Carbon Monitoring Satellite Bites the Dust

There was lots of news about NASA’s Carbon Monitoring Satellite.  Unfortunately, it failed to reach orbit and came down in Antarctica.

In this recent undated photo provided by Vandenberg Air Force Base, Calif., a Taurus XL rocket with NASA's Orbiting Carbon Observatory on-board, sits on the launch pad. The rocket carrying the observatory blasted off early Tuesday morning, Feb. 24, 2009, from the base, but apparently failed to separate from the launch vehicle and splashed into the ocean. (AP Photo/U.S. Air Force, Senior Airman Cole M. Presley)

NASA rocket failure blow to Earth watching network

By SETH BORENSTEIN – 1 day ago

WASHINGTON (AP) — A new satellite to track the chief culprit in global warming crashed into the ocean near Antarctica after launch Tuesday, dealing a major setback to NASA's already weak network for monitoring Earth and its environment from above.

The $280 million mission was designed to answer one of the biggest question marks of global warming: What happens to the greenhouse gas carbon dioxide spewed by the burning of coal, oil and natural gas? How much of it is sucked up and stored by plants, soil and oceans and how much is left to trap heat on Earth, worsening global warming?

"It's definitely a setback. We were already well behind," said Neal Lane, science adviser during former President Bill Clinton's administration. "The program was weak and now it's really weak."

Failure was caused by

NASA officials said a protective cover on the satellite didn't release and fall away, and the extra weight meant the satellite couldn't reach orbit.

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IBM and HP’s Green Data Centers

Ovum has an article about IBM and HP’s efforts in Green Data Centres.

Graham Titterington

IBM and HP move towards green data centres

Recent announcements from IBM and HP show that energy consumption in the data centre is now attracting high-level attention in both enterprises and IT vendors. Graham Titterington compares these two initiatives and puts them into a wider perspective.

IBM announced enterprise additions to its Project Big Green this week, a week after HP announced its Sustainability Laboratory. Both vendors have a history of interest in this area, but HP has achieved a higher profile for its efforts. The HP announcement included long-term data centre issues while IBM concentrated on new product releases to help in this area. However, there were large areas of agreement and overlap in the two presentations, and both said that energy use has become a high-level concern for enterprises, which will grow in importance. Both see an immediate opportunity for savings in energy use with a strong financial investment case through monitoring and intelligent control systems. IBM talks of the payback period from investments in this area being less than two years. Both back these claims with case studies, although at this early stage these are thin on the ground at present. The environmental payback period may be longer where this involves hardware replacement.

Comparing Smart Cooling vs. Monitoring.

The medium term - monitoring and intelligent control

HP claims it has achieved a 40% energy saving at a new data centre it has recently built in Bangalore by deploying its 'smart cooling' technology. IBM claims similar savings in the short term by deploying its current technology including its new monitoring systems. Tivoli monitoring software has been extended from processor monitoring to include all aspects of the data centre facility. It monitors kilowatts of power consumption, and not just processor utilisation. It provides connections into several important business activities to make it an attractive proposition for business:

HP is taking inventory of energy consumption along the supply chain.

HP has shown a commendable attention to lifetime issues in its green IT agenda. This is continuing in the current announcement. It points out that the energy required to smelt bauxite into aluminium to make a server is equivalent to the energy the server will use in two years of its life. It is now embarking on a project to build up a database of lifecycle energy consumption to create a comprehensive database from which lifecycle issues can be more accurately evaluated. It promises to put the results in the public domain, and is appealing for partners to help populate this.

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Green Typing Using the Dvorak Keyboard

Typing is more and more prevalent in society.

So, what is a greener way to type?

One of the projects I managed at Apple was keyboards and mice, so being a keyboard geek my engineer introduced me to the Dvorak keyboard.  Also, I had an ergonomics background from my Industrial Engineering education so trying a better ergonomic keyboard seemed worth the effort.

What is a Dvorak keyboard?

The Dvorak Keyboard

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A O E U I D H T N S _
a o e u i d h t n s -

: Q J K X B M W V Z
; q j k x b m w v z

The Dvorak keyboard, named for its inventor, Dr. August Dvorak, was designed with the goal of maximizing typing efficiency. For over a century, typists have been using the qwerty keyboard arrangement, a hack that was implemented to work around the mechanical limitations of early typewriters.


Why type Dvorak? The following is a personal web site from an ex-MIT student, Jeff Bigler.

Having heard Dvorak's claims, but not the modern-day scientific analysis of his experiments, I decided to switch to the Dvorak layout in the late 1980s, when computer software (specifically version 10 of the X Window System) made it fairly simple to remap the keyboard layout without making any hardware changes. It took a few months for my Dvorak speed to catch up to my qwerty speed. I found the Dvorak layout to be more comfortable and less effort.

For a period of four or five years, I used the qwerty layout at work (on a shared DOS computer), and the Dvorak layout at home, spending about half of my typing time on each. During that time, my Dvorak speed increased to 90 wpm, and my qwerty speed reached 80 wpm. My accuracy improved slightly on both layouts. On the Dvorak layout, my most common typos are reversing two letters, whereas on the qwerty layout, it's more common for me to hit the wrong key altogether. (Note also that several people have made the claim that it's impossible to be able to switch back and forth between different keyboard layouts. That certainly hasn't been my experience, and I'm always happy to demonstrate for non-believers.)

The greatest benefit I've found from the Dvorak layout is that, in addition to feeling more comfortable, the typing-related discomfort I was beginning to experience in my wrists and forearms diminished, even though the amount of typing I was doing remained constant. Once my workplace switched from DOS to Windows and I was able to use the Dvorak layout everwhere, those problems vanished and have not returned. I believe that Dvorak's claims that his layout requires less "hurdling" over keys and less total finger travel are true, and that this is more or less directly responsible for the reduction in RSI (Repetitive Strain Injury) symptoms that I have experienced.


Other advantages besides being more efficient.

Was making the switch worth it? Yes, because of the ergonomic benefits.

Would I recommend it to other people? Yes, particularly if you have RSI problems from typing. When you first make the switch, the unfamiliar layout will slow you down, helping your injured arms and wrists heal. Once your Dvorak speed catches up with your qwerty speed (which it eventually will), you will likely find typing more comfortable (or at least less uncomfortable), and it may be less likely that your RSI will recur.


After 20 + years typing Dvorak, I am glad I made the switch and I have a good ROI on the effort.

One of other benefit of Dvorak, is it is a great security feature. Can you imagine someone trying to logon to your machine entering a password where the keys are remapped? Whenever I have tech support logon to my machine by remote access, I need to change the keyboard type so they can type.

Typing on a Dvorak keyboard is more efficient, better ergonomically, and more secure - a better sustainable typing experence.  You just need to be willing to change your typing habits.

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Apple’s Sustainability Obstacle

Apple has hit a new obstacle in its sustainability as a company.

Sustainability, in a broad sense, is the capacity of maintaining a certain process or state. It is now most frequently used in connection with biological and human systems. In an ecological context, sustainability can be defined as the ability of an ecosystem to maintain ecological processes, functions, biodiversity and productivity into the future.[1]

How much will Apple change during Steve Jobs medical leave?

Apple CEO Jobs takes medical leave

Chief operating officer, Tim Cook, will take over Jobs' responsibilities

Image: Steve Jobs, Oct. 2005; Sept. 2008

Justin Sullivan / Getty Images file

Jobs takes medical leave
Jan. 14: Apple CEO Steve Jobs will take a six-month medical leave and will step down temporarily as CEO.

BREAKING NEWS

updated 8 minutes ago

Apple Inc. co-founder and Chief Executive Steve Jobs said Wednesday he is taking a medical leave of absence until the end of June — just a week after the cancer survivor tried to assure investors and employees his recent weight loss was simply caused by a treatable hormone deficiency.

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AMD Supercomputer Targets HTML Delivery from Cloud Computing

At CES AMD announced their Fusion Render Cloud. news.com has an article.

For Advanced Micro Devices, however, CES 2009 was an opportunity to talk about a supercomputer, the sort of high-tech machinery that even today tends to require at least a modest-sized room.

AMD said Thursday that by the second half of the year, it will be ready to go with the massively parallel "Fusion Render Cloud" supercomputer. And where supercomputers typically are used for rather wonky projects in energy research, weather forecasting, and such, the AMD machine is intended to help in the "deployment, development, and delivery" of high-definition content--and this brings us back to CES--to mobile devices.

Think video games and movies. Says AMD:

The system is being designed to enable content providers to deliver video games, PC applications and other graphically-intensive applications through the Internet "cloud" to virtually any type of mobile device with a web browser without making the device rapidly deplete battery life or struggle to process the content. The AMD Fusion Render Cloud will transform movie and gaming experiences through server-side rendering - which stores visually rich content in a compute cloud, compresses it, and streams it in real-time over a wireless or broadband connection to a variety of devices such as smart phones, set-top boxes and ultra-thin notebooks.

 

What this is showing is what i think you will see more of – special purpose IT equipment.  There is lots of talk on how to make the data center more efficient – hot and cold aisles, PUE, virtualization. From a few side conversations I have heard, there is more and more people who are asking the question what happens if we go for special purpose IT equipment instead of general purpose?

AMD is driving an interesting point that could be a future digital rendering data center.  Servers typically don’t have much graphics power or graphics chips at all, yet some of the most compelling end user content is video and games, requiring good graphics chips. 

What happens if you render the graphics in the data center, then stream over html?

Your audience is now the iPhone and any HTML client.

I would assume if AMD gets this working, it will be trying to sell Digital Rendering supercomputers.

The Fusion Render Cloud will use AMD gear including the Phenom II processors, AMD 790 chipsets, and ATI Radeon HD 4870 graphics processors. It is being designed to break the petaflop processing barrier--in layman's terms, to run with the fastest of the fast supercomputers--and "to process a million compute threads across more than 1,000 graphics processors," AMD said.

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