$18 million computer system fails DMV

February 7th, 2012 by Rahul No comments »

Since 2006, Vermont has laid out more than $18 million for a Department of Motor Vehicles computer system that barely works.

The system was once touted as a state-of-the art solution. Instead, the state is largely relying on a 40-year system that lacks the ability to provide the immediacy needed in the world of driver records and auto registrations.

State officials said they are working to recoup the costs from the vendor, Hewlett Packard, the fourth company to hold the contract.

“We’ll try to get our money back starting with a settlement conversation, and if that’s not fruitful, the lawyers will take over,” said Rob Ide, state Department of Motor Vehicles commissioner. “We’re looking for a big check.”

“This is outrageous,” said Gov. Peter Shumlin, whose administration inherited the contract when he took office in 2011, but he was a member of the Senate Transportation Committee that oversees motor vehicle matters before becoming governor. “It’s unacceptable.”

Ide and Shumlin attribute the problem to the frequent change in vendors as each one is bought out by another.

Hewlett Packard officials contend the company expects to deliver a successful system

“HP is fully committed to the successful completion of the VT Drives project. The delay is unfortunate; however it is necessary to deliver a high-quality customized system and to implement additional changes as well as functionality that have been requested by the state,” Hewlett Packard spokeswoman Ericka Floyd said. “HP is fully focused on addressing the remaining technical issues, implementing the additional functionality requested and testing the application to bring the project to completion.”

Ide said the state considers the system that has been created to be fatally flawed, though a few of the new functions are working. “We do not believe the code as written will ever work as advertised,” he said.

Whether the state will recover its money or end up with a working computer system remains to be seen. The issue raises questions about the state’s antiquated computer network and its ability to keep pace with technology.

In the meantime, the Department of Motor Vehicles will maintain its old system, Ide said, with the worry that it could give out and leave the state without access to driver and auto registration records.

Though the system functions, Ide said, there are also consequences to its slowness. Recently, he said, a driver received new license plates on a Thursday, went to Montreal for the weekend and upon returning discovered at the border that the registration information hadn’t been updated in the computer.

The state signed a $10 million contract for a new Department of Motor Vehicles computer system in 2006 with Covansys Corp., the low bidder for a system that was dubbed VT DRIVES, or Vermont Driver and Registration Information and Verification Enterprise System.

In the ensuing six years, the state has spent another $8.5 million of staff time, consultants, hardware and software on the system, Ide said. The total comes to $18,553,047, he said, with the state’s last payment to Hewlett Packard in April 2011.

The state has also seen three more companies come through the door.

Covansys’ was bought out in short order and the contract was transferred to Saber Corp. in 2006, said Ellen Hemond of the Department of Motor Vehicles.

Saber was then sold to Electronic Data Systems, which took over the contract in 2007.

EDS was bought out by Hewlett Packard in 2008, and the contract remained with EDS as a division of Hewlett Packard, but then in 2010, Hewlett Packard itself took over the contract, Hemond said.

Bonnie Rutledge, who retired in 2009, was commissioner of motor vehicles when the contract was signed in 2006. She recalled that the state was conscious of not being the lone guinea pig for a new system, and so contracted with a company that was working with other states.

Those states have had some of the same troubles with the vendors.

A 2011 article in the publication GoLocalProv reported, “Rhode Islanders have been paying millions of dollars for a new Department of Motor Vehicles computer system since 2007, but it has yet to even go on-line. ”

Revenue Director Rosemary Booth Gallogly said, “There were continuity issues (with the vendor).”

Finding a computer system that does everything a motor vehicle department needs is a challenge in every state, said Rutledge, who served as board chairwoman with the American Association of Motor Vehicle Administrators. The demands are complex as a wide variety of frequently changing data must be instantly accessible by police, courts, other state agencies and other states.

“I don’t know any state that has put in a completely new system,” Rutledge said.

Rutledge said some pieces of the new system are working. Some DMV transactions can be completed online because of it, she said.

Ide characterized the working portions as “tiny” compared with what is expected.

Vermont’s contract with Hewlett Packard expires Feb. 28, the date by which the state is supposed to have a fully functional, tested system. That won’t happen, Ide said.

“The code is deeply flawed. We have had numerous conversations with HP about this code,” Ide said. “We told them it’s fatal. They act as if it’s not so.”

The state has other contracts with Hewlett Packard, including for the purchase of many of its desktop computers and servers, said Richard Boes, state commissioner of the Department of Information and Innovation.

“Hewlett Packard has been largely a good vendor,” Boes said.

The predicament over the Department of Motor Vehicles system raises questions about the state’s overall computer operations.

Does it make sense for an individual department to go off in search of its own system, or should the state have one big system?

Boes, who joined Vermont state government last year, said it does make sense for the department to have its own system.

The Department of Motor Vehicles’ needs are unique, so it needs a system tailored to those needs. The key is to make sure it also integrates with other state agencies.

“You buy things in pieces,” Boes said. “If you bite off too much, sometimes you bite off more than you can chew.”

Not long after the state signed the contract for the motor vehicle system, it also contracted for a Tax Department computer system. That contract, for $7.8 million with CGI Group Inc. and Oracle, was signed in 2007 and the system went live in 2010, Tax Commissioner Mary Peterson said.

Though the system works, it also has had flaws, Peterson said. There were glitches in recording some collections, but the department was able to work with the vendors and consultants. Notably, the vendors did not change during the process.

Boes said he has advised Ide that if the Department of Motor Vehicles ends up having to pursue a new computer system that it wait until another state has found a successful one.

He said, though, that he still hopes Hewlett Packard will come through on this one.

Shumlin said on a more long-term basis, he wants the state to move to “cloud computing,” where the state no longer houses the servers but contracts out for that to be hosted elsewhere.

“It’s my belief state government should do what the Navy does,” Shumlin said. “Get out of the technology business and contract out to the cloud.”

Rep. Patrick Brennan, R-Colchester, chairman of the House Transportation Committee, which approved the contract and has monitored it since, said he believes changes in personnel with the vendors created a problem the state could not have foreseen.

“There’s no way we could have known those companies would be sold,” Brennan said.

Brennan and Senate Transportation Committee Chairman Richard Mazza, D-Grand Isle/Chittenden, said they would pressure the state to recoup its money, viewing $18 million as a sizable amount.

“We’ve got to continue to pursue this,” Mazza said.

If Vermonters were counting on their elected leaders to watchdog government spending, when it comes to computer systems, legislators bring little to the table. No single House or Senate committee has jurisdiction over computer purchases, and therefore, no committee develops expertise or a sense of the big picture.

“There is no oversight,” said Sen. Vince Illuzzi, R-Essex/Orleans. “It’s been done on an ad hoc basis.”

Sitting at a computer where he was struggling to learn to use Twitter, Illuzzi acknowledged many lawmakers are limited in their computer know-how, more so than with some of the more traditional functions of government.

“You can’t critically judge what you’re being sold,” he said.

Source:http://www.burlingtonfreepress.com/article/20120206/NEWS03/202060302/-18-million-computer-system-fails-DMV?odyssey=nav%7Chead

Feature in Windows offers a peek at your computer’s power

February 7th, 2012 by Amrinder No comments »

If you have ever wondered just how robust your computer is under the hood, Microsoft has a built-in feature in Windows Vista and Windows 7 that measures the hardware’s capability. Called the Windows Experience Index, the tool analyzes several of the computer’s hardware components to generate a “base score.” Microsoft says these base scores can be taken into consideration when buying new programs to run on the machine.

To see how your computer ranks, go to the Start menu to Control Panel. In the Control Panel’s search box, type “performance” and click the resulting Performance and Information Tools link. Microsoft has more detailed information on evaluating base scores and improving the computer’s performance at bit.ly/9eA8K5.

Source:http://www.denverpost.com/business/ci_19899935

Talk of the Day Taiwan to launch ‘Cloud Valley’ project

February 7th, 2012 by Amrinder No comments »

Taiwanese companies in the cloud computing industry, including Quanta Computer, Inventec and Chunghwa Telecom, will pool resources to build up a comprehensive hardware, software and applications supply chain to facilitate cooperation with China in the cloud computing technology and foray into a variety of global markets, local media reports said Monday.

The project, code-named “Cloud Valley,” will be launched at the end of this month, the reports said, adding that the project, similar to China’s “Cloud Base” pilot project, will provide integrated research and development, testing and certification, display, manpower incubation and business mediation services.

More than 20 local companies in the information and communications technology (ICT) sector have agreed to join the “Cloud Valley” project initiated by the Taiwan Clouding Computing Association (TCCA), according to the reports.

The following are excerpts from the local media coverage of the cloud computing supply chain development project:

Economic Daily News:

Under the “Cloud Valley” project, the cloud computing association will actively push for cooperation with China in cloud computing services and technology standardization.

Association staff said China is also working hard to boost its cloud computing technology and has set up over 10 cloud bases in Beijing, Shanghai, Chongqing and Shenzhen to accelerate application and innovation in cloud computing products, technologies, solutions and specific cases.

“There should be ample room for the two sides of the Taiwan Strait to cooperate in the cloud computing field,” said an association spokesman.

Cloud computing industry executives and engineering experts from Taiwan and China are scheduled to meet in July to discuss feasible cooperative programs, according to the spokesman.

At least 25 local companies, including Quanta, Chunghwa Telecom, Invectec, Asus and Wistron, have signed up for the “Cloud Valley” project to jointly explore mainland China’s cloud computing market which is worth an estimated 1 trillion Chinese yuan (US$158.3 billion), he said.

Noting that the government attaches great importance to cloud computing applications and innovation, the spokesman said Chunghwa Telecom Chairman Lu Hsueh-chin who concurrently heads TCCA and Invetec Chairman Richard Lee gave Vice President-elect Wu Den-yih a briefing on the “Cloud Valley” project last Friday. (Feb. 6, 2012).

Commercial Times:

Steve Chang, chairman and founder of Trend Micro, a leading computer security company, said in a recent interview that cloud computing will influence technology industry for at least 30 years.

“Cloud computing is still in an infant stage and both hardware and software business maps will be reshaped in the years ahead,” Chang said, adding that Taiwan must speed up development in hardware, software and applications in the cloud race.

He also predicted that Microsoft could benefit from the heated competition between the two information and communications industry giants Apple Inc. and Google Inc. (Feb. 6, 2012).

Source:http://focustaiwan.tw/ShowNews/WebNews_Detail.aspx?ID=201202060045&Type=aTOD

£4bn framework launched for hardware from tablets to servers and storage

February 7th, 2012 by Amrinder No comments »

The Government Procurement Service has advertised for suppliers to join a wide-ranging £4bn ICT framework.

The framework will be open to public sector organisations for two years, according to a notice in the Official Journal of the European Union, and covers the following lots:

• Desktop client devices: which will include desktop computers, keyboards, mice and computer memory. The GPS says it expects three suppliers to be awarded agreements.

• Laptops equipment: including notebook devices, port replicators/docking stations, and associated equipment, for which four suppliers will be signed up.

• Tablet/slate devices: five suppliers will be awarded contracts.

• Monitor device equipment: to include wall brackets for monitors; desk stands for monitors and speakers, and three contractors are expected to be signed up.

• Thin client devices: contract awarded to three companies.

• Servers: to include tower, rack and blade servers, server chassis/standard racks, power supply units, server hard disks, hard disk arrays and server memory. Three suppliers will be signed up.

• Storage devices: delivered by three suppliers.

• Network switch devices: delivered by three suppliers.

• Desktop printers: to include printer memory, paper trays and power cables and delivered by five suppliers.

• ICT peripherals: awarded to three suppliers.

• Non-standard products related to desktop hardware, services and solutions, which will be awarded to five suppliers.

• Non-standard infrastructure hardware, services and solutions, for which eight companies are sought.

The framework will be open to include central government departments and their arm’s length bodies and agencies, non-departmental public bodies, NHS organisations and local councils.

Source:http://www.guardian.co.uk/government-computing-network/2012/feb/06/gps-four-billion-ict-framework?newsfeed=true

Calibrate your computer’s monitor for the best picture

February 7th, 2012 by Amrinder No comments »

How can you make sure you’re getting the best picture on your computer monitor? There are a couple of ways you can go about this, depending on how serious you are about color calibration. If you’re an average computer user and just want your colors to match up approximately, there’s an easy way to go about this. If you do any photo or video editing, you may need to drop some cash into this process, but we’ll get to that in a moment. Let’s start with the basics.

Familiarize yourself with your display’s controls

Before you begin, make sure your display has been on for at least a half-hour (so it’s properly warmed up) and is set to its native screen resolution. Even if you use it at a different resolution (and we can’t imagine why), set it back to its native resolution while you calibrate it. Then, make sure you know your way around the controls for your display. This shouldn’t be difficult to do — just take a look at the front of the panel. You’ll likely see buttons near the power button to do things like switch inputs and open and navigate the on-screen options menu. These menus vary across display manufacturers, so there’s no one way to open these menus and navigate them, but you want to find your color, contrast and brightness controls. Once you find them, you’re ready to get started.

The quick and dirty method: Use the built-in calibration tool

First, reset your display to its default values. Even if you’re played with the on-screen controls in the past, you don’t want any errors of the past to change how you use your monitor today. Use the on-screen menus to reset the display to the manufacturer’s defaults. Then you can use your computer’s built-in calibration tool to tweak the display to your liking.

Mac OS and Windows both have built-in display calibration utilities that walk you through a series of steps to build and save a calibration profile. In Windows, the display calibration tool is in the Display Control Panel, and in Mac OS, if you open the Display System Preferences and click the Color tab, you’ll see the button to calibrate. The calibration tool will walk you through configuring your computer’s contrast and brightness, color temperature, and gamma correction, and will adjust the image from your computer’s graphics card on the fly as you make changes.

The pricier, more accurate method: Buy a calibration tool

Going by sight should be enough for people who just want to be able to watch a YouTube video or browse their photo library without everything looking weird, but professionals need a level of accuracy that by-sight calibration may not offer. If you do any kind of photo editing, video editing, or rely on the color accuracy of your displays for your work, you may want to take calibrating your monitors a step further and spend a few bucks on calibration software and a colorimeter. A colorimeter is a device that attaches to the front of your display and “sees” the color levels generated by your display and adjusts your OS to compensate. Some of them even support multiple displays, and can walk you through adjusting the settings for each display to get the best possible color values.

The Spyder4Pro from Datacolor will set you back about $170 retail, connects to your computer via USB, and mounts on the face of your monitor to automatically calibrate it for you. The Spyder4Pro is designed primarily for people who need to calibrate their display against color prints, so if you’re more concerned with the way images look on-screen, you can get by with the Spyder4Express for $119 retail, which still offers instant and automatic calibration, even though it’s missing a few features from the Pro model (most notably the ability to adapt to ambient light levels.)

You may also consider the SprectraCal CalPC, another tool specifically designed for computer displays, even though it’s a bit pricier ($299 retail.) CalPC even has the ability to control your monitor’s display settings directly, so you don’t have to fiddle with the display’s on-screen menu at all. Just adjust the settings in the app, and your display will adjust itself to match.

For multi-monitor setups: Test patterns on both displays

If you have more than one display connected to your computer, you’ll need to use a combination of your OS’s tools and the on-screen settings. Start by using your computer’s calibration utility, the way we described above. When you’ve finished building a color profile, it’s time to take the OS out of the equation and make adjustments using the panel’s display settings.

First, you’ll need some test patterns. You can find some great ones at the Lagom LCD monitor test pages, or you can walk through the steps at DisplayCalibration.com to get started.
Open the test patterns on both displays. Open two browser windows to the same patterns, or open two image viewers with the same pattens in both. Maximize them on both displays and take a look at the differences.
Make subtle changes on the second display to try and match the first. The steps you’ll follow here are very similar to how you calibrate your HDTV. You’ll need to adjust the contrast and brightness against black and white gradient patterns, and you’ll need to adjust the color levels (red-green-blue) against some color test patterns. Since you calibrated your OS against the first display, that monitor should look the way you like. The goal now is to make the second one look just like the first one. You may need to make some subtle changes to the primary display, but don’t go overboard — the first display is supposed to be your control, and if you adjust it too much you won’t have a point of reference.
When you finish, bring up a photo on both displays. Make sure your test photo looks the same on both displays. If you can, set both displays to the same wallpaper and examine them that way. You’re just using your eyes, but it’s a good way to make sure that your colors and contrast look the same. If you see something off, open up the on-panel display controls and tweak them.

You can try to just set both displays to the same color settings and walk away, but even though color temperatures are supposed to be the same across all devices, manufacturing and design differences in different manufacturer’s panels can mean that 6500k on a Sony display can look significantly different than 6500k on a Dell display. Using test patterns first, and then validating using images or photos that you’d actually spend time viewing is a much better option.

Whatever you do, do something

You don’t need to spend a lot of money on color calibration for your LCD display unless you need color fidelity between printed materials and your image and video editing tools, or you’re just a video and graphics fanatic and need to make sure that everything is just right. Like we mentioned, for most people, the on-board calibration tool or spending a little time with some test patterns will be enough to make sure your friends don’t look like aliens when you open their Facebook photos.

Still, even if you haven’t noticed any issues with your LCD display, it’s worth calibrating it at least once. The process is especially useful if you have multiple displays that are different sizes or from different manufacturers, or if you’re upgrading to a new one. The only thing you have to lose is a few minutes, and you’ll get a much better picture from your monitors as a result. Good luck!

Source:http://gadgetbox.msnbc.msn.com/_news/2012/02/06/10333091-calibrate-your-computers-monitor-for-the-best-picture

AMD Restructures Around System-On-A-Chip Roadmap

February 6th, 2012 by Manmohan No comments »

Advanced Micro Devices (AMD) launched a two-year product roadmap in which the company will shift toward making system-on-a-chip products for narrower market segments, such as cloud-powering datacenters and ultra-thin laptops that Windows PC makers hope will grab share from Apple’s MacBook Air.

What will not be available from AMD until 2014 are chips that can compete against ARM and Intel in the tablet market, which grew quickly last year at the expense of desktops and mainstream laptops. While tablets are in its sights in the future, the company has not released plans for smartphones, another fast-growing segment of the computer industry.

AMD laid out its roadmap at its annual meeting with financial analysts at its Sunnyvale, Calif., headquarters. In describing their strategy to drive profits, executives said the company would not try to match Intel product for product. “You do not have to be the best at everything, but you have to be the best at a few things,” Lisa Su, Senior Vice President and General Manager, Global Business Units, AMD, said.

Those things include Trinity, AMD’s second-generation accelerated processing unit targeted at ultra-thin laptops. APUs is what AMD calls its combined CPU and graphics processor on the same die. AMD is shipping Trinity to computer makers, which are expected to start selling product at midyear. During her presentation, Su showed a reference design of an ultra-thin notebook from Taiwanese computer maker Compal Electronics. The system was seven-tenths of an inch thick.

An advantage Trinity will have over Intel’s competing Ivy Bridge processor is price, according to AMD. The company believes computer makers who use its chip can ship ultra-thins in the $600 to $800 range, which is $100 to $200 less than systems currently in the market.

Trinity’s successor in 2013 is code-named Kaveri, which will include elements of a new chip design called heterogeneous systems architecture. HSA, which is not expected to reach maturity until 2014, will boost performance through more internal bandwidth and by having a shared memory pool between the graphics processor and CPU. In addition, both processors can be used to run a common software application.

Besides ultra-thin computers, AMD’s roadmap reflects a focus on low-power processors for mainstream laptops and servers. For notebooks, AMD is shipping this year its second-generation Brazo APU and the ultra-low-power Hondo APU. Next year, the company plans to ship their successors, Kabini and Temash, respectively. These two products will be AMD’s first system-on-a-chip, which means they will include AMD’s Fusion Controller Hub chipset on the same die. FCH powers interfaces for devices that support high-speed connectors, such as USB 3.0.

In 2013, AMD plans to move all its desktop and notebook processors to 28 nanometers. Today, AMD has chips that are 40 nm, 32 nm and 28 nm. The smaller the chip architecture, the better the performance at lower power.

Missing from the lineup is a processor capable of running at 2 watts, while delivering the same or greater performance than the ARM chips used in tablets. AMD is not expected to have a product for that space until 2014. “We are going to go after that with a vengeance,” Su said of the tablet market.

AMD will focus on low power within its server product line. The company is aiming for datacenters that power today’s cloud environments, which typically have lots of processors on a single server running a variety of applications on virtual machines. Such systems require low power chips to reduce heat and lower cooling costs.

AMD is shipping this year Valencia, the code name for AMD’s energy-efficient server chip for one- and two-processor servers, while Zurich is for one processor systems used in Web hosting and Web servers. Their successors next year will be “Seoul” and “Delhi,” respectively. The latter chips will introduce new processor cores, codenamed Piledriver.

A key element to AMD’s overall strategy is getting developers to build software for its future SoCs. The goal is to provide the tools, so developers can write applications in C++, a common coding language, and run them on the graphics processor and CPU. Today, graphics processors require a different set of development tools.

“It’s really going to unlock developers to take advantage of the full compute capability,” Mark Papermaster, Senior Vice President and Chief Technology Officer, AMD, said.

AMD is hoping to attract third parties to work with it in building technology platforms for computer makers, freeing it from having to build everything on its own. This is a key difference with the much larger Intel, which controls everything from design to manufacturing. AMD’s chips are built by Globalfoundries, which took over the company’s former manufacturing operations.

Whether AMD can build an eco-system with developers and partners to compete with Intel, which has the money to acquire companies with the technology it needs, remains to be seen, Sergis Mushell, Analyst, Gartner said.

“Intel will buy pieces of the pie. AMD most likely will be partnering … the market will decide which strategy sounds more compelling,” Mushell said.

In August 2011, AMD named Rory Read, a Lenovo Executive, President and Chief Executive. Read replaced Derrick Meyer, who resigned in January. In November, Read cut 1,400 jobs, or about 10 percent of the company’s workforce, as part of a restructuring.

In the fourth quarter of last year, AMD reported a $177 million loss, due mostly to a write-down caused by manufacturing problems at Globalfoundries that left some chips in short supply. That problem, according to AMD executives, has been corrected.

Overall, there are indications that the company is stabilizing. Standard & Poor’s Ratings Services recently placed AMD on watch for a ratings increase, saying the company has shown higher and more stable levels of profitability over the last two years. AMD currently has a B-plus rating, which is four levels below investment grade.

Read assured analysts Thursday that the company was ready to execute on its strategy and win back market share. “This is our time. This is a different AMD,” he said.

Source:http://www.crn.in/Hardware-003Feb012-AMD-Restructures-Around-System-On-A-Chip-Roadmap.aspx

Details Emerge About the Spark Linux-Based Tablet

February 6th, 2012 by Manmohan No comments »

There’s a new tablet in town (well, on its way to town, at least) called the Spark. The Linux-based tablet, based on the Zenithink C71, was announced several days ago, but the fellow behind the project, KDE developer Aaron Seigo, released more details on his blog in a convenient Q&A format.

He revealed that the tablet (about $265 USD) will be available for pre-order this week and will start shipping worldwide in May. In terms of specifications, the 7-inch (800×480) multi-touch tablet will run a 1GHz AMLogic ARM processor and Mali-400 GPU and sport 512MB of RAM, 4GB of internal storage (with a microSD slot for expandability), 802/11b/g WiFi, a pair of USB ports, a front-facing 1.3MP webcam, and an audio jack.

There are plans to add 3G and GPS functionality in later versions of the tablet, as well as beefed-up hardware specs. The UI of choice is Plasma Active, and there will apparently be a content store where developers can peddle their wares and users can snag software.

The Spark project isn’t just some cheap tablet being churned out half-heartedly by a company looking to cash in on the latest tech craze. This looks to be a labor of love for Seigo and others behind Spark, and it’s rooted in their ideology.

“The people who get to use these tablets will have in their hands a device that is more than an application bucket that sees them as a consumer,” said Seigo in the original blog post announcing Spark. “They will have a device that places value on who they are and what they are doing. This lies at the heart of Activities in Plasma Active and the open software stack will drive that trend further. Perhaps best of all: there’s no walled garden to get locked into or which can be taken away.”

Spark isn’t likely to suddenly glom tablet market share away from Apple and Google, but competition of any kind is good for consumers, and this particular project presents an attractive tablet alternative to those who chafe at what industry behemoths offer.

Seigo also noted that the tablet will indeed blend, although that would void the warranty.

Source:http://hothardware.com/News/Details-Emerge-About-the-Spark-LinuxBased-Tablet/

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