NVidia to launch a touch screen Android OS PC powered by 8 core chip that runs for 25 days

NVIDIA and Notion Ink, launches ‘Adam’, a touch screen tablet at the Las Vegas Consumer Electronics Show in January 2010, a high-tech IT product that was completely developed in India, marking the country’s big entry into product development.

With NVIDIA’s Tegra system-on-chip at its heart, Adam is a device the new generation technology user dreams of. Its battery can work for 25 days. It will have only a screen and no physical key board. One can manoeuvre the cursor using the finger commands from the front or at the back. It will have a camera that can rotate to take pictures and videos, or for video chat. It can talk to other smart devices, including phones.

Tech Spec

OS                            Google Android
General                 2G , 3G Network Triband UMTS/HSDPA GSM 850/900/1800/1900
3G Network          HSDPA 1700 / 2100 / 900
Status                    Available. January 2010
Size                        Dimensions     6.3 x 9.8 x 0.6 inches , 1.7 pounds
Display                 10.1 inch display capable of displaying 1024 x 600 pixels, Full HD capability Digital Compass, Accelerometer, Proximity,     Ambient light, Water sensors
Memory
Internal                Solid State 16/32 GB storage, can be increased further with SD card
Card slot               microSD,
Data                     GPRS     Class 32
3G                         HSDPA, 10Mbps; HSUPA, 2Mbps
WLAN                   Wi-Fi 802.11 b/g, DLNA
Bluetooth              Yes, v2.1 with A2DP
Connectivity           USB, HDMI,
Sound                   a 3.5mm headphone jack and a microphone input
USB                     Yes, v2.0 microUSB
Camera                  Primary     3MP, 2576×1936 pixels,
CPU                     eight-core NVIDIA’s Tegra T20 system-on-chip
GPS                     Yes, with A-GPS support;
Battery                Standard battery, Li-Ion 1320 mAh (BL-5J)
48hrs standby on its integrated rechargeable Li-Ion battery,
8hrs of HD video playback and 16hrs of internet surfing over WiFi
25 Days on Music play

6.3 by 9.8-inch device works on Google’s Android and Mary Lou’s Pixel Qi that offers a paper display, putting no pressure on the eyes. With 1024X600 wide SVGA colour resolution, the screen contains finger-print-resistant oleophobic coating. With a capacity of up to 32 GB flash drive, it would have SD card support, a digital compass, GPS and Wi-Fi.

It can run for 25 days if one wants to listen to just music. It can run eight hours of high-definition video or 16 hours of Wi-Fi Web use, Rohan Shravan, founder and Director, Creatives, of Notion Ink, claims.

The half-inch thick device is likely to be priced at USD$ 300. The device would be connected to specially-devised servers called Genesis.

How they managed to tackle these challenges one by one could be a good case study for wannabe entrepreneurs.

With angel funding from an IT consultant, the team started looking for people to work on the project. They needed about 50 engineers, both hardware and software.

After discussions with several colleges, they tied up with BVRIT, a technology institute not very far from the Hi-Tec City, the hub of all the IT activity in Andhra Pradesh.

The arrangement was simple. Notion Ink would utilise the lab as its development centre and the students as its workforce, while the students get training in the industry-ready technologies such as Android and cloud.

“We then roped in the National Institute of Design (at the Bangalore Research and Development campus) to discuss the user interface that should go into the next generation tablet,” Shravan explains.

As some of them got down to the task of planning the design, internal architecture of the product, HR aspects and infrastructure, the remaining members of the team went to the US and Taiwan to address the hardware and manufacturing needs. While they joined hands with NVIDIA for Tegra, they teamed up with TPK for touch screens and another Original Device Manufacturer for manufacturing the complete product.

Seeing a good idea, NVIDIA offered to handhold the team. “Theirs is a brilliant idea and we have seen the burning desire in them to create an innovative product. It has got good potential in India in the fields of education, entertainment and telemedicine,” J.A. Chowdhary, Managing Director of NVIDIA India, points out.

After nearly a year’s hard work and consuming all the monies they earned for a year or two before Notion Ink, the team has not run out of steam as yet.

They are now busy testing the device with some telecom companies for cross-check connectivity issues.

“We are going to get the first batch of 60 Adams. We are in talks with content providers and have signed pacts in some segments. These tie-ups will be for content delivery and content aggregation,” Shravan says.

Looks like Notion Ink will be competing with a similar system laucnhed by Converged Devices

Android 2.0 Eclair
186mm x 158mm x 18mm
7″ Touchscreen
NVIDIA Tegra
512 DDR / 512 NAND
1.3 MP Web Cam
4GB Internal SD (non removable)
Micro SD
Bluetooth 2.1
Wireless 802.11 b/g
USB 2.0
2g/3g Data
Cellular
3.5mm Audio Jack
Accelerometer
Ambient light sensor
Dual digital microphones
FM Radio

More news

http://notionink.wordpress.com/

Shorter Path to drug Discovery share research on failed compounds between companies the new MIT lead approach-

The moment I learned about this new project started by MIT, I could think of only one thing, I want to be part of it.  The Massachusetts Institute of Technology, have, started a pharmaceutical innovation program  to help drug companies adapt some successful approaches now used in aeronautics, like lean management and information-sharing among rivals.

The M.I.T. initiative, called NEW Drug Development ParadIGmS or NEWDIGs has garnered the support of

  • Aetna
  • Bayer Healthcare
  • Brookings Institution
  • Centers for Disease Control and Prevention (CDC)
  • Eli Lilly and Company
  • U.S. Food and Drug Administration (FDA)
  • Johnson & Johnson
  • Medco Health Solutions Inc.
  • Pfizer Inc.
  • Quintiles Transnational Corp.
  • Vertex Pharmaceuticals Inc.
  • WellPoint Inc.

One short-term goal is to identify, and rectify, the root causes of bottlenecks in the existing system. Longer term, the ambition is to create new prediction models, new ways to share information about the biology of diseases, and a new inclusiveness involving earlier participation of regulators, health insurers, health care providers and patients.

So How do they plan to change the way we conduct drug discovery and developement?

1.  share information about compounds they have tried and shelved, for reasons like toxicity or inefficacy.

Results of clinical trials are availale online for free, whether or not they succeed. But no pharma company talks about projects that fail at an earlier stage. A result is that companiesother  waste many millions going down experimental paths that their competitors have already tried and failed.

A visual Path of the changes suggested in the Enterprise Transformation is shows here , the document can be downloaded from the MIT website

Microsoft Rebrands its Healthcare Software and Introduces it to European Markets

Microsoft is now offering its Amalga health-care software in Europe.  now Known as Microsoft Amalga has many components, from PACS solutions, Managing patient care records to tracking research projects and finance department tasks.

Microsoft Amalga  was previously known as Azyxxi which was acquired from General Datomics and  MedStar Health in 2006. This was positioned as a health intelligence Software.

But the New Amalga is more powerful and it bring the synergies of various microsoft acquisitions. It now Has a Hospital Information System (HIS) earlier known as Hospital 2000 “hospital information system for developing and emerging markets acquired from the  Thai developer Global Care Solutions (GCS) in 2007.

Amalga also boast of a Microsoft Amalga RIS/PACS earlier  known as GCS Amalga.

Amalga is being used by eight hospitals in MedStar Health’s network, which covers the Washington, D.C., and Baltimore areas, as well as Johns Hopkins Hospital, among others.

Cryptography with DNA binary strands

Biotechnological methods can be used for cryptography. DNA binary strands can be used for steganography to provide rapid encryption and decryption. It is shown that DNA steganography based on DNA binary strands is secure under the assumption that an interceptor has the same technological capabilities as sender and receiver of encrypted messages.

I thought this as an interesting article since my last post was about DNA based security

http://www.cs.mun.ca/~banzhaf/molcomp.html

AUTHORS: Andre Leier, Christoph Richter, Wolfgang Banzhaf and Hilmar Rauhe

SOURCE: BioSystems, 57 (2000) 13 – 22,Extended Manuscript from 6th DIMACS Workshop on DNA Computing, Leiden, 2000

AUTHORS: Andre Leier, Christoph Richter, Wolfgang Banzhaf and Hilmar Rauhe

DNA-based security solutions to Prevent fraud and theft

Applied DNA Solutions is NewYork company that offers DNA-based security solutions to Prevent fraud and theft

Applied DNA Sciences’ technology has been utilized to successfully mark nearly 1 billion items including DVDs and CDs, fine art, prestige wine, luxury and personal care goods botanical DNA encryption, embedment and authentication solutions that can help protect companies, governments and consumers from counterfeiting, fraud, piracy, product diversion, identity theft, and unauthorized intrusion into physical locations and databases.

ADNAS uses DNA segments from one or more botanical sources, rearrange them into unique encrypted sequences, and then implement one or more layers of anti-counterfeit techniques

Record songs onto a Bacteria- yes Researchers from Pacific Northwest National Laboratory can claim to use bacteria as an ipod storage device

Researchers Store children’s song It’s a Small World on bacteria and recovered it from the 100th Generation

Researchers from Pacific Northwest National Laboratory used artificial DNA sequences to encode portions of the text of the children’s song It’s a Small World, added the sequences to bacteria DNA, allowed the bacteria to multiply, then extracted the message part of a DNA strand and retrieved the encoded information, Bliss ha just the kind of solution I need to store all my digital music when my ipod gets full.

Well may be not so easy since there are some potential problems the memory capacity would be huge because each bacteria in a colony could encode different information; it is very difficult to select a single bacteria from a colony, well that cant good, But I like the concept pretty futuristic

These DNA messages, each about 150 bases long, were inserted into bacteria such as E. coliDeinococcus radiodurans. Because DNA is passed down through generations of living organisms, information stored this way should survive for as long as the line of organisms survives, said Pak Wong, a chief scientist at the Pacific Northwest National Laboratory. DNA is made up of four bases attached to a sugar-phosphate backbone. Different sequences of the four bases can represent digital information

Considering that a milliliter of liquid can contain up to 10 billion bacteria, the potential capacity of bacterial-based DNA memory is enormous

The researchers let the bacteria propagate for 100 generations, then retrieved the encoded information by extracting the message part of the DNA strand from the youngest generation and reading it via polymerase chain reaction, a laboratory procedure that took about two hours and involved a series of heating and cooling cycles.

The researchers used seven different bacteria to store and retrieve seven DNA fragments that ranged from 57 to 99 base pairs long and encoded text from the children’s song

The study was published in 2003

4th Dimension in Biology

4D imaging of different microorganisms was the first step of 4D in biology. Recently now from the University of Calgary, sun centre for excellence for visual genomics have created the 4D virtual human (CAVEman) with flesh, and muscles, a breakthrough step ahead in the medical informatics. This 4D virtual human can be used for many new pathways for surgical studies. It can be used also to see the disease and genetic changes virtually, allowing to assess the various morphological changes occuring during a diseased or genetically affected individual. You can download Demo verrsion so of the 4D demos of heart , human skelton and many more,

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