Showing posts with label japan. Show all posts
Showing posts with label japan. Show all posts

June 9, 2009

Japan Explores Using Cell Phones To Stop Pandemics


TOKYO - A few months from now, a highly contagious disease will spread through a Japanese elementary school. The epidemic will start with several unwitting children, who will infect others as they attend classes and wander the halls.

If nothing is done, it will quickly gain momentum and rip through thestudent body, then jump to parents and others in the community. But officials will attempt to stymie the disease and save the school — using mobile phones.

The sickness will be a virtual one, in an experiment funded by the Japanese government. A subsidiary of Softbank Corp., a major Japanese Internet and cellular provider, has proposed a system that uses phones to limit pandemics.

The exact details have yet to be fixed, but Softbank hopes to pick an elementary school with about 1,000 students and give them phones equipped with GPS. The locations of the children will be recorded every minute of the day and stored on a central server.

A few students will be chosen to be considered "infected," and their movements over the previous few days will be compared with those of everyone else. The stored GPS data can then be used to determine which children have crossed paths with the infected students and are at risk of having contracted the disease.

The families of exposed students will be notified by messages to their mobile phones, instructing them to get checked out by doctors. In a real outbreak, that could limit the rate of new infections.

"The number of people infected by such a disease quickly doubles, triples and quadruples as it spreads. If this rate is decreased by even a small amount, it has a big effect in keeping the overall outbreak in check," said Masato Takahashi, who works on infrastructure strategy at Softbank.

He demonstrates with a calculation: If an infected person makes about three more people sick per day, and each newly infected person then makes another three people sick, on the 10th day about 60,000 people would catch the disease. If each sick person instead infected two people a day, on the 10th day about 1,500 people would get sick.

The experiment was conceived before the current outbreak of swine flu, but has drawn fresh attention now that Japan has the highest number of confirmed cases outside of North America.

It is one of 24 trials the government recently approved as part of a program to promote new uses for Japan's Internet and cellular infrastructure. The country boasts some of the most advancedmobile phone technology in the world. It is blanketed in high-speedcellular networks, and phones come standard with features like GPS, TV and touchless train passes.

The mobile phone market is largely saturated, however, and fees are being driven down by an ongoing price war. For Softbank, a government-backed health-monitoring service could be boon to business.

GPS has its shortcomings, including hazy readings indoors. But Softbank believes it could keep readings accurate to several yards, at least for an experiment in a limited area.

Until now, technologies like GPS have mainly been used to help people figure out where they are and what is nearby. As networked devices like the iPhone become more popular, new applications let people track their children or friends, and could give companies and governments access to their location.

Aoyama Gakuin University, a prestigious school in Tokyo, is givingApple Inc.'s iPhone 3G to students, partially as a way to check attendance via GPS readings from an application running on the phone.

That kind of project raises privacy concerns, and one of the goals of the Japanese experiment is to judge how participants feel about having their location constantly recorded.

If a disease-tracking system were launched for real, no one would be required to sign up, said Takuo Imagawa, an official at the Ministry of Internal Affairs and Communications.

Another concern for the experiment is how to inform people that they may be infected, even if it's just a virtual disease. "If we don't think carefully about the nature of the warning, people that get such a message could panic," said Katsuya Uchida, a professor at the Institute of Information Security in Yokohama. Uchida serves on a board that evaluates such proposals for the government.

Softbank Telecom, the subsidiary that made the original proposal, might not be chosen by the ministry to run the experiment in the fall. But Takahashi says that whichever company is chosen, he hopes the potential benefits of a monitoring system are enough to persuade people to sign up and reveal their whereabouts.

"I think it would have a bigger impact than Tamiflu," he said.

Source: http://tech.yahoo.com/news/ap/20090606/ap_on_hi_te/as_tec_japan_mobile_pandemic_stopper_1

Tags: Japan, cell phones, pandemics, Aoyama Gakuin University, Iphone, GPS, Yokohama, Softbank Telecom, Institute of Information Security in Yokohama, Global IT News, Japanese Ministry of Internal Affairs and Communications,

Posted via email from Global Business News

June 7, 2009

Mitsubishi Rolls Out Zero-Emission Electric Minicar


TOKYO (AFP) – Japan's Mitsubishi Motors Corp. rolled out its first zero-emission electric minicar Friday, hoping to capture a slice of the fast-growing market for environmentally friendly vehicles.

 

The new "i-MiEV" -- short for Mitsubishi Innovative Electric Vehicle -- can seat four adults, emits no carbon dioxide and has a range of up to 160 kilometers (100 miles) on a fully-charged battery. The distance should be enough for day-to-day city driving in Japan, said company president Osamu Masuko, who added that the automaker was initially targeting corporate and government clients.

 

"We at Mitsubishi Motors hope to build technology that will put us in a competitive position in the global market of the future," he told a press conference. "Thinking about the Japanese auto industry in 10 to 20 years from now, we must make sure the industry does not fall behind our foreign rivals."

 

Mistubishi says the car, priced at 4.6 million yen (47,500 dollars), runs quietly but accelerates quickly, and the running cost is one third of that of a petrol-powered car -- or less if it is charged during off-peak hours. Because of its efficiency -- including converting braking energy into battery power -- the vehicle emits only one third of the CO2 of a petrol car when the electricity generated to recharge it at a power plant is factored in.

 

The battery can be charged overnight on a domestic power source, or it can be powered up through quick-chargers now being developed by power companies, Mitsubishi said. The i-MiEV is the latest addition to a lineup of Japanese autos with green technology.


Industry leader Toyota Motors' Prius hybrid became Japan's best selling car in monthly sales in May, pulling ahead of its rival, Honda's Insight, also a hybrid. The Japanese government has offered tax breaks and other incentives for consumers to buy fuel-efficient vehicles.

 

Masuko said: "The current launch price is high for ordinary motorists to purchase. But mass production will allow it to fall." He added that Mitsubishi hopes to eventually bring the cost down to around two million yen. For the year to March 2010, the company aims to sell 1,400 i-MiEVs to government and corporate users in Japan, in addition to 250 units overseas.

 

The company will start selling the vehicle to the general public from April 2010, with an annual target of 5,000 units in Japan and 1,000 overseas. In 2011, Mitsubishi hopes to sell as many as 15,000 units, Masuko said, adding that the company would make a profit on the model once production rises above 30,000 vehicles.

 

Tags: mitsubishi, electric car, zero emissions electric car, japan, imiev, fuel efficiency, prius, Toyota, hybrid cars, osamu masuko, 

 

Source: http://news.yahoo.com/s/afp/20090605/sc_afp/japanautoenvironmentcompanymitsubishimotors_20090605161715

Posted via email from Global Business News

May 11, 2009

Tiny Cameras have Big Market


Having earned a reputation helping other companies make smaller and faster semiconductors, San Jose-based Tessera now hopes to use its miniature camera technology to revolutionize how a wide array of gadgets interact with people.

The technology, which some other companies recently have begun using to make tiny cameras for such devices as cell phones, will probably lead to far greater numbers of consumers in poor countries being able to afford phones with photographic capabilities, some industry analysts believe.

But that's just the beginning, according to Tessera's CEO, Henry "Hank" Nothhaft.

He foresees the cameras being used to prevent children from buying vending-machine cigarettes, to warn motorists when they are too sleepy to drive and even to enable toys to respond appropriately when a youngster smiles, frowns or makes some other gesture.

"Anything that we can think of we can probably do," he said. "It's that wide open."

Founded in 1990, Tessera primarily has been known for its widely used semiconductor-packaging technology. That enabled chips to be made smaller and run faster by incorporating shorter electrical connections between the chip and the circuit board upon which the chip sits.

But about four years ago, executives at Tessera — which earns most of its revenue by licensing its technology to others — decided to branch out and the camera market seemed promising. So it bought several businesses to acquire the know-how to make a new type of camera that not only was extremely small but also much easier and cheaper to produce.

While most cell phone cameras have 40 or so components and tend to be bulky, cameras made by Tessera's method consist simply of a tiny lens module bonded with a tiny image sensor, with no moving parts. The technology also enables scores of cameras to be manufactured together on a sheet of silicon and then individually cut out for placement in phones or other devices.

The camera's diminutive size and assembly process reduce the materiels and costs of production, Nothhaft said. He added that it costs about half to make a camera with his company's technology than it does to make the larger versions.

By eliminating the need for lots of components, "it also makes a more robust device," said Kevin Vassily, an analyst with Pacific Crest Securities. "Moving parts wear out and are subject more to a failure risk."

Many people in less affluent parts of the world can't afford camera phones. While about 82 percent of cell phones sold in North America and 95 percent in Western Europe have photographic capabilities, the percentage is only about 61 percent in Asia, 55 percent in Latin America and 48 percent in Africa, according to the research firm Gartner.


San Jose-based Tessera s minature camera component can be used in cell phones, vending machines, toys and other devices.Thus, there is a big business opportunity for companies that can incorporate cameras into their phones inexpensively, said Gartner analyst Tuong Nguyen. Moreover, he said, being able to make cheaper cameras would enable cell phone makers to include multiple cameras, one for taking still shots and another for shooting video, for example.

Tessera, which has seen its profit dwindle from about $61 million in 2006, to $45 million in 2007, to just under $5 million last year, could use some extra sales. Company executives won't disclose how much revenue their tiny camera technology began generating this year, but say they're pleased so far.

Nothhaft envisions the cameras being built someday into a vast assortment of devices, including vending machines. The Fujitaka company in Japan is developing a vending device that uses a camera to count the wrinkles on a customer's face to determine their age, in response to a new Japanese law forbidding vending-machine operators from selling tobacco to anyone under 20. Because of the low-priced cameras it produces, Tessera's technology could help make age-recognition vending machines widespread, Nothhaft said.

Cars also could use the devices, he said. Since cameras already can be programmed to avoid taking pictures when a person blinks, he said, it shouldn't be hard to also make them count a motorist's blinks to determine if they are too sleepy to drive. If the number of blinks exceed a predetermined number, the camera could alert the driver about his or her condition, he said.

Still another application might be in toys. To prevent unwanted frowns from showing up in photographs, cameras using Tessera's technology already can determine when the subject is smiling and, thus, when it's OK to snap the picture. If a toy was equipped with such a camera, Nothhaft said, the toy "could laugh, smile or say something to the child" in response to how happy or sad the youngster seemed at the moment.

Hans Mosesmann, an analyst with Raymond James & Associates, agrees Tessera's camera technology "has great potential" but questions how much the company will profit from some of Nothhalf's ideas, particularly if other companies develop similar technology. "We're in the camp of 'show me,' " Mosesmann said.

However, Nothhalf is confident about his company's future.

"Cameras are going to be ubiquitous," he said. "This is just emerging. We're here on ground zero and so it gives us a chance to be a real market leader."

Tessera believes its technology, which other companies can use to make tiny cameras like this one, could lead to everything from toys that respond differently when a child smiles or frowns to vending machines that can tell when someone isn’t old enough to buy cigarettes.

Related Articles:


http://globaldevelopmentnews.blogspot.com/2009/07/to-run-better-start-by-ditching-your.html

http://globaldevelopmentnews.blogspot.com/2009/07/space-tourism-celebrates-5-year.html

http://globaldevelopmentnews.blogspot.com/2009/07/singularity-university-launches.html

http://globaldevelopmentnews.blogspot.com/2009/06/old-people-may-be-immune-to-swine-flu.html

http://globaldevelopmentnews.blogspot.com/2009/06/harvesting-water-from-air.html

http://globaldevelopmentnews.blogspot.com/2009/06/do-dinosaurs-still-exist.html

http://globaldevelopmentnews.blogspot.com/2009/06/in-hot-pursuit-of-fusion-or-folly.html

http://globaldevelopmentnews.blogspot.com/2009/06/gay-penguin-pair-raising-chick.html

http://globaldevelopmentnews.blogspot.com/2009/05/transparent-public-toilets-from.html

http://globaldevelopmentnews.blogspot.com/2009/05/10-strange-species-discovered-last-year.html

http://globaldevelopmentnews.blogspot.com/2009/05/neurologist-offers-guide-to-healthier.html

http://globaldevelopmentnews.blogspot.com/2009/05/robot-takes-over-tokyo-classroom.html

http://globalbestpractice.blogspot.com/2009/07/sperm-created-from-stem-cells.html

http://globalbestpractice.blogspot.com/2009/07/introducing-augemented-reality.html

http://globalbestpractice.blogspot.com/2009/07/world-most-expensive-car.html

http://globalbestpractice.blogspot.com/2009/06/ibm-launches-seer-android-at-wimbledon.html

http://globalbestpractice.blogspot.com/2009/06/history-and-future-of-computer-memory.html

http://globalbestpractice.blogspot.com/2009/06/at-stanford-research-surpasses.html

http://globalbestpractice.blogspot.com/2009/06/microsoft-to-eliminate-need-for-game.html

Source:

http://www.siliconvalley.com/news/ci_12317683