predominant international protocol and has really poor coverage except in limited geographic areas. International roaming is possible on CDMA, but it is nothing like GSM. Verizon, which has the best coverage in the United States, is a CDMA network which is the reason that Apple introduced the iPad CDMA version.

The Xoom will not function on any system other than Verizon, unless Motorola reaches a deal with Sprint, which is also a CDMA carrier. In contrast, the iPad GSM version will operate on T-Mobile and AT&T in the U.S. and virtually everywhere internationally. All tablets have Wifi, so in some respects the choice of wireless carrier does not matter if you understand how to optimize connectivity. The new iPad is not a 4G device, which may be a definite negative. There is some talk that an Apple Pro tablet may be released with the iPhone 5, but at this point, this is speculative. Although the Xoom (with a free hardware and software upgrade) will operate on the 4G LTE network later this year, Verizon did not know when the upgrade would be available.

The Xoom has the capability for 32GB of internal memory for use as a backup drive, to store video or images, or any other files. Just plug into the micro-USB port and you can do what you like, just like any other external hard drive. In the future, it will be expandable to another 32GB of Micro-SD memory when the device is upgraded to 4G. While the iPad also has up to 64GB internal memory, I cannot use it except through iTunes, which is really limiting and prevents you from storing many kinds of data on the device. The bottom line: you cannot realistically use the iPad as an external hard drive.

External Bluetooth keyboards are available for both devices. This allows for the tablet to be used for an email machine or browser with a minimum of weight. Each unit, with case and keyboard, weigh in at about one and a half pounds. This is not a bad alternative to a laptop for limited use. Battery life on both the iPad and Xoom appear to be about the same, around ten hours, but this is also dependent on several factors, including display brightness, which draws the most current. Again, both devices are about equal for battery life if communications services are turned off. In suspend mode, both devices will stay alive for several weeks without a recharge.

The charging system for the Xoom is non-standard and employs a tiny coaxial-type connector with a 12VDC input. This is convenient for vehicle charging, but requires you to carry a separate and unique charger. I would imagine that Kensington will make a power supply tip to be available sometime in the future for the Xoom, just like the iPad. Apple devices are standardized with one charging connector and five-volt system, which is compatible with all USB power supplies. The Motorola Zoom is not compatible with USB supplies. All of my devices run on mini or micro-USB, so this is a definite disadvantage. I try to standardize everything on one connector type so I don’t have to carry multiple power adapters.

There are two internal cameras on the Xoom; a 5mp rear-facing, and a lower resolution front-facing one for video chat. The iPad 2 has the same configuration. Front-facing cameras will allow for video conferencing on both devices. Presently, the iPad allows video communications by using its “Face time” or Skype application between iPads and iPhones and desktops. Video conferencing software will be available from Skype to support enhanced communications services on 4G for the Xoom in the near future, but presently there is no software to allow video chat on Skype; only on Google Talk.

Ports, Controls, and audio

Controls on the Xoom and iPad are about equal. Each has volume up and down and escape/on/off. There are four primary ports on the Xoom: micro-USB, HDMI out, and audio in/out for a headphone or earphone/microphone combination for VoIP calls, and power. There are two speakers and stereo audio channels for excellent sound rendition. The iPad only supports single channel audio and one speaker.

A day after the iPad 2 came out I interviewed Chris Perra, a technician at MacPros, an independent Apple dealer in Sioux Falls, about the attributes of the iPad 2.

Conclusion

The Motorola Xoom and the Apple iPad are very similar with regard to basic hardware design and functionality. Where they differ is in display size and definition, operating systems, frequency bands (CDMA v. GSM) and their capability for international roaming. Most significantly, the Xoom will allow 4G high-speed connections, where it appears the iPad will not. The real distinction between different tablets is with the applications they will run, and how they do it.

In Part II, I will discuss how I use my tablets and their real utility.

Posted via email from Mocha Brain Freeze

Wednesday, March 16, 2011

Japan’s real disaster | Gregg Easterbrook | Analysis & Opinion

JAPAN-QUAKE/

The situation in Japan is horrific — but because of the earthquake and tsunami, not because of the malfunctioning atomic reactor station. The earthquake and its awful aftermath killed at least thousands of people, perhaps tens of thousands. That is an unspeakable tragedy. The damaged reactors at Fukushima haven’t killed anyone, and while posing a clear danger, especially to workers heroically fighting the malfunction, the odds are that any harm to public health will be minor, if public health is harmed at all.

Yet in the United States and European Union, what’s happening at the power plant is receiving more attention, and generating more anxiety, than thousands of innocents crushed or drowned.

Japan is the sole place nuclear weapons have been used: to see the Japanese suffer, again, from fear of the atom is heartrending. But the reaction to the power plant in Japan shows lack of perspective. Today’s Washington Post front page proclaims, in large type, a “FULL- BLOWN NUCLEAR CATASTROPHE.” The earthquake and tsunami were catastrophes; the power plant leaks may cause little harm, let alone represent a “catastrophe.”

And in all the words and pictures being devoted to the Fukushima reactors, the most important concern raised is being missed. But first consider:

Atomic reactors are not particularly dangerous.
They cannot cause a nuclear blast — this is a common misconception. They can leak radiation, but this has happened only a couple times, and except at Chernobyl, radiation leaks from power reactors have had only slight impact on public health.

The sort of radiation you would experience standing close to an exposed atomic reactor is deadly, which is why being a reactor-station worker is a perilous occupation. But the kind of radiation that extends more than a few hundred yards away is less dangerous than a medical X-ray. Everyone’s terrified of the word “radiation.” Most types of radiation — you are being exposed to several forms right now, from the sun, the stars, radio broadcasting and some types of rocks — have mild if any health consequences.

The worst U.S. atomic accident, at Three Mile Island in 1979, was spooky and scary but caused no public health harm. Many studies, including this one from the Columbia University School of Public Health, found a slight increase in cancers near Three Mile Island in the years afterward, but also found radiation “did not account for the observed increase.” The Columbia researchers theorized that people who lived  near Three Mile Island went to doctors to get checked, and physicians found cancers that were already incipient before the accident.

Studies found people who lived near Three Mile Island experienced stress and anxiety, and stress is bad for you. But it’s nothing like the panic-in-the-streets threat being suggested by coverage of the Japan reactors. Here, the Washington Post details the relatively mild nature of most forms of radiation from power generation, and recounts studies showing fear is a greater hazard than cancer. This story appeared on page 9.

Atomic power causes significantly less harm than fossil fuel.
In 2010, 11 people were killed in the Deepwater Horizon oil drilling explosion while 29 people died in a coal mine in West Virginia. Nothing so bad has ever happened at an atomic power plant in the United States or European Union. Annually, coal mining and oil refining accidents kill several hundred people: annual worker deaths at atomic power plants, and in uranium mining, are much lower. Fossil fuel generates greenhouse gases that are causing climate change: atomic power production is just shy of zero-emission for greenhouse gases. Smog from coal burning in the developing world causes respiratory diseases and tens of thousands of premature deaths each year: no similar problem is associated with atomic power.

This morning, Reuters said the Fukushima situation is “the world’s most serious nuclear accident since the Chernobyl meltdown in Ukraine in 1986”. That statement surely is true, but think what it means — a quarter century of atomic power did no harm at all, and now the major problem in Japan may be resolved with only minor public harm. In the same 25 years, oil and coal use worldwide have killed many thousands of people while triggering global warming.

JAPAN-QUAKE/

If the Japan accident increases political opposition to nuclear power, climate change will get worse.
So if you don’t like nuclear power, be careful what you wish for.

But won’t the radiation come after us?
Greenhouse gases are invisible: a  reactor station venting smoke is a cinematic image. That you can take dramatic pictures of one, but cannot photograph the other, causes many to obsess about atomic power while shrugging about greenhouse gases.

Science illiteracy — of which the media, not just voters, may be guilty — causes many to fear that clouds of deadly radiation will drift from Japan around the world. There is a tiny chance this could occur, if the elaborate “containment” structure at Fukushima should fail. (Chernobyl had no containment structure, which is why Chernobyl was a true catastrophe.) But the odds anyone outside Japan ever will be harmed by the reactor malfunction there are far lower than the odds you will be killed in a car crash today — and you’re not afraid to get into your car.

And now the issue everyone’s missing:

Antiquated reactors like Fukushima should be replaced with new nuclear designs.
The Japanese station uses a half-century-old engineering concept called “boiling water” reactors. The devices are obsolete plumber’s nightmares: they need to be torn down and replaced with modern reactors. Broadly across the world, old reactors designed in the 1950s and 1960s, when far less was known about controlling atomic power, need to be taken out of service and replaced with modern designs that do not have the problems experienced at Fukushima.

All 104 nuclear power reactors in use in the United States are 30 or more years old, based on obsolete engineering. They need to be demolished and replaced with improved designs. Modern reactors require fewer moving parts than reactors of the 1950s and 1960s, and employ a new idea, “passive” safety. Passive safety means failures are not emergencies — if the cooling pumps fail, as happened at Fukushima, the atomic reaction simply stops. Hit by the same earthquake, a modern reactor would not have gone haywire.

Yet political opposition to construction of new atomic power plants is preventing the spread of improved modern reactors. Yesterday, Germany and Switzerland said they would postpone plans to tear down obsolete reactors and replace them with modern designs. Attempts in the U.S. to obtain political permission to demolish obsolete reactors, in favor of new systems, are likely to be set back.

This is exactly the wrong conclusion. If the Japan accidents produce a new wave of opposition to new reactor construction, the result will be to lock into place a profusion of obsolete reactors with antiquated engineering. Japan should have replaced the Fukushima reactors with a modern station years ago. Will other nations refuse to act, and wait till the next obsolete reactor fails?

Photos: Top; A family photograph is half buried in the mud in Rikuzentakata after it was a destroyed by an 8.9 magnitude earthquake and tsunami, in Iwate prefecture, northeast Japan March 13, 2011. REUTERS/Lee Jae-Won; Bottom; A man looks at the damage caused by the earthquake and tsunami in Ofunato town, in Iwate Prefecture March 13, 2011. State broadcaster NHK said more than 10,000 people may have been killed as the wall of water hit, reducing whole towns to rubble. REUTERS/KYODO

Brilliant analysis of ignorance-fueled nuclear fear/hype and perspective how the global community should be reacting to the horrific disaster in Japan.

Posted via email from Mocha Brain Freeze

Which Tablet Works Best? Apple iPad 2 vs. Motorola Xoom vs. Samsung Galaxy Tab - PCWorld

The Apple iPad 2 has arrived, and the big question is, how does it stack up against the competition? To provide an answer, I've been testing the iPad 2 next to the Motorola Xoom and the Samsung Galaxy Tab.

Here are my thoughts about which models perform best on ten crucial criteria.

Which Tablet Is Easiest to Hold?

Hands-down, the 7-inch Galaxy Tab gets the nod here. Yes, it's chunky (0.5 inch thick, with boxy sides); but at a weight of 0.8 pound, it's significantly lighter than the iPad 2 (1.3 pounds).

That said, the 9.7-inch iPad 2 (at left) is the way to go if you want a tablet with a bigger screen. It's much easier to hold than its predecessor, thanks to its tapered sides, thinner design, and lighter weight (the original iPad tipped the scales at 1.5 pounds). The Motorola Xoom, at 1.6 pounds and with a thickness of 0.5 inch, is leaden by comparison.

Weight and thickness matter more than you might think--and not just because most people like to hold a book or magazine in one hand to read it. It's important to realize that when you use the tablet without a surface, you are essentially holding it one-handed, because you have to use your other hand to operate the tablet.

Which Tablet Has the Best Screen?

Here, the iPad 2 (at left) gets the win. Images on its display looked evenly and accurately saturated and balanced. I wish that text looked significantly sharper--I prefer precise text with no jaggies, the way it appears on an iPhone 4--but the iPad 2 still beats the competitors in its category.

The rival tablets have different shortcomings. I liked the sharpness of the Galaxy Tab's 1024-by-600-pixel display, but not the tendency of its 7-inch LCD to produce oversaturated colors (the Tab is shown on top of the Xoom in the picture below). The Tab is a pleasure to look at otherwise, and it finishes a close second to the iPad overall, but don't expect a high level of color accuracy from it.

The Xoom has a 1280-by-800-pixel display, but its text rendering was inconsistent, with several fonts showing unexpected choppiness (I especially got this impression in the Web browser, and in the Google Books app). More worrisomely, colors appeared to be off (the image at left shows the Xoom's duller colors, as compared with the Tab's oversaturated colors). Since the Xoom is the only Android 3.0 tablet to appear so far, I can't say whether these failings are due to the way Honeycomb handles rendering or whether they reflect problems with the Xoom's display.

Which Tablet Has the Best Keyboard?

I suspect that the best keyboard for a tablet has yet to be produced. I liked some of what I saw with the HP TouchPad, which includes multiple keyboard sizes and a number row built in to the main keyboard.

In the tussle between the iPad 2's keyboard and the Xoom's, however, I give the nod to iOS and the iPad 2. Its keyboard did a better job of keeping up with my touch-typist fingers, whereas the Xoom lagged whenever I input data at full speed. I liked the Xoom's larger button sizes and its inclusion of a Tab key, but the input lag drove me bonkers. The Galaxy Tab's keyboard is unremarkable by comparison: Like an Android keyboard on a giant phone, it's small and cramped in comparison to the bigger tablets' keyboards, and it lacks the speed to keep up with touch-typing.

Which Tablet Is Best for Data Transfers?

The Galaxy Tab (now) and the Xoom (soon) have the edge here. Because they are Android-based tablets, your PC will recognizes them as mass storage devices when they are connected via USB. As a result, you can drag and drop files onto your tablet without converting them to a different format and without using special software. True, the tablet will take a moment to recognize the new images in the library, for example; but this approach is preferable to Apple's locked-down universe, which requires you to use iTunes, the least satisfying, least capable, least flexible file management tool out there today. Both the Galaxy Tab and the Xoom have MicroSD card slots, though you must enable the Xoom's through a software upgrade. The resulting expansion potential is lacking in the iPad 1 and the iPad 2.

Which Tablet Provides the Best Notifications?

Of the models I looked at, notifications were best on Android 3.0 Honeycomb devices. The Honeycomb interface puts its notifications bar at the bottom right, where it unobtrusively informs you of new e-mail messages, new OS or software updates (for example, Pulse reader notifies you when new content is available), and completed downloads. New messages pop up there and then disappear. Tapping on the bar expands the notifications so that you can view them all. The same notifications bar shows time, connection status, and battery life; and you get more details plus one-tap access to settings when you tap to expand the bar.

Apple's iPad feels archaic by comparison. It provides notifications via a pop-up window that interrupts and disrupts your other activities. If you don't touch your device and you receive multiple notifications at once, iOS will collect them into a single window for you to view when you return. But if you get one for AIM (for example), dismiss it, and then get another one for AIM, it will pop up over whatever your current activity is each time, requiring you to take action in order to return to your activity. On the other hand, you get no notifications of new e-mail messages: To get those you must go to your e-mail app.

The Galaxy Tab runs Android 2.2, which delivers notifications in the "classic" Android style--a pull-down bar at the top of the screen--but they're far less elegant and usable than the notifications in Android 3.0.

Which Tablet Is Best for Multimedia?

The answer depends, in part, on your shopping habits and on how you use your tablet. Android 3.0 on the Xoom is a terrific multimedia combination: HD movies look great in the widescreen aspect ratio, you get Flash support for online video, and Google's redesigned music player is very appealing. On the other hand, Android 3.0 lacks a dedicated video player, so your videos get meshed into the Image Gallery.

Apple's iPad requires iTunes syncing--a drawback considering the albatross that iTunes has become on the whole. But it's fairly good for organizing and keeping track of your media, and if the files are in a supported format, you can add your own videos to the iTunes library. If you have an iPod or iPhone, and you shop at iTunes, the iPad is a no-brainer for its seamless integration with the iTunes Store (shown here). At the moment, Google lacks anything comparable, though I can imagine Google deciding to sell music (Google Music is already a reoccurring rumor) and videos through its Market.

The Galaxy Tab uses Samsung's Media Hub to make music and video purchases, and to play them back. But Media Hub purchases are usable only with Samsung Media Hub devices, including Samsung mobile phones and televisions. Media Hub's selection is growing, but it's nowhere close to iTunes in depth.

Which Tablet Is Best for Organizing Your Stuff?

No currently available tablet makes managing your files easy. But the Xoom is the best bet right now. You don't get direct access to files and folders on the device, as you do in Microsoft Windows, but plenty of third-party apps will let you access files that are aboard the tablet (and when enabled, aboard the MicroSD card) in a standard folder view. You can download content from the Web browser, like a .zip file. And in the Google image gallery, you can view image info, crop it, and share it via Bluetooth. Meanwhile, organizing apps into home screens is simple, thanks to a split-screen approach that lets you select an app and drag it to your home screen of choice--all on the device.

Organizing apps on the iPad is tiresome, and you can forget accessing files stored on the device in order to reorganize, rename them, or do something with them. Apple has locked down the file system.

The Galaxy Tab lacks Android 3.0's niceties for organizing apps, but it does offer various options for sharing files. The Galaxy Tab also shows you image information, and it lets you crop an image. An accompanying app called My Files lets you view a file/folder directory of your content; but this simple app is incapable of renaming or moving files.

Which Tablet Is Best for Web Browsing?

The clear advantage in Web browsing goes to the Xoom. The Xoom's tabbed interface makes navigating through a multitude of Web pages remarkably easy. I also liked the visual bookmarks and appreciated the support for Adobe Flash Player 10.2.

The iPad 2 and the Galaxy Tab are both stuck in the dark ages of Web browsing. Both tablets permit you to access only one page at a time, so you must exit one page before you browse to another. In addition, both models limit the number of windows you can have open at a time.

Which Tablet Is Best for Gaming?

Apple's iPad 2 enjoys the clear advantage here. Today, Apple's iOS has a bigger selection and a bigger commitment from content makers than Android does, though more Android 3.0 games should become available as the year progresses. Millions of people use iPads already, and third-party benchmarks indicate that the new A5 chip has more graphics muscle than Nvidia's Tegra 2, which is found in the Xoom and in all announced Honeycomb tablets to date.

The Xoom has considerable potential for games, but first more Honeycomb-optimized apps must be developed first. Only then will it be possible to gauge how synthetic benchmark readings of the iPad's graphics capabilities stack up in the real world to its rivals'. As for the Galaxy Tab's prospects for gaming, let's just say that the future of Android gaming won't happen in Android 2.2 on a 7-inch tablet.

Which Tablet Is Best for Reading?

All of the major booksellers have apps available across mobile operating systems--except for Apple's iBooks, which (as you'd expect) is available only on iOS. All three offer flexibility in your choice of reading platform and shopping site; but in my opinion, none of these tablets is especially good for reading. I recommend instead the only tablet that isn't technically a tablet: Barnes & Noble's NookColor. Though NookColor runs Android 2.1, it lacks Google services and can't freely download or sideload apps. B&N remains the only company that has managed to combine very smooth text with an LCD screen that has very little glare.

Of the three true tablets, the Galaxy Tab has the edge because of its smaller size and sharper text quality. Apple's iPad 2 comes in second. Its larger screen makes it a good choice for viewing digital magazines or magazine apps, and it's good for viewing larger-print text. In addition, you have plenty of choice with regard to reading apps and bookstores, including Apple's iBooks and competitors such as Amazon and Barnes & Noble (that could change, however, once Apple begins enforcing its crackdown on in-app purchase options). Whichever model you choose, I recommend playing with the font choices in your chosen e-reader app, as some fonts render more smoothly than others.

Ditto for the Xoom: Font rendering could be an issue, as some text fonts look sharper than others. Today, the best reading app available for Xoom is Google Books, but its display options are limited (only three font sizes?) and using it entails committing to buying your books through Google's Market bookstore. Still, you do get a few font choices, and some of them render better than others. Honeycomb-optimized versions of Amazon's Kindle app and B&N's Nook app should arrive soon.

In Video: Apple iPad 2 vs. Motorola Xoom vs. Samsung Galaxy Tab


Planning to buy a tablet? Read our guide, "How to Buy a Tablet."

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Posted via email from Mocha Brain Freeze

Tuesday, March 15, 2011

Stuxnet Case Study - The Best Malware Ever Created? by Xiaoning Li - Security Community of Practice Blog - Security Community of Practice - Planet Blue

Introduction

In July 2010 a security researcher discovered what has been touted as the most advanced piece of malware ever. It was named Stuxnet. While no one knows the targets for sure, it is widely believed one objective was to undermine Iran’s nuclear program. Stuxnet is advanced weaponized malware. This malware targeted Siemens’ industrial control system (ICS). To access the ICS it included 6 previously unknown OS vulnerability exploits. Once through the operating system protections, it reprogrammed the programmable logic controller (PLC) to cause physical damage to centrifuges used in refining nuclear material. As the number of IA based embedded systems grows, they are expected to become the next attack targets in industrial control systems.

To help us understand this malware and protect IA based solutions from similar attacks, we analyzed the latest malware sample using reverse engineering, to figure out two unpublished kernel privilege escalation zero day attacks and one unique way to inject codes into system service process space, and construct malware design architecture. This analysis clearly helps teams understand how the complex malware works, how it attacks Supervisory Control And Data Acquisition (SCADA) systems as designed.

Zero day attacking happens every day. Successfully preventing zero day attacks will become a major challenge for all security system vendors.

1. Why The Best Malware Ever Created?

  • Special Attack Target-Many media sources report Iran’s nuclear program using Siemens ICS is the likely final attack target for Stuxnet. The attack clearly demonstrates a shift from traditional PC attacking like stealing important data to physical attacking like destroying nuclear infrastructure. Siemens ICS are used by many critical infrastructures like power grids.

    Stuxnet is a definite threat in the field of cyber war. Stuxnet is unique because it limited the attack target to a special Siemens’ PLC model and Step 7 software version, which is used to manage Siemens’ PLC devices.

  • Exploiting Multiple Vulnerabilities And Complex Combination-Stuxnet was designed with the assumption that the final ICS could be run in various windows versions. To compromise Window systems as much as possible, Stuxnet exploited at least 6 vulnerabilities, including 5 windows vulnerabilities and 1 Siemens vulnerability in ICS.

    Unlike other malware, Stuxnet used a complex combination to ensure it could compromise the system successfully. The combination used the remote code execution vulnerability to inject code that further allowed it to escalate system privilege, beyond the current user’s privilege even.

Table 1 shows the window vulnerability coverage via remote code execution. (Siemens vulnerability will be OS neutral)

Table 1
Table 1 Remote Code Execution Coverage

The table 2 shows the window vulnerability coverage via privilege escalation.

Table 2
Table 2 Windows Priviledge Escalation Coverage

  • Signed malicious code-As basic security function, integrity checking in window OS plays very important role to stop malware because it is assumed that it’s very hard to get valid certificate for malware. The Stuxnet malware contained two drivers and one DLL file signed with a valid certificate, which was from Realtek or JMicron.

    Now, no evidence proves how Stuxnet signed the malicious codes, but it’s very possible that Stuxnet authors stole private key via previous Stuxnet (or special malware) or they had opportunity to use the key management facility in Realtek/JMicron. Signed malicious code easily breaks window integrity checking.

  • Filter Driver Based Rootkit-Kernel inline code/data hooking is popular technology to intercept OS and setup rootkit functions. Unlike usual malware, Stuxnet provides rootkit function based on Microsoft filter driver guide lines, which means it’s very hard for antivirus software to know the difference between a valid filter driver and special malware based on same fundamental rules. It will make the malware detection very hard because current security software can’t know if the filter function belongs to a valid driver or malicious code without malware signature.
  • Product Quality, Professional Authors and Life Cycle-The reverse engineering result shows the Stuxnet malware codes carefully handled many exceptions to make sure the attack would be successful, otherwise it quit silently for unsuitable environment to minimize the risk of being detected. Actually, Stuxnet existed more than 1 year before it was discovered.

    Beyond the code style, writing malware this complex required all kinds of knowledge from discovering vulnerability, writing stable exploit, Windows kernel inside and kernel driver development, special Siemens PLC hardware and software, etc.

2. Stuxnet Components

Unlike other internet based popular malware, Stuxnet was designed to attack PLC systems possibly without internet, so it has to include all malicious codes in one package, actually one file for most cases; that package is called Stuxnet dropper.

From a functional perspective, Stuxnet includes three key parts.

  • Stuxnet Dropper
    Stuxnet dropper is one DLL in the control panel application for windows. Dropper file is an all-in-one file including Stuxnet major DLL as data in the .stub section of the PE file. It decodes the .stub section to memory and loads it as a major DLL. The last step for dropper is calling exported API 15 in a major DLL.
  • Stuxnet Major DLL
    The major DLL is the main part for Stuxnet, which will includes all malicious codes. It provides 21 exported functions, which provide most malicious functions.

Diagram 1
Diagram 1 Exported API By Stuxnet Major DLL

It also includes 13 resources. The rootkit files exist as resource.

Diagram 2
Diagram 2 Resource Sections in Stuxnet Major DLL

  • Stuxnet Rootkit
    Stuxnet provides three different rootkit functions:

    1. DLL rootkit in User space
      DLL rootkit will be used to hide malicious files on USB disk before kernel space rootkit is installed into system. It will make it hard to find malicious files in USB disk with window explorer. It will only setup rootkit for infected window explorer process.
    2. Driver rootkit in Kernel space
      After system is compromised, the kernel space rootkit will be installed. There are 2 filter drivers working as rootkit. The functions of driver rootkit are hiding malicious files from file system level and injecting Stuxnet major DLL to system service process space.
    3. PLC rootkit in User space
      For compromising PLC, Stuxnet provides a special PLC rootkit. The rootkit exists as fake Step 7 DLL, which is used to read/write PLC codes from PLC device when Step 7 manages PLC device. The fake DLL passes malicious PLC codes to PLC device and hides malicious codes when users try to read/write PLC codes with Step 7 software.

3. Propagation and Compromising PLC Target

Usually the important infrastructure will be in special intranet without internet access. The key challenge for Stuxnet to compromise final PLC system is figuring out how to initiate attacking cross different physical networks.

Based on the fact that Stuxnet exploited windows vulnerability via USB disk, the Stuxnet designer assumed no internal attacker can help them run codes directly on the intranet and they had to initiate attacking by internet based machine.

Diagram 3
Diagram 3 Propogation Paths

The diagram 3 shows all kinds of propagation paths. The most probable path is shown below.

  1. Attacker released malware to internet or directly attacked special internet target
  2. Eventually malware compromised one internet target, which is owned by the internal employee, who worked with intranet.
  3. USB disk is the most popular device to transfer data/code from internet to intranet. For example, machines in intranet need to be updated with new patch. The compromised internet target (internet capable device) will compromise the USB disk as soon as it is installed into the internet target.
  4. When the employee used the same USB disk in another machine in the intranet, Stuxnet compromises the intranet machine via malware on the USB disk.
  5. Stuxnet compromises more and more machines in the intranet until eventually it compromises the final target running Step 7 software with PLC device.
  6. Stuxnet sets up PLC rootkit on final target and PLC rootkit compromises PLC codes running in PLC device to provide incorrect operations like changing speed of the step motor for pumps or centrifuges supporting Iran’s nuclear infrastructure.

Stuxnet first checks to see what security software is running and what version it is. The malware uses this to determine how to continue or if it should fail quietly. If Stuxnet codes can run on compromised machine, Stuxnet dropper part will install malware to system using the following simplified steps.

  1. Dropper decode major DLL and call API 15
  2. Major DLL will check OS to get system privilege
  3. After obtaining system privilege, Major DLL will inject itself to system service process
  4. Major DLL in system service process space will install rootkit files to hard drive
  5. Major DLL in system service process space will monitor system for any new USB disk mount event, and compromise USB disk with malicious files when system mounts a USB disk.
  6. 6) Major DLL in system service process space will call exploits in resource sections to detect and compromise more machines via remote code execution. This will cause dropper to run again on new system.

Diagram 4
Simplified Installation Steps

4. PLC Rootkits

As key part of Stuxnet, the PLC rootkit works for infecting final PLC device. It includes two parts: fake Step 7 DLL and malicious PLC codes. The DLL part is OS dependent, and PLC codes are only device dependent. Because the PLC rootkit is very specific for every PLC model and PLC management software, the attacker must know some information about PLC model and software to design this rootkit. All attack paths prior to infecting the PLC are traditional attacks. Usually the result is data loss, but PLC rootkit definitely changed the game. Because the malicious PLC codes were used to control PLC device for damaging critical infrastructures, future attacks targets will only depend on what equipment is controlled by the PLC device.

5. Conclusion

Stuxnet defines advanced weaponized malware, and may become the typical case for cyber warfare. Why can’t the security industry prevent it? The key problem is that defense against zero day attacks are still a challenge for the security industry. New zero day attacks can bypass all kinds of security software because signature based solutions will definitely fail without malware signature before we know the malware sample.

How to successfully prevent zero day attacks will become a key challenge for all security system vendors, including Intel. We will need to provide security across all sectors, from CPU to applications.

  If you’re interested in additional information on this topic please take a look at the references or contact SeCoE via email.   References:

1. Stuxnet, http://en.wikipedia.org/wiki/Stuxnet, accessed on February 1, 2010.

2. Stuxnet Under the Microscope. ESET, http://www.eset.com/resources/white-papers/Stuxnet_Under_the_Microscope.pdf, accessed on October 1, 2010.

"W32.Stuxnet Dossier". Symantec Corporation. http://www.symantec.com/content/en/us/enterprise/media/security_response/whitepapers/w32_stuxnet_dossier.pdf, accessed on October 1, 2010.

Amazing software engineering

Posted via email from Mocha Brain Freeze

Monday, March 14, 2011

BBC News - Japan earthquake: Footage of moment tsunami hit

Japan earthquake and tsunami: Aftershocks go on as 10k missing in Minami Sanrik

And the aftershocks go on: 275 new tremors hit quake-torn Japan as fears grow for missing 10,000 in flattened port town

By Jo Macfarlane
Last updated at 11:36 AM on 14th March 2011


  • 42 survivors have been pulled out of the rubble
  • Official death toll hits 1,597, but many hundreds believed to be buried under rubble or washed away by waves
  • Toll will soar after around 2,000 bodies were found on the shores of Miyagi prefecture
  • Second explosion at nuclear power plant
  • Number of people contaminated with radiation could reach 160
  • Region hit by hundreds of aftershocks, some up to 6.8-magnitude
  • Rescue operation begins but some areas still cut off by road damage and flood waters
  • 70,000 people evacuated to shelters in Sendai

Forty-two survivors have been pulled from the rubble in the flattened town of Minami Sanrik, where up to 10,000 people are feared to have perished.

Around half the town's 18,000 residents are missing but search and rescue teams are still working desperately through the rubble to try and find more people.

Police are also trying to stop people returning to their homes.

Despite the first tsunami warning being issued to the town that lies two miles from the coastline, some residents decided to stay in their homes instead of fleeing – leading to the high number of missing people, CNN reported today..

Most of the houses in Minami Sanriku have been completely flattened and waterlogged and one house was found even with seaweed inside.

Scroll down for video report

Villagers carry relief goods in Minami Sanriku, the worst-hit area where almost 10,000 people have gone missing

Villagers carry relief goods in Minami Sanriku, the worst-hit area where almost 10,000 people have gone missing

Japanese home guard help survivors to safety in the flooded town of Minami Sanriku

Japanese home guard help survivors to safety in the flooded town of Minami Sanriku

A motorcyclist passes by an overturned fishing boat in Hachinohe, Aomori, northern Japan

A motorcyclist passes by an overturned fishing boat in Hachinohe, Aomori, northern Japan

Japan graphic

Japan graphic

The death toll surged today after around 2,000 bodies were reportedly found on the shores of Miyagi prefecture.

Around 1,000 people were washed up on the shores of Ojika Peninsulain Miyagi, while another 1000 were seen in the town of Minamisanriku, Kyodo News reported.

Authorities have been unable to contact 10,000 people in Minamisanriku – more than half of the population living there.

Officials were hopeful about unconfirmed reports that many of the town's residents were uncountable because they had evacuated to nearby Tome city, Kyodo reported.

Before the discovery, police had confirmed 1,597 deaths and 1,481 people missing across the affected areas in northeastern and eastern Japan.

Rescue efforts have been hampered by hundreds of aftershocks, and it is feared the final death count could rise sharply once a full picture of the catastrophe emerges. In Minami Sanriku alone, 10,000 people could have died – more than half of the city’s population.

It only took a few minutes for the 30ft wave to wash the town away with terrifying force. The locals desperately tried to escape to higher ground. But most did not stand a chance.

It is hard to imagine any life remains among the debris. Where last week fishing boats bobbed in the harbour, it is now impossible to tell where the sea begins and the land ends.

One of the few buildings left standing is the town’s Shizugawa Hospital – the large white building to the centre left of this picture. But the rest of what was once the town centre is flooded with filthy sea water.

Other structures lie battered and smashed in piles of broken wood and twisted metal, but most are now little more than debris.

Just visible through the murky waters towards the bottom left of the photograph are the painted stripes of a zebra crossing.

There are vague remnants of roads and the occasional outline of a flooded car, and it is just possible to see the half-submerged outline of the town’s athletics track towards the top left of the picture.

Minami Sanriku lies about 55 miles west of the earthquake’s epicentre and directly in the path of the subsequent tsunami.

Japan has experienced more than 275 aftershocks of magnitude 5 or greater since Friday's earthquake, further hampering rescue efforts.

Some have been as powerful as 6.8-magnitude, and it is feared that if an aftershock of a magnitude over 7 occurred it could cause another tsunami.

According to the USGS National Earthquake Information Center, Japan has experienced between 12 and 15 aftershocks per hour since Friday's quake, and it is not known when they will stop.

In the city of Sendai, authorities have had to evacuate nearly 70,000 people to shelters. To add to problems, there has been a spate of panic buying as most petrol stations and supermarkets are out of service.

At least a million households had gone without water since the quake, and food and gasoline were quickly running out across the coastal regions hit by the tsunami.

Alive: A woman is pulled from the rubble in the devastated city of Natori, Miyagi prefecture today

Alive: A woman is pulled from the rubble in the devastated city of Natori, Miyagi prefecture today

Incredibly patient: People queue for water in Sendai two days after the earthquake and tsunami struck

Incredibly patient: People queue for water in Sendai two days after the earthquake and tsunami struck

Devastation: Destroyed cars and houses hit by the tsunami and subsequent fire in Kesennuma, Miyagi prefecture, northern Japan

Devastation: Destroyed cars and houses hit by the tsunami and subsequent fire in Kesennuma, Miyagi prefecture, northern Japan

People walk through the rubble in Rikuzentakakata, Iwate Prefecture

People walk through the rubble that will take months to sort out in Rikuzentakakata, Iwate Prefecture

A patient is evacuated from a destroyed hospital in Otsuchi Town, Iwate Prefecture

A patient is evacuated from a destroyed hospital in Otsuchi Town, Iwate Prefecture

A woman wrapped in a blanket stares shell-shocked at the damagae in Ishimaki City

A woman wrapped in a blanket stares shell-shocked at the damagae in Ishimaki City

A car sits on top of a small building in a destroyed neighborhood in Sendai

A car sits on top of a small building in a destroyed neighborhood in Sendai

The wave from a tsunami crashes over a street in Miyako City in an incredible picture taken on Friday but only just released

The wave from a tsunami crashes over a street in Miyako City in an incredible picture taken on Friday but only just released

A river bank in Sendai is destroyed beyond recognition following the tsunami

A river bank in Sendai is destroyed beyond recognition following the tsunami

In this before and after NASA satellite image, the horrendous extent of the flooding along the coast is apparent

In this before and after NASA satellite image, the horrendous extent of the flooding along the coast is apparent

And in Fukushima, thousands of people were forced to flee the vicinity of an earthquake-crippled Japanese nuclear plant after a radiation leak and authorities faced a fresh threat with the failure of the cooling system in a second reactor.           

The government insisted radiation levels were low following Saturday's explosion, saying the blast had not affected the reactor core container, and the International Atomic Energy Agency (IAEA) said it had been told by Japan that levels 'have been observed to lessen in recent hours'.

But Japan's nuclear safety agency said the number of people exposed to radiation from the Fukushima Daiichi plant could reach 160. Workers in protective clothing were scanning people arriving at evacuation centres for radioactive exposure.

These pictures reveal the brutal aftermath of the tsunami, but an amateur video posted online, filmed by one of the town’s residents, shows the terrifying moment the wave hit.

It shows people desperately driving uphill to escape the wave and the road lined with locals watching open-mouthed as their homes are swept away.

The horrifying footage focuses briefly on those people caught in the traffic, including emergency vehicles, which failed to escape in time. One bus narrowly misses being washed away after speeding uphill as those filming shout ‘Run! Run!’.

Two hundred people were said to have been evacuated from the roof of the hospital and police believe the tidal wave may have washed away an entire train.

One photograph showed the letters ‘SOS’ written on the ground in the car park of the Minami Sanriku Elementary School. The letter H, surrounded by a circle, had also been added, a plea for helicopter assistance.

Tsunami warnings were issued to the entire Pacific seaboard, but the worst fears were not realised. Widespread damage was caused to some coast areas, including California, but there were no reports of fatalities.

President Barack Obama has pledged U.S. assistance and said one aircraft carrier was already in Japan and a second was on its way.

Japan's worst previous earthquake was an 8.3-magnitude temblor in Kanto which killed 143,000 people in 1923. A 7.2-magnitude quake in Kobe killed 6,400 people in 1995.

The country lies on the 'Ring of Fire' - an arc of earthquake and volcanic zones stretching across the Pacific where around 90 per cent of the world's quakes occur.

An estimated 230,000 people in 12 countries were killed after a quake triggered a massive tsunami on Boxing Day, 2004, in the Indian Ocean.

A magnitude 8.8 quake which struck off the coast of Chile in February last year also generated a tsunami which killed 524 people. Authorities mistakenly told people in coastal regions there was no danger of a tsunami.

Flooded: A stretch of land pictured before and after the tsunami in Sendai

Flooded: A stretch of land pictured before and after the tsunami in Sendai

Indescribable force: The wave carried a ferry inland leaving perched on top of a house in Otsuchi

Indescribable force: The wave carried a ferry inland leaving perched on top of a house in Otsuchi

The size of the clear-up job is huge, as shown by this lone figure in among rubble piled high in Minamisanrikucho, Miyagi Prefecture

The size of the clear-up job is huge, as shown by this lone figure in among rubble piled high in Minamisanrikucho, Miyagi Prefecture

Men search through a rare standing store in house in Ofunato, Iwate Prefecture

Men search through a rare standing store in house in Ofunato, Iwate Prefecture

Orderly queues are springing up all over Japan as people face a shortage of food, drinks and daily necessities - like this one in Shiogama

Orderly queues are springing up all over Japan as people face a shortage of food, drinks and daily necessities - like this one in Shiogama

People queue up for food rations at a supermarket in Ogawara, Miyagi Prefecture

People queue up for food rations at a supermarket in Ogawara, Miyagi Prefecture

Shelves are bare in the suburbs of Tokyo, far from the quake's epicentre

Shelves are bare in the suburbs of Tokyo, far from the quake's epicentre

A pile of burnt out vehicles that were ready to be exported are piled in disarray at a port at Tokai village in Ibaraki prefecture
Aerial view of the devastation in the town of Onagawa, Miyagi prefecture

A pile of burnt out vehicles that were ready to be exported are piled in disarray at a port at Tokai village in Ibaraki prefecture - and an aerial view of the devastation in the town of Onagawa, Miyagi

An old man is piggy-backed to safety after surviving the tsunami in Tagajo near Sendai
A grandmother looks at her grandchild asleep at a shelter in Otsuchicho in Iwate Prefecture

An old man is piggy-backed to safety after surviving the tsunami in  Tagajo near Sendai, while in Otsuchicho in Iwate Prefecture, a grandmother minds a young child


A woman searching for her missing husband looks under an overturned truck after an earthquake and tsunami struck Minamisanriku

A woman searching for her missing husband looks under an overturned truck after an earthquake and tsunami struck Minamisanriku

A convoy of emergency vehicles drive past rubble in Natory City

A convoy of emergency vehicles drive past rubble in Natory City

Members of Japanese Self-Defence Force prepare a convoy for search and rescue operations in Tagajo, Miyagi Prefecture

Members of Japanese Self-Defence Force prepare a convoy for search and rescue operations in Tagajo, Miyagi Prefecture

Flames and smoke rise from a petroleum refining plant next to a heating power station in Shiogama, Miyagi Prefecture

Flames and smoke rise from a petroleum refining plant next to a heating power station in Shiogama, Miyagi Prefecture


Explore more:

People:
Barack Obama
Places:
Chile,
Japan,
Indian Ocean
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I agree with many here, the character and dignity of the people of Japan is something to model when tragedy strikes. Our hearts and prayers are with you Japan, your conduct is to be commended and will carry you through.

- Rusty, Ohio, USA, 14/3/2011 03:07

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Very sorry for what the Japanese are going through. They are model of how people SHOULD act during a crisis. This is a good wake up for those of us in California to try to have foodstuffs, water, flashlights, etc at the ready.

- A Squared, San Francisco, USA, 14/3/2011 02:33

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To the people criticizing America on our response to Hurricane Katrina: Look at the pictures above. You see queues for food rations, you see clean up crews, and you see engineers on the next day of the tragedy. During the 1st week after Katrina in New Orleans, you saw news reporters asking where were the clean up crews, where is the food and water, and where were the help. Anyone who tried to leave New Orleans was turned back. People volunteered to help, drove from different states and were turned back. The military had the state of Louisana on lock down. People respond to that aggression. I've watched peaceful crowds disintegrate once the police arrive, or are told they can't leave. We had a totally different response to the Katrina diaster because of how militarized the response was. What I see in the above pictures is a mostly humanitarian response by the government. People respond differently to that. People have very short memories, and forget the important details.

- Speaker, USA, 14/3/2011 02:26

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Horror beyond comprehension, but the people of Japan behave with dignity. Queing in an orderly manner, no grabbing or pushing, no hysteria, no looting. I believe that the people have a silent strength that will help them through this and they will rebuild their country and their lives. It is humbling to see.

- Sam, UK, 14/3/2011 02:15

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The Japanese will bury their dead, rebuild and move on with their lives because they possess discipline, respect and a terrific work ethic. An embarrassing contrast to actions and response to Hurricane Katrina in Louisiana and the travesty in Haiti. This all reminds me that we still need a worldwide, quick reaction force, all volunteer, but supported by their states or countries, that can immediately respond to these disasters with human resources and prestaged supplies... Best wishes to the Japanese people.

- Kurtis, California, USA, 14/3/2011 02:12

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Iam finding it extremely difficult to write here, because there are no words available to convey the horrifying result of the tsunami. My heart aches for those involved and those that have lost loved ones, friends, neighbours, workmates....... The photos are incredible and should be shown everywhere, lest people forget. The images are haunting and are burned in my mind.

- Diane Parsons, Southend on Sea, England, 14/3/2011 02:05

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