電鍋革命及懷舊

電飯鍋開啟“定制革命”——告別“廠商口味”，我的嘴巴我做主！
日本電飯鍋的“內膽競爭”擴日持久。炭鍋、銅鍋、嵌鐵鍋、遠紅外金剛石塗層銀鍋、砂鍋——2011年各種電飯鍋紛紛上市，甚至還出現了鑄鐵式樣的南部鐵鍋“羽釜”，除了其形狀外，超過2kg的重量也引發了話題……



大同電鍋真的是必備品嗎？---校友經驗分享邀請：2009英國留學行前說明會


 2008 換大同電鍋新衣




大同公司是國內老字號的企業，生產的大同電鍋和「大同寶寶」

都曾家喻戶曉，也是第一家股票公開發行公司


最早的大同老電鍋  
(2010/01/11) 大同四十年資深員工黃成康指出，剛開始十人份大同電鍋售價約三百多元台幣，價格類似現代家庭買一台電腦，屬於高貴家電，第一年才賣了兩千多台。其後由於耐用、好用及操作簡單，到一九六七年時年銷量即破了十萬台。圖為最早的老電鍋（台史博提供）。 職業婦女葉春菊說，從她懂事起，家裡就用大同電鍋，出嫁後自然也添購，光是媽媽家的大同電鍋就用了二十多年。有三十多年銷售經歷的大同中山服務站站長林住福表示，曾有歐巴桑拿來使用了三十五年的電鍋，說是婆婆給她的遺物，希望一定要修好，修理過歷史最久者則用了四十五年。老品牌也有新生命。大同電鍋不僅是廚房小家電，更是伴隨台灣人民一路走來的重要記憶。（本報資料照片 博仁攝）

How to Get Ketchup Out of the Bottle with LiquiGlide

Innovation

MIT Scientists Figure Out How to Get Ketchup Out of the Bottle

By Keith Wagstaff | @kwagstaff | May 22, 2012 | 27

inShare102

Ryuhei Shindo / Getty Images

According to Heinz, ketchup exits the company’s iconic glass bottles at an excruciatingly slow .028 miles per hour. In case you were wondering, that’s slower than a Galápagos tortoise, which, according the San Diego Zoo, creeps along at a relatively speedy .16 miles per hour.
What’s the cause of such lethargic condiments? That would be our old pal friction. Luckily for burger fans everywhere, impatiently tapping our ketchup bottles might be a thing of the past thanks to MIT PhD candidate Dave Smith.

Fast Company brings news of the valiant Smith’s contribution to lunch science. Apparently he and a team of mechanical engineers and nano-technologists have been holed up in a MIT lab for the past two months trying to solve the ketchup conundrum.

Their solution? LiquiGlide, which is “kind of a structured liquid–it’s rigid like a solid, but it’s lubricated like a liquid,” Smith tells Fast Company.

Appetizing! This wonder material can be used to coat the inside of anything and is made from FDA-approved materials. Once applied, whatever’s inside — including ketchup, mayo or any other sauce — slides out effortlessly (see the videos here) with little residue.

Smith and his team came in second place in MIT’s $100k Entrepreneurship Competition. The biggest payday, however, will come if they actually sell the invention to companies that make sauces, a market Smith says is worth $17 billion. Oh, and if you’re looking to steal his idea, know that he “patented the hell out of it.”

Lets hope some big companies bite. I’m tired of waiting five minutes for ketchup to land on my cheeseburger.
[via Fast Company]

《南極的故事》What's New in Science 科學新發現

  《南極的故事》What's New in Science  科學新發現

 《南極的故事》_沙利文著_今日世界社出版 1976, 4th

 

White land of adventure; the story of the Antarctic

Bib ID	648499
Format	Book
Author	Sullivan, Walter
Description	New York, Whittlesey House [1957] 224 p. illus. 21 cm.
Notes	An abridged ed. of the author's Quest for a continent.

 

 

 

What's New in Science (Fred Reinfeld 1960) 科學新發現

書名 What's New in Science
Worthwhile Sterling paperbacks第 807 卷
作者 Fred Reinfeld
出版者 Sterling Publishing Company, 1960
頁數 204 頁


n an extremely compact text, this book embraces nine areas of science: electronics, surface travel, medicine and mental health, sound and light, space, atomics, television, meteorology, and oceanography.. It deals with new developments in these fields and experiments which indicate new trends.

Fred Reinfeld - Wikipedia, the free encyclopedia

en.wikipedia.org/wiki/Fred_Reinfeld - 頁庫存檔 - 翻譯這個網頁

Fred Reinfeld was one of the most prolific authors in history, having written or ..... New York, 1964); What's New in Science (Sterling, New York, 1960); Young ...

  科學新發現  香港:今日世界 1963


現在可以追查50年前的新科技
譬如說本書末篇

 Mohole, Project, program proposed in 1957 to drill a hole down to the boundary between the crust and the mantle, known as the Mohorovičić discontinuity at about 4 to 43 mi (7 to 70 km) below the earth's surface. Initiated by the American Miscellaneous Society, a loose organization of scientists, the main purposes of the project were to determine the nature of this boundary and to attempt to fill gaps in the geologic record from samples of the rocks encountered. The technology of such a project, however, was beyond the state of drilling technology at that time. Groups such as the National Science Foundation and the National Academy of Science eventually backed phase 1, in which five holes were drilled off the coast of Mexico, the most successful entering 601 ft (183 m) into the ocean floor under 2.2 mi (3.5 km) of water. The project was abandoned by 1966, as funding to support the ever-increasing costs of the project failed to gain congressional approval. Nevertheless, ship positioning and design, along with deepwater drilling technology developed for Project Mohole, were employed in the Deep Sea Drilling Project and future drilling projects.

Wikipedia 更詳細Project Mohole. 



大部分現代科技 如無人駕駛等` 當時都有人提出現
又如超視:

 Sounds below human's lowest audible frequency of 20Hz are known as Infrasound.

ultrasound

[名]1 [U]超音波.2 超音波診断.

ultrasound scanner

《医学》超音波スキャナー.


 ultrascope 1960代RCA的超視產品 即在電子顯微鏡加上店子管  可讓人眼看不見紫外線影像顯現: eléctroscòpe[eléctro・scòpe] [名]検電器.

ultra-fast internet/ Connected Networks Are All-pervasive

Managing Technology
After Broadband: Imagining a Future When Connected Networks Are All-pervasive
What will the future be like a decade from now when fast networking and connected devices are almost ubiquitous? How will social, family and community life change? What will be the impact on fields such as manufacturing and health? A group of entrepreneurs, executives, policy makers and other experts brainstormed about these questions and more at a conference held last month in Wharton San Francisco.
http://knowledge.wharton.upenn.edu/article/3002.cfm

Google Fiber: Can ultra-fast internet change a city?

By Daniel Nasaw and David Botti BBC News Magazine, Kansas City

VIDEO: People in Kansas City discuss the arrival of Google's super-fast internet

Continue reading the main story

Living Online

• Speed freaks Watch
• Composite literary characters Watch
• Web comic traces Iranian activism Watch
• Comedians turn to web for laughs Watch

Google is installing super-fast fibre optic internet service in Kansas City. Will it usher in a new era in industry and society - or just enable faster web browsing and media downloads?

For technology consultant Bret Rhodus, Google's newest venture is an amazing business opportunity.
"This can be a game-changer," he says. "The opportunity for entrepreneurs is significant."
For art supply clerk Danni Parelman, however, it's just a chance to download more music.
The California internet giant has begun installing fibre optic cable that will give Kansas City residents download speeds of up to 1Gbps - about 100 times faster than the broadband internet service currently available to most Americans.
'The future'?

Danni Parelman says the high speed internet will enable her to download music faster

In dozens of interviews in the streets, shops, offices and cafes of Kansas City - a metropolitan area that straddles the Kansas-Missouri state line - residents and business people agreed that the project would be great for the town.
Analysts say the project, called Google Fiber, is the future of the web.
But the speed will be so much faster than what is currently available that even people familiar with the concept have a hard time imagining how it will affect industries and lives.
Although the seeds of the internet germinated in US Department of Defense laboratories and many of the most innovative internet companies are based in the US, Americans have far slower internet than residents of many other industrialised nations.

Continue reading the main story

Google Fiber details

• In March, Google chose the Kansas City metropolitan area from more than 1,100 cities and towns that requested the service
• Google crews have begun hanging fibre lines from utility poles in selected neighbourhoods
• The service will launch in residential neighbourhoods only - no commercial districts - the first half of 2012
• About two million people live in the Kansas City metropolitan area, but Google has not said how many will have access to the service
• Google has not said how much the monthly service will cost, but says it will be "competitive"

Source: BBC research

The average broadband internet speed across the US is 12.84 Mbps, according to Netindex.com. That makes the US 31st in the world (the UK is 32nd with 12.4 Mbps speed).

The ultra-high-speed unleashed by the fibre optic technology is a natural progression in the development of America's telecommunications infrastructure, says Aaron Deacon, a member of the board of the Social Media Club of Kansas City and a technology marketing consultant.
"This is the way the world is heading," he says.
"There are other places around the world that have this kind of connectivity, but around the US adoption has been pretty slow."
Uncertain impact
But what will be super-fast internet's affect on the town in practical terms?

Aaron Deacon says: "Being the first for a new infrastructure is kind of a double-edged sword"

At first, the ultra-high-speed could simply mean people use the same web sites and internet services they already do, just faster.
"People say, 'oh it's going to just be faster YouTube'. It's sort of a joke," says Mr Deacon.
"But actually to have fast YouTube and videos with no buffering, and instantaneous downloading of feature movies, is a pretty significant change in the way that video can work."
The high speed will enable small businesses and home-office workers to have high-definition video conferencing without the hiccups, lag-time, and buffering slogs frequently suffered with cable or DSL broadbased.
It will allow greater use of cloud computing by small businesses, for example by allowing them to keep customer databases and accounting systems online instead of in costly local servers.
"Once business people can collaborate and work together and they don't have to worry about lag times - when you're not frustrated with the limitations of internet speeds - things really start jiving and amazing things get done," says Dave Greenbaum owner of a Kansas City computer repair company, who predicts a burst of small business innovation.
Aside from the expected boon to businesses, analysts predict almost every aspect of people's personal lives could be affected.
Having affordable super-fast internet in the home will enable faster and more efficient telecommuting, which could take cars off the roads, analysts say.
Holograms and MRIs

Continue reading the main story

Average broadband download speeds, in Mbps

• South Korea: 32.96
• Lithuania: 31.78
• Latvia: 26.78
• Sweden: 25.26
• Romania: 24.80
• Netherlands: 24.61
• Singapore: 22.84
• Bulgaria: 22.26
• US: 12.76
• UK: 12.44

Source: Netindex.com, based on volunteers who have tested their own connections through the speedtest.net

Doctors and hospitals will more easily be able to transmit data-heavy medical images like MRI scans. Businesses or local governments could install "dumb terminals" - computers with little more than a screen, keyboard, mouse and internet connection - across the city.

Communities could establish shared music, film and e-book libraries. High definition - even holographic - video conferencing could enable greater participation in local government: "Town hall in the home" is one catchphrase. Public safety could be improved by higher definition CCTV and video emergency calling.
Elsewhere in the US, an electric power firm in Chattanooga, Tennessee now offers 1Gbps internet to its customers - the broadest community-wide rollout of fiber optic connectivity in the nation.
But with its high cost for residential customers - about $350 (£223) a month - only nine have signed up, says EPB's spokeswoman Danna Bailey.
"It's not going to happen overnight," she says.
"It's a bit of a curiosity."

Google published web videos and a blog promoting its service to Kansas City residents

And in Britain, BT says it will begin offering 300Mbps - less than one-third of Google Fiber's advertised speed - in 2013.
Shift to wifi
Despite the overwhelming enthusiasm in Kansas City for Google Fiber, people familiar with it warn of potential pitfalls.
"Being the first for a new infrastructure is kind of a double-edged sword," Mr Deacon says.
"It can be a really great thing, and it can build a leadership position around that, but you're also sort of a guinea pig, so if you're not smart about how you use that opportunity you can be the bad example that somebody else learns from."
Since Google first announced plans to install the fibre network in 2010, internet users' attention has shifted away from desktop internet to mobile internet, as consumers spend more and more time on smart phones, tablets and other mobile devices, says Ed Malecki, a professor of geography at Ohio State University who studies technology and economic development.
As mobile providers tighten up on cellular data use, consumers will have greater need for high-speed wifi where ever they go in their home towns, he says.

Residents said they hoped the project would help Kansas City outgrow its reputation as a "cow town"

"If Google wants to make super-fast community wifi, fine," he says. Google fiber is "not going to help anybody unless it's translated into wifi."
Meanwhile, Ms Bailey of EPB notes past world-changing technologies took years to have a broader impact.
"When electric power first became widely available in homes, it was a more convenient, somewhat novel alternative to the oil lamp for lighting," she says.
"At that time, it would have taken an incredible visionary to predict what kind of an impact electric power would have on business and ultimately quality of life."

髓內釘螺孔定

髓內釘螺孔定位發明 骨折手術快

除了骨質疏鬆會骨折、意外也會骨折，過去醫師都是用X光替病人釘釘子固定，不過醫生跟病人都會受到輻射的風險，現在陽明大學教授__朱唯勤成功研發出一款用光線就可以看到螺絲孔的位，不但讓手術時間從21分鐘大幅縮減為4分鐘，也沒輻射的問題。

不小心跌倒還是撞到，有時候就會造成骨折，骨折是最常出現的意外傷害之一，台灣平均每分鐘就有一個人，因意外骨折就醫。傳統骨折要固定，會打鋼釘到骨頭髓腔內，也會在骨頭兩側鎖螺絲，因為螺絲釘的孔在骨頭裡看不到，必須靠X光輔助。

因此陽明大學教授朱唯勤研發了「可見光髓內釘螺孔定位裝置」，透過光就可快速精準找到鋼釘上的螺絲孔。

==陽明大學醫學工程研究所教授 朱唯勤==
可以在很短的時間內
執行這個手術
而且不必用到X光的輔助
因為沒有用X光
所以可以避免到一些
輻射劑量吸收的問題

鎖螺絲的時間，也可由傳統手術的21分鐘大幅降到4分鐘。

==陽明大學醫學工程研究所 朱唯勤教授==
在做這個手術的時候
這跟導針是先插到這個髓腔內
然後這個鋼釘順著這個導針
送進到髓腔 送進到髓腔以後
我們用可見光 如果把光源打開
在這裡 骨頭裡面的螺絲孔
就會看到一個光點
就是這個圖上看到的紅色的光點
醫生就可以用肉眼的方式
在不需要用X光的輔助下
執行鎖入螺絲釘的動作

這項手術能降低手術併發症、提高手術成功率，目前已經取得台灣及中國大陸專利，預計今年7月送衛生署查驗登記，就可以上市。

綜合報導

(2012-05-24 12:00)  中晝新聞

Hand-Gesture Technologies, Robot arm, CES Tobii Technology

Hand-Gesture Technologies Wave Bye to Desktop Mouse

BY JESSICA E. VASCELLARO A race to liberate computer users from the mouse is kicking into high gear, inspired by the potential of turning hands and other body parts into digital controllers.
The goal: to manage computers and other devices with gestures rather than pointing and clicking a mouse or touching a display directly. Backers believe that the approach can make it not only easier to carry out many existing chores but also take on trickier tasks such as creating 3-D models, verifying whether clothes fit, training athletes and browsing medical imagery during surgery without touching anything.


【CES】用“眼睛”操作Windows 8，Tobii的演示備受關注 　　只需移動視線便可向終端輸入信息的“視線輸入技術”

開發商瑞典Tobii Technology首次亮相CES。該公司的技術已經用於面向殘疾人士的輔助設備和部分產業設備中，其瞄准的下一個應用目標是個人電腦和家電領域…… (詳見全文)

Robot arm runs on brain power

By Clive Cookson

Cathy, who was completely paralysed by a stroke 15 years ago, thought about having a drink of coffee. A robotic arm responded by moving her drinking bottle from a nearby table up to her mouth so she could sip through the straw.

The remarkable experiment in brain technology was the first time since the stroke that 58-year-old Cathy had drunk without help from a carer. “The smile on her face was a remarkable thing to see,” said Leigh Hochberg, a professor of neuro-engineering at Brown University in Rhode Island.
Cathy was one of two tetraplegic patients taking part in a clinical trial of the BrainGate brain-computer interface developed at Brown.
The results, reported in tomorrow’s edition of the journal Nature, describe the most complex functions anyone has performed using a brain-computer interface.
“Years after the onset of paralysis, we found that it was still possible to record brain signals that carry multi-dimensional information about movement and that those signals could be used to move an external device,” Prof Hochberg said.
The researchers say their technology is still several years from practical use. The future lies in developing a fully automated, wireless brain-computer interface.

 

Research articles

• R. Kanai,
• B. Bahrami,
• R. Roylance,
• and G. Rees

Online social network size is reflected in human brain structure Proc. R. Soc. B April 7, 2012 279 1732 1327-1334; published ahead of print October 19, 2011, doi:10.1098/rspb.2011.1959 1471-2954

...variability in the size of such online friendship networks was significantly correlated...to articulate and make visible their friendship networks, and it is apparent that there...individual defined by more intimate friendships. However, the grey matter density at...

• Abstract
• Full Text
• Full Text (PDF)
• Permissions

Online social network size is reflected in human brain structure

1. R. Kanai1,*,
2. B. Bahrami1,2,3,4,
3. R. Roylance5 and
4. G. Rees1,2

+ Author Affiliations

1. ¹UCL Institute of Cognitive Neuroscience, 17 Queen Square, London WC1N 3AR, UK
2. ²Wellcome Trust Centre for Neuroimaging, University College London, 12 Queen Square, London WC1N 3BG, UK
3. ³Interacting Minds Project, Institute of Anthropology, Archaeology, Linguistics, Aarhus University, Norrebrogade 44, Building 10 G, 8000 Aarhus, Denmark
4. ⁴Centre of Functionally Integrative Neuroscience, Aarhus University Hospital, Norrebrogade 44, Building 10 G, 8000 Aarhus, Denmark
5. ⁵Institute of Cancer, Barts and The London School of Medicine and Dentistry, Charterhouse Square, London EC1M 6BQ, UK

1. ↵*Author for correspondence (r.kanai@ucl.ac.uk; kanair@gmail.com).

Abstract

The increasing ubiquity of web-based social networking services is a striking feature of modern human society. The degree to which individuals participate in these networks varies substantially for reasons that are unclear. Here, we show a biological basis for such variability by demonstrating that quantitative variation in the number of friends an individual declares on a web-based social networking service reliably predicted grey matter density in the right superior temporal sulcus, left middle temporal gyrus and entorhinal cortex. Such regions have been previously implicated in social perception and associative memory, respectively. We further show that variability in the size of such online friendship networks was significantly correlated with the size of more intimate real-world social groups. However, the brain regions we identified were specifically associated with online social network size, whereas the grey matter density of the amygdala was correlated both with online and real-world social network sizes. Taken together, our findings demonstrate that the size of an individual's online social network is closely linked to focal brain structure implicated in social cognition.

• social networks
• brain structure
• individual differences
• personality
• superior temporal sulcus
• middle temporal gyrus

• Received September 20, 2011.
• Accepted September 30, 2011.

• This journal is © 2011 The Royal Society

This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original work is properly cited. 

下面這篇科普的寫法有些扭曲原作的意思翻譯也有些問題

《英對照讀新聞》Brain Size Tells How Many Friends a Person Has 腦的大小透露一個人有多少朋友

◎自由時報國際新聞中心
The larger your brain size is, the more the number of friends you have：this is what is being said by a team of researchers from the University of Oxford.
你的腦越大，你就有越多朋友：牛津大學研究團隊是這麼說的。
Keeping up friendships takes brain power, research found, and people with real friends - as opposed to pals on social network sites - have to employ more cognitive skills to understand what someone is thinking.
研究發現，保持友誼耗費大腦的力量，而且擁有真正的朋友－－而非社群網站上的夥伴－－必須運用更多認知技巧來了解某人在想什麼。
Researchers have found a link between the number of friends people have and the size of their orbital prefrontal cortex. Tests were conducted on 40 people, with scientists taking anatomical MR images of their brains to measure the size of their prefrontal cortex, which is used for high-level thinking.
研究人員發現朋友數與大腦前額葉皮質區的大小有關聯。科學家在40人身上測試，以核磁共振攝影照他們的大腦，測量他們用來進行高層級思考的前額葉的尺寸。
Participants were asked to make a list of people they had social - rather than professional - contact with over a seven day period. They also took a test to determine how competent they were at ’mentalising’, which is the capacity to understand what another person is thinking - a crucial aspect in how people handle the social world.
參與者被要求列出他們在7天內有社交接觸而非工作接觸的人名，他們也參與測試，了解他們的「認知」能力有多強，所謂的認知能力就是了解其他人在想什麼的能力，這是人們應對社交世界的一個關鍵面向。
Results - published in the journal Proceedings of the Royal Society B - showed a connection between people with a large friendship group and a larger prefrontal cortex.
刊登在「皇家學會學報—生物學」的研究結果顯示，朋友群很大的人，前額葉也大。
新聞辭典
tell：動詞，分辨、知道。例句：I could tell（that）you were unhappy.（我看得出你不快樂。）
as opposed to：片語，相對於，而非。例句：I’d prefer to go on holiday in May, as opposed to September.（我比較想在5月度假，而不是9月。）
competent：形容詞，有能力的，能勝任的。例句：I wouldn’t say he was brilliant but he is competent at his job.（我不會說他聰明，不過他能勝任他的工作。）

電子發票漏洞

這問題可能是台灣的特色    看政府如何解決這問題

網購開電子發票 索取兌獎問題多 聯合新聞網 消基會隨機抽樣十五家網購商家，分析業者開立電子發票方式。發現「lativ米格國際」的發票在七天鑑賞期後才寄出，如果消費者想早點拿發票，要簽署「確認不需退貨、需索取紙本發票」，消基會說，這明顯違反消費者保護法。 消基會還發現，消基會舉例，如果消費者要索取紙本二 ... 查看有关本主题的所有报道 »

電子發票漏洞 業者幫對獎恐被A NOWnews 消基會批恐造成業者A獎金都沒人知道的狀況。（圖／中央社資料照片） 電子發票上路後，部分業者會透過簡訊或e-mail獲知中獎消息。消基會表示，目前沒有規範業者提供中獎複查的要求。消費者如對中千萬頭獎，但未看到通知或準時回覆，恐怕就要與千萬說再見。 消基會召開記者 ... 查看有关本主题的所有报道 »

想領獎先填個資 消基：電子發票洩隱私 yam天空新聞 響應環保，財政部推動電子發票，民眾到超商消費，明細就會直接存在卡片裡，不但可降低營運成本，還能節省紙張的浪費。但消基會針對網購商家調查發現，有業者以E-mail或簡訊寄出中獎通知，待消費者回填中獎資訊後才會寄出中獎發票，消基會認為此舉不但可能產生洩漏個人資料 ... 查看有关本主题的所有报道 »

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HTML5 takes the internet by storm

Coding the future: HTML5 takes the internet by storm

By Ian Hardy BBC News, New York

Cannot play media. You do not have the correct version of the flash player. Download the correct version

The BBC's Ian Hardy looks at why companies have been rushing to embrace HTML5 - and the innovative ways it is being used

It's hard to imagine now, but original sites on the world wide web, written in HTML code or hypertext mark-up language, were made up of little more than text.

Continue reading the main story

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Corporate web designers were well aware that most of their customers had slow connections and would not tolerate much of a wait.

Even a simple black and white image could irritate a user, as it gradually appeared on the screen revealing itself one painful line at a time.
That began to change as modem speeds gradually crept up and content makers used more sophisticated methods to encode their multimedia content.
Macromedia's Flash, now an Adobe product, made all the difference when it arrived in the mid-nineties. Animations, video sequences and graphics became more sophisticated.
But since its invention in the early 1990s HTML has not supported video natively.
That is why HTML5 is being received so enthusiastically by businesses in particular. The latest version can perform all kinds of dynamic tasks and visual tricks. The web is progressing faster now than it has in a long time.
Going native Application developers, like Kevin Sweeney who works at Vimeo, a video-sharing website based in New York, have already embraced the new tools that are built in to HTML5.

It will take time before all systems are able to work with HTML5

"We've needed to rely on third parties like Adobe Flash or QuickTime and had to embed this inside web pages. What HTML5 will do is remove them from the equation so this stuff is supported natively," he says.
Put simply it means that there's now much less chance that customers visiting a website will come across a black hole in the middle of the page, or get endless prompts to "download a plug-in" which may take several minutes to install.

Continue reading the main story

“Start Quote

People will know what ingredients they have in their refrigerator and keep track of it using an HTML5 app on the screen”

Aaron Gustafson Author

By then it is often too late. The consumer has already clicked on a competitor's website.

The iPod Touch, iPhone and lately the iPad have been especially good at leaving black holes on the screen, because the former boss of Apple, Steve Jobs, would not allow Flash to run on any of his iOS devices from the start.
The success of these products globally means many companies cannot ignore the need to re-code their entire websites in HTML5, especially the multimedia content.
A lot of companies are not waiting for the HTML5 specs to be finalised and approved in a multi-year process. They have jumped right in, using early "unofficial" versions of the code to deliver a complete web page to every customer.
New horizons Aaron Gustafson, author of the book Adaptive Web Design, says the versatility and dynamic nature of HTML5 means it can be used in new ways in different environments including the office and kitchen.
"We are starting to see devices that are not traditionally web devices becoming more web-enabled," he says.
"If you are a recipe curator with a website, all of a sudden you can build pages that work on a touchpad that's built into a refrigerator. People will know what ingredients they have in their refrigerator and keep track of it using an HTML5 app on the screen."

Many of Google's famous front page doodles, like this Jules Verne-inspired interactive submarine, are built using HTML5

Google is pushing HTML5 hard, not surprising since the greater impact that web pages and apps have, the more advertising it can sell.
Its search homepage is traditionally sparse but many of the doodles, including the Jules Verne-inspired interactive submarine, are now being designed to take advantage of the newest code.
Jeff Harris, product manager for Google Docs, says HTML5 will change the way its services operate from the ground up.
"A simple example would be taking an attachment from your desktop and dragging it into the compose window in Gmail. That's a basic capability that you couldn't do five years ago because web browsers didn't support it."
HTML5 also represents another step to the "semantic web", a web structure championed by Tim Berners-Lee that cross-references, reacts to and displays multiple information sources from the internet in real time.
HTML5 is partly responsible for the browser wars in the past few years.
A decade ago Chrome, Firefox and Safari didn't exist, and browser updates for Internet Explorer were only occasional.
Today desktop and mobile browsers update frequently as new HTML5 functions get incorporated.
Companies favour HTML5 because it can also replicate experiences previously only available inside an app, on the web. This is especially true for the mobile environment.
And a lot of brand names don't like being part of someone else's ecosystem because they lose control of pricing and subscribers. The Financial Times recently announced it will shut off its iPad app completely following the success of its HTML5 web page.
This is a trend that is likely to snowball within months.
Flash forward But where does this leave Adobe Flash?

Adobe's Danny Winokur insists Flash still has a future

The company has already stopped supporting it on mobile devices.
Danny Winokur, the general manager of the Interactive Development Business at Adobe, says the future of Flash is not in doubt, especially since protecting high quality assets with DRM (Digital Rights Management) is not yet possible in HTML5.
"Flash is allowing things like 3D immersive gaming that you would normally see on an Xbox or Playstation to come into a web browser," he says.
"That's something that HTML may eventually be able to do but it has a long way to go. Flash will pioneer those most advanced cases like HD feature-rich cinema graphic content that needs to be copy-protected."
Ideally of course the end user will not notice, or even care, that the web is being powered by a new updated set of code.
If HTML5 does its job properly, no-one outside the web development community will ever know about it!






 Wiki


HTML5 is a markup language for structuring and presenting content for the World Wide Web, and is a core technology of the Internet originally proposed by Opera Software.^[1] It is the fifth revision of the HTML standard (created in 1990 and standardized as HTML4 as of 1997)^[2] and, as of May 2012, is still under development. Its core aims have been to improve the language with support for the latest multimedia while keeping it easily readable by humans and consistently understood by computers and devices (web browsers, parsers, etc.). HTML5 is intended to subsume not only HTML 4, but XHTML 1 and DOM Level 2 HTML as well.^[2]
Following its immediate predecessors HTML 4.01 and XHTML 1.1, HTML5 is a response to the observation that the HTML and XHTML in common use on the World Wide Web are a mixture of features introduced by various specifications, along with those introduced by software products such as web browsers, those established by common practice, and the many syntax errors in existing web documents.^{[citation needed]} It is also an attempt to define a single markup language that can be written in either HTML or XHTML syntax. It includes detailed processing models to encourage more interoperable implementations; it extends, improves and rationalises the markup available for documents, and introduces markup and application programming interfaces (APIs) for complex web applications.^[3] For the same reasons, HTML5 is also a potential candidate for cross-platform mobile applications. Many features of HTML5 have been built with the consideration of being able to run on low-powered devices such as smartphones and tablets. In December 2011 research firm Strategy Analytics forecast sales of HTML5 compatible phones will top 1 billion in 2013.^[4]
In particular, HTML5 adds many new syntactical features. These include the new , and elements, as well as the integration of Scalable Vector Graphics (SVG) content that replaces the uses of generic

Body Sensor Network

ASTRI collaborates with Imperial College London to develop next generation power efficient Body Sensor Network

 (Hong Kong and London, 8 May 2012) With rapid development in physiological sensors and wireless communication technologies in recent years, many researchers, doctors and marketers are pursuing after Body Sensor Network (BSN) as a new enabling technology for healthcare, sports and other applications. However, before it can be fully exploited, increasing power efficiency of sensors and front-end analog ICs remains to be one of the biggest challenges.

To meet the needs of the emerging BSN market, Hong Kong Applied Science and Technology Research Institute (ASTRI) is partnering with the Hamlyn Centre, Imperial College London to jointly develop a new ultra low power BSN sensing platform for the Elite Sports Performance in Training (ESPRIT) Programme. The Hamlyn Centre at Imperial is one of the world leading research centers in BSN technologies. It has developed a number of on-node and analog processing algorithms, sensors and techniques for accurate detection of abnormalities and events while minimizing power consumption. The ESPRIT Programme is an EPSRC (Engineering and Physical Sciences Research Council) and UK Sport jointly funded programme for developing pervasive technologies for sports, wellbeing and healthcare applications (http://www.esprit-sport.org).

In this joint project, ASTRI will integrate the College’s analog intelligent processing front end and  ASTRI’s low power, high resolution ADC, DAC with ARM core into a mixed-signal platform SoC implemented with 0.18µm CMOS. ASTRI will also develop application modules to be used as development platform for BSN applications and end products. The Innovation and Technology Commission in Hong Kong supports this joint initiative.

The SoC when successfully developed can be used for a variety of applications related to healthcare, wellbeing and sport training. Its ultra low power processing feature makes it ideal for applications in wearable devices to ensure reliable and continuous remote monitoring of physical condition. It can potentially be used in sophisticated implantable medical devices such as cardiac pacemaker to improve the abnormality detection and extend the longevity of the artificial devices in human body. Other applications include motion sensing, security and location finding etc.

Mr David Kwong, Vice President and R&D Director, IC Design Group of ASTRI said: “I am very pleased that ASTRI could embark on such a meaningful project with a top research centre like Imperial. I am confident that with ASTRI’s expertise in portable mixed-signal IC design and the College’s leading-edge sensing technologies, we can come up with a good solution to help realizing the full potentials of wireless body sensor network.”

 

Dr. Benny Lo, from the Hamlyn Centre at Imperial College London said, “Tiny, implantable body sensors could quite literally revolutionize the way we monitor the health and wellbeing of those living with chronic health conditions. Through more effective, unobtrusive monitoring of vital signs, it could lead to more responsive, personalized treatments and a better quality of life for patients.

 

Dr. Lo continued, “That is why it is so important to collaborate with our partners at ASTRI. Together, we will be able to make improvements to the underpinning technology behind these sensors, which could mean that they could be implemented in healthcare in the near future.”

 

Imperial organizes this year’s International Conference on Wearable and Implantable Body Sensor Networks (BSN 2012), providing a platform for industry and academia to share insights and exchange ideas. At the upcoming BSN 2012 which will be held on 9 to 12 May 2012 in London, Mr David Kwong from ASTRI will deliver a talk on the topic “Imperial and ASTRI’s integrated low power analog front end for BSN and multi-axis g-sensor applications”. For more information, please visit http://www.bsn2012.org/.

香港應科院與倫敦帝國學院研發新一代低耗電人體傳感網絡

http://www.cdnews.com.tw　2012-05-08 12:09:07

蘇松濤/整理

　近年來，隨著生理傳感器和無線通訊技術的迅速發展，許多研究人員、醫生及商人對新興的人體傳感網絡趨之若騖，期望可以開拓這個新領域應用於醫療保健、運動及其他方面。然而要充份利用這種新科技，首先要克服的挑戰是增加傳感器和模擬前端IC的電源效率。

　因應市場對人體傳感網絡的需要，香港應用科技研究院（應科院）與倫敦帝國學院Hamlyn Centre決定攜手開發新一代超低耗電傳感網絡應用平台，配合ESPRIT(Elite Sports Performance in Training) 計劃需要。Hamlyn Centre在人體傳感技術領域是全球首屈一指的研究中心，他們已成功研究出一些感應器，以及模擬訊號處理算法和技巧，可以準確地偵測異常情況，同時盡量 減低耗電。ESPRIT計劃是由英國的EPSRC (譯名：工程和物理科學研究理事會) 與UK Sport聯合資助，為發展體育、健康和醫療保健等普及化應用技術而設的計劃，詳情請登入http://www.esprit-sport.org。

　今次應科院與倫敦帝國學院合作研發的項目，是要將學院的模擬人工智能前端處理器，與應科院的低耗電、高分辨率ADC、DAC及ARM核相結合， 形成一個混合訊號系統晶片，以0.18微米CMOS工藝實現。應科院並且會提供應用模組，作為人體傳感網絡應用及相關終端產品的開發平台。此合作項目已獲 得香港創新科技署的支持。

　該系統晶片若研發成功，可用於醫療保健、健康生活和運動員訓練等相關應用。由於新技術擁有超低耗電的特性，十分適合應用於可穿戴設備，以確保可 靠和持續的遠程身體狀況監控。另一種可能是應用在精密的植入式醫療儀器，例如心臟起搏器等，因為它可以探測異常情況，並且延長該些儀器在人體內的有效期。 其他應用範圍還包括運動傳感、保安及位置搜尋等等。

　應科院集成電路設計群組副總裁及研發總監鄺國權先生說：「倫敦帝國學院是頂尖的研究中心，今次應科院可以和他們攜手合作開創如此有意義的研究項 目，本人感到非常高興。我深信憑藉本院在便攜式混合訊號IC設計的能力，配合倫敦帝國學院在傳感方面的尖端科技，我們將可以把無線人體傳感網絡的潛能充份 發揮出來。」

　倫敦帝國學院Hamlyn Centre　盧秉禮博士表示：「微細、植入式的人體傳感器可以徹底改變我們監察慢性長期病患者健康情況的方法。利用更有效和不刻意的方法深測生理狀況， 令患者可得到更適當和更切合個人需要的治療，從而過更美好的生活」盧博士續稱：「所以我們十分重視今次和應科院的合作，相信我們可以將這項嶄新的傳感技術 發揚光大，在不久將來應用在醫療保健方面。」

　倫敦帝國學院今年將會舉辦有關穿戴式及植入式人體傳感網絡國際會議（BSN），為業界及學術界提供一個交流意見和經驗的平台。BSN 2012已定於5月9至12日在倫敦舉行，屆時應科院的鄺國權先生將會發表演講，題目為「應科院與倫敦帝國學院開發的集成低耗電模擬前端供人體傳感網絡及 多軸G傳感器應用。」，詳情請瀏覽http://www.bsn2012.org/。

　BSN 2012簡介

　穿戴式及植入式人體傳感網絡國際會議（BSN）由2003年起每年舉行。今年BSN 2012已定於5月9至12日在英國倫敦South Kensington 的The Royal Geographic Society舉行。BSN 2012將聚焦於人體傳感網絡的最新研究，為參會者提供一個平台，討論當前最創新的人體傳感網絡解決方案及未來應用的相關重要課題。大會已邀得在此領域的 知名學者及專家主持連串講座，並安排了最先進的人體傳感網絡展覽及示範。BSN 2012現已公開接受報名，詳情請瀏覽http://www.bsn2012.org/。

　倫敦帝國學院簡介

　倫敦帝國學院一直獲評為世界一流大學，這所以科學為本的學府，在教學和研究方面均享負盛名，吸引全球最優秀的學生和人才加入，目前學院有 14,000名學生及6,000名員工。學院的研究工作主要集中在科學、醫學、工程和商業幾方面，學院推崇多元企業文化，為改善人類生活和環境提出既創新 又實用的方案。

　學院自1907年成立至今，為社會作出的重大貢獻包括發現盤尼西林、發展全息術，以及建立光纖技術基礎。學院致力開發應用研究，造福全人類的精神一直延續至今，目前學院集中進行跨學科的合作，以改善全球人類健康、應付氣候變化、開發可持續再生能源及克服安全挑戰為目的。

　2007年，倫敦帝國學院與Imperial College Healthcare NHS Trust成立英國第一間Academic Health Science Centre。這次合作的目標是要將各種新發明盡快轉化為新的治療方法，為病人及人類謀福祉。

　有關更多學院資訊，請瀏覽網頁www.imperial.ac.uk。

　香港應用科技研究院簡介

　香港應用科技研究院（應科院）由香港特別行政區政府於2000年成立，其使命是要透過應用科技研究，促進香港科技產業的發展。

　2006年，應科院獲創新科技署委託，承辦「香港資訊及通訊技術研發中心」。應科院的研究範疇橫跨5個相關領域，包括通訊技術、企業與消費電子、集成電路設計、材料與構裝技術及生物醫學電子。應科院並成立「信息研究室」，針對新興和跨領域技術進行研究。

　自成立至今，應科院已研發出多項世界級科技，培養了不少卓越的研究人員，註冊了多項知識產權，並透過將嶄新科技轉移給業界，為香港、中國內地及鄰近地區創造經濟效益。

　有關應科院更多資訊，歡迎瀏覽http://www.astri.org。