GOOGLED
The End of the World as We Know It
By Ken Auletta
384 pages. The Penguin Press. $27.95.
Advanced Micro Devices stock was upgraded Thursday by Broadpoint AmTech analyst Doug Freedman, citing a solid product road map and debt restructuring efforts.
AMD was trading above $7 midday on Thursday, high above the $3.50 (approximate) lows seen back in July of this year.
Freedman said in a research note Thursday that he is upgrading AMD to "buy" from "neutral" and raising the price target to $10 from $5.80.
"Positive events...lead us to believe that AMD's risk/reward is now compelling," he said. One of the biggest positives was AMD's move on Wednesday to pay off $1 billion in debt using part of its $1.25 billion settlement income from Intel and a new $500 million bond offering. "We believe AMD's debt of $3.7B will be reduced by 25 percent," Freedman said.
And Future "Fusion" chips point toward a more competitive AMD. Fusion silicon--which combines the main CPU processor with the graphics chip or GPU--is due in 2011. "We believe Fusion (CPU+GPU) will deliver discrete-like performance on an integrated chip," Freedman said, referring to high-performance standalone "discrete" graphics processors. "Fusion will likely be a low-cost product--targeting mainstream and lower-end," according to Freedman.
Chips that go into servers are also likely set for market share gains, Freedman said. "We estimate that server share could grow from ~8 percent currently, by our own forecast, to ~12 percent by FY10 year-end," he wrote. High-end "Maranello" chips boasting as many as 12 processing cores are due in the first half of next year and 16-core processors are coming in 2011.
Graphics chips that are compatible with Windows 7 DirectX 11 technology for accelerating games and general multimedia tasks are also expected to do well, such as the company's HD 5000 series of graphics chips.
source:news.cnet.com
Intel on Monday disclosed a version of its Xeon processor line optimized for supercomputers and announced a partnership with NEC to develop future supercomputers.
At Supercomputing 2009 in Portland, Ore., Intel unveiled a future version of its "Nehalem-EX" processor optimized for supercomputers. The six-core chip will run at higher speeds than eight-core versions of the Nehalem-EX processors and will offer advantages for supercomputer specific tasks, Intel said in a statement. Intel also refers to supercomputing as high-performance computing, or HPC.
The chip architecture will offer greater memory speeds and capacity and will allow customers to build single computers or "nodes" with up to 256 such processors, according to Intel. This will be available next year, Intel said.
Intel said Monday that four out of every five supercomputers on the Top500 list published Monday are powered by Intel processors.
Intel also announced that it is partnering with Japan's NEC--that country's largest supercomputer vendor--to jointly develop technologies "that will push the boundaries of supercomputing performance," according to a joint statement.
NEC will use the technologies in future supercomputers based on the Intel Xeon processor and other technologies such as AVX (Advanced Vector Extensions), an extension to Intel's x86 instruction set architecture.
AVX will be used with Intel's upcoming Sandy Bridge microarchitecture due in 2011, according to Intel.
"With NEC further innovating on Intel Xeon processor-based systems, Intel is poised to bring Intel Xeon processor performance to an even wider supercomputing audience, " said Richard Dracott, general manager of Intel's High Performance Computing Group, in a statement.
Fumihiko Hisamitsu, general manager of HPC Division at NEC, said: "NEC's substantial experience in the development of vector processing systems...is a natural fit for taking Intel architecture further into new markets."
A vector processor design can perform operations on multiple data elements simultaneously. Intel Xeon chips are good at scalar processing, which handles one data item at a time.
The initial focus of the collaboration will be the development of technology to boost the memory speed and scalability--the latter refers to expanding a system to increase performance or capacity. "Such enhancements are intended to benefit systems targeting not only the very high end of the scientific computing market segment, but also to benefit smaller HPC installations," the two companies said.
NEC will also continue to sell its existing SX vector processor-based products. NEC, for example, currently markets the SX-9 supercomputer.
IBM will release a radical new chip next year that will go into a University of Illinois supercomputer in a quest to build what may become the world's fastest supercomputer.
That university's supercomputer center is a storied place, home to both famous fictional and real supercomputers. The notorious HAL 9000 sentient supercomputer in "2001: A Space Odyssey" was built in Urbana, Illinois, presumably on the University of Illinois Urbana-Champaign campus.
Though not aspiring to artificial intelligence, the IBM Blue Waters project supercomputer, like the HAL 9000 series, will be able to do massively complex calculations in an instant and, like HAL, be built in Urbana-Champaign. It is being housed in a special building on the Urbana-Champaign campus specifically for the computer that will theoretically be capable of achieving 10 petaflops, about 10 times as fast as the fastest supercomputer today. (A petaflop is 1 quadrillion floating point operations per second, a key indicator of supercomputer performance.)
Part of the National Center for Supercomputing Applications (NCSA) at the University of Illinois, it will be the largest publicly accessible supercomputer in the world when it's turned on sometime in 2011.
Supercomputers are essentially a large collection of microprocessors acting in concert on a complex problem. As processor designs go, the upcoming Blue Waters' IBM Power7 processor--due in the first half of 2010--is a big step for IBM: the processor integrates the features of a chip used in its "Roadrunner" supercomputer, which has often been ranked as the fastest supercomputer in the world. Power7 fuses the flagship Power chip design with key technology from a separate "Cell" processor--the latter was part of IBM's Roadrunner system at the Los Alamos National Laboratory, according to Bradley McCredie, an IBM Fellow in the Systems and Technology Group.
"We took some of that genetic material from the Cell program--ways to do floating point (calculations)--and embedded that right into the Power7 core," McCredie said in an interview with CNET.
But that's not the only thing that makes the Power7 chip special. It integrates eight processing cores in one chip package and each core can execute four tasks--called "threads"--turning an individual chip into a virtual 32-core processor. As a yardstick, Intel's high-end Xeon processors typically have two threads per processing core.
Artist rendering of University of Illinois center that will house IBM's Blue Waters supercomputer
(Credit: University of Illinois)IBM is also using novel memory technology. Widely used "static" RAM memory, used as the on-chip memory in almost all processors today, can add as much as a billion transistors to high-end processors. IBM wanted to avoid these ballooning--and costly--chip counts and elected to use a technology called E-DRAM, keeping the total number of transistors to 1.2 billion. "The equivalent number of transistors if we had done all of the cache in (static RAM) is well in excess of two billion," McCredie said.
And the chip's speed? Between 3GHz and 4GHz (IBM has yet to make a final decision), which is actually a lower rating than the previous Power6 chip which ran at 5GHz. "We have gotten performance from other spots, such as the dense E-DRAM. We had to back off from the gigahertz in order to get eight of these cores on to the chip and not have it melt," according to McCredie.
IBM has also made other tweaks to get the performance up. It has brought circuitry onto the chip for communicating with system memory--which was previously external to the processor--and returned to "out of order" instructions.
And how does IBM keep this dense collection of ultrafast processors cool? In a word, water. "We actually went a bit further environmentally," said Ed Seminaro, an IBM Fellow who is involved with the University of Illinois project. "We took a lot of the infrastructure that's typically inside of the computer room for cooling and powering and moved the equivalent of that infrastructure right into that same cabinet with the server, storage, and interconnect hardware."
Seminaro continued: "The whole rack is water-cooled. We actually water-cool the processor directly to pull the heat out. We take it right to water, which is very power efficient," he said.
World's fastest supercomputer?
The Blue Waters project is funded by the National Science Foundation and follows a Defense Advanced Research Projects Agency (DARPA) project that also uses IBM's Power7 chip, according to Seminaro.
"We did a lot more than what we would have typically done because of this (DARPA) engagement," Seminaro said. "And what followed was the Blue Waters contract. Blue Waters was a bid to the National Science Foundation. We had strong story based on what we did for DARPA," he said.
Blue Waters will be able to theoretically hook together 16,384 Power7 chips--referred to as "nodes"--for a total theoretical performance of 16 petaflops, though IBM said that, at least initially, the theoretical peak performance will likely be closer to 10 petaflops and the much more strict (and realistic) "sustained" performance on real-world software applications (not cited in Top 500 supercomputer statistics) will be one petaflop.
But organizations like DARPA and the NSF are not looking only at Top 500 "peak" benchmarks, which can be achieved rather crudely, according to Seminaro. "You can get a pretty good number without a lot of bandwidth (speed) between nodes," he said, referring to the Top 500 Supercomputer "LINPACK" benchmark. "Because there's almost no communication between nodes that you have to do for this benchmark. And you can get away with very poor memory bandwidth."
In Blue Waters' case, the transfer rate between nodes is a game changer, Seminaro believes. "The transfer of data between any of those two nodes in the system is at the full rate of 192GB per second--peak," he said. "So, you can get data from anyplace to anyplace at that kind of speed with latency on the order of less than one microsecond."
This kind of performance is crucial for big companies and governments alike. "Companies [including] Boeing, GM, and Ford, use these systems heavily. Most of the crash tests are now done on these machines. And weather prediction--a large percentage is done on this platform," Seminaro said. More specialized government-centric applications include simulations of how to properly dispose of nuclear waste, he added.
Blue Waters is the largest supercomputer project that Seminaro has been involved in since 1999, when he first participated in a supercomputer project. "This is really the biggest," he said.
And watch out Intel, Power7 is coming to commercial server products too. Said Seminaro: "We will be shipping [Power7 processors] sometime in the first half of next year in some [of] our commercial products."
source:news.cnet.com
The trend-setting MacBook Pro and Air both now face tough competition from Hewlett-Packard, which has the resources to match, and in some cases exceed, Apple laptop designs.
HP Envy 13
(Credit: Hewlett-Packard)I will expand very briefly on a previous post where I compared, on technological merits, the 13-inch Apple MacBook Pro and Air laptops with an HP Envy 13 in response to some of the comments attached to the post.
I had stated, as an opinion, that the aluminum-clad HP Envy 13 had eclipsed Apple MacBooks technologically in some crucial areas. Namely, processors offered, screen resolution, graphics, and battery life.
The assertion that the HP Envy 13 has surpassed, in some important respects, the MacBook Air and 13-inch MacBook Pro in technology shouldn't be that surprising considering the financial and technological resources that HP has.
Companies like HP and Dell bifurcate their lineups into inexpensive (typically retail consumer models) and more expensive (often business models). Some models are of decidedly lower quality than Apple--as many comments quickly point out--but some are equal to or better than a roughly equivalent Apple laptop both in quality and technology.
The Envy 13--which is HP's entry into the luxury laptop category--falls into the better-than-Apple-laptop-technology category, in my opinion. The luxury Adamo line from Dell is also making a play to, at the very least, achieve parity with Apple's MacBook line.
Again, this is an opinion, not a be-all, end-all verdict on the fate of Apple. And not a review per se that gets into benchmarks. I'm just looking at the raw technology.
Opinion pieces invariably elicit strong counter arguments--not to mention strong opinions (or invective). Especially when Apple is involved.
source:news.cnet.com
Intel will focus on next-generation laptop technology that combines graphics functions with the main processor, in the wake of the cancellation of its initial "Larrabee" graphics processor.
Intel's next-generation graphics due for introduction at the Consumer Electronics Show.
(Credit: Intel)Despite the market-rattling news from Intel late on Friday--which pushed rival Nvidia's stock up more than 12 percent on Monday--Intel still remains the leader in the high-volume "integrated" graphics market.
And the world's largest chipmaker is about to up the ante in this market for low-cost graphics technology, which many consumers opt for instead of high-performance chips from Nvidia or Advanced Micro Devices's ATI unit.
Later this month, Intel will unveil the first product, codenamed "Pine Trail", that puts the graphics function directly onto the same piece of silicon as the main "CPU" processor, a major departure from current technology which puts the graphics in a separate piece of ancillary silicon called the chipset.
This will be followed quickly by a CPU-graphics combination chip for laptops dubbed "Arrandale."
Integrating the graphics function onto the CPU is a feat that AMD--despite its purchase of graphics chip giant ATI in 2006--has yet to achieve.
"This is the next logical step in further integration brought to us by Moore's Law," said Jon Peddie, president of Jon Peddie Research, which tracks the graphics chip market.
"This is where the volume of sales are," said Peddie, referring to the segment of the market that the processor targets. Arrandale is expected to be rolled out at the Consumer Electronics Show in January.
As a new feature, the chip will be able to accelerate so-called "drag-and-drop transcoding" in Windows 7. Transcoding converts, for instance, a movie on a PC to a format that makes it viewable on an iPhone or iPod. This won't be available immediately, however, Intel said Monday. It will come soon after the introduction of the processor as a "driver update."
The Arrandale chip will not support Microsoft's DirectX-11 mutlimedia acceleration technology for Windows 7. At least not right away. "It's on the roadmap," according to Intel. But this technology is not widely supported across product lines by any graphics chip supplier currently.
Intel also said Monday that it will continue development work on future standalone graphics products. "We haven't stopped investing in many-core graphics architectures," an Intel spokesperson said.
If Google were a person, Tim Wu, a Columbia law professor and veteran of Silicon Valley, is quoted as saying in this perspicacious new book, it would have “all the flaws and all of the virtues of a classic Silicon Valley geek.”
It’s an observation echoed by the book’s author, Ken Auletta, who in “Googled” depicts the company as a brilliant, game-changing behemoth that can be socially inept, and both naïve and arrogant in its dealings with the world. The book, more fair-minded reportage than a polemic, leaves us with a telling portrait of a paradigm-altering company, which in 11 years has utterly transformed the business and media landscape, but which also suffers at times from the sort of myopia that comes from determinedly left-brain thinking — that is, a scientific-engineering driven point of view that prizes data, efficiency and growth while often overlooking more human and political concerns like privacy and copyright.
Certainly Google’s founding by Larry Page and Sergey Brin and its rocketlike ascent have been chronicled many times before — among others, in Randall Stross’s “Planet Google” (2008), “The Google Story” (2005) by David A. Vise and Mark Malseed, and “What Would Google Do?” (2009) by Jeff Jarvis. Television profiles have duly noted the company’s laid-back, collegiate atmosphere, just as newspaper and magazine articles have deconstructed its emphasis on teamwork and embrace of bold, envelope-pushing moves.
In “Googled,” Mr. Auletta has not only amplified such earlier portraits through new interviews with the company’s principals, but he’s also drawn on his own experience writing the “Annals of Communications” column for The New Yorker magazine to situate Google’s rise and global expansion in context with the digital revolution and the crisis that traditional media faces as old sources of revenue dry up and people increasingly turn to the Internet as a provider of news, movies, music and video.
Already, Mr. Auletta writes, much of “the planet has been Googled, with the company becoming, as Larry Page has said, ‘part of people’s lives, like brushing their teeth.’ ” Mr. Auletta writes that Google has “transformed how we gather and use information, given us the equivalent of a personal digital assistant, made government and business and other institutions more transparent, helped people connect, served as a model service provider and employer, made the complex simple, and become an exemplar of the oft-stated but rarely followed maxim, ‘Trust your customer.’ ”
Google has become such a household term that its name has morphed into a verb. “Its index contained one trillion Web pages in 2008,” Mr. Auletta writes, “and according to Brin, every four hours Google indexed the equivalent of the entire Library of Congress.” Having acquired YouTube, the largest user-generated video Web site, in 2006, and DoubleClick, the foremost digital marketing company, in 2007, he goes on, Google boasted 40 percent of both the $23 billion spent to advertise online in the United States and the $54 billion worldwide online advertising. He adds that the company conducts some three billion searches a day, stores two dozen or so tetabits (about 24 quadrillion bits) of data and plans to digitize more than 20 million books.
The company’s famous motto is “Don’t be evil,” and in their early days, Mr. Page and Mr. Brin burned, in Mr. Auletta’s words, “with an idealism that sometimes bordered on messianic”: “They launched Google with a fervent belief that advertising tricked people to spend money, that the Internet would foster a democratic ethos that would liberate people.” And yet it is advertising that has made Google a 21st-century Goliath. The company’s exponential growth has fueled critics’ contention that the company’s size and power are turning it into another Microsoft, an Evil Empire that is stifling competition and sucking up talent — a digital bulldozer that is plowing under the profits of traditional media companies as it gobbles up new turf; a Big Brother-esque leviathan of data that could come to threaten consumers’ privacy and subvert copyright law.
In recent years Google has come under growing scrutiny for a number of controversial moves. Its decision to digitize millions of books — scanning and making them part of search options — upset authors and publishers, who see the plan as a threat to intellectual property rights and as an invitation to piracy, as the books stored on servers, like online music, might be vulnerable to hackers.
Google has been criticized for complying with Chinese censorship. (In 2006 its chief executive, Eric Schmidt, said, “I think it’s arrogant for us to walk into a country where we are just beginning operations and tell that country how to run itself.”) And, as Mr. Auletta observes in these pages, the company’s storage of massive amounts of data about its users raises serious privacy issues, especially when the company acknowledges that it is in the advertising business and seems eager to play matchmaker between consumers and advertisers.
Because Google “enjoys a well-deserved reputation for earning the trust of users,” Mr. Auletta says, it is “hard to imagine an issue that could imperil the trust Google has achieved as quickly as could privacy.” He adds: “One Google executive whispers, ‘Privacy is an atomic bomb. Our success is based on trust.’ ”
If users, Mr. Auletta writes, “lost trust in Google, believed their private data was being exploited and shared with advertisers (or governments), the company regularly judged one of the world’s most trusted brands would commit suicide.”
Other problems also come with the company’s sonic, often pell-mell growth. Google is constantly pushing into new territory like cloud computing, the mobile-phone business and even a Wikipedia-like encyclopedia called Knol. As it does so, it is not only taking on new competitors, but it is also risking, in some critics’ view, a loss of focus. Google is “doing too many products and peanut buttering everything,” says one former executive, referring to a famous “Peanut Butter” memo once written by a Yahoo senior vice president who contended that Yahoo was spreading its investments thinly, like peanut butter, over too many ventures.
Will Google stay focused primarily on searches and what Mr. Wu calls “an engineers’ aesthetic of getting you to what you want as fast as you can and then getting out of the way”? Or will it become more of a destination in itself, a platform and source of content? How will the founders’ aversion to bureaucracy be squared with the management demands of a rapidly growing empire? Can Google find a way to monetize YouTube and other new acquisitions and projects? Will increasingly wary rivals (from Microsoft to Verizon to Facebook) forge effective alliances to stop the Google juggernaut? Will the government threaten the company’s growth through antitrust regulation?
“Google appears to be well positioned for the foreseeable future,” Mr. Auletta concludes, “but it is worth remembering that few companies maintain their dominance. At one point, few thought the Big Three auto companies would ever falter — or the three television networks or AT&T, IBM. For companies with histories of serious missteps — Apple, IBM — it was difficult to imagine that they’d rebound, until they did.”
In short, one of the few things it is impossible to Google is the future of Google.
source:nytimes
In the beleaguered music industry’s latest bid to generate more money from its content, two top music labels on Tuesday will introduce Vevo, a Web site for music videos.
Vevo is co-owned by the Universal Music Group, Sony Music Entertainment and the Abu Dhabi Media Company. Vevo said Monday that it had signed up a third major music label, EMI Music, as a video provider, leaving only one holdout among the big four labels, Warner Music. Vevo said conversations with Warner were continuing.
Videos on Vevo will be hosted and streamed by YouTube, the video site owned by Google.
The site will come online in the United States and Canada on Tuesday evening.
“It will be a higher-quality experience around music and videos than anything else that’s currently out there,” Rio Caraeff, Vevo’s chief executive, said in an interview. Mr. Caraeff said the site would host 30,000 music videos by the end of the year. To underscore the exclusive nature of the Web site, Vevo will also carry original programs by artists for their fans.
The company, which was announced last spring, is similar in some ways to Hulu, the Web site for viewing television owned by a group of TV networks. Vevo will syndicate videos to an array of sites — including YouTube — and promote Vevo.com as a destination of its own.
“Vevo will work to restore the premium luster around music video inventory,” Mr. Caraeff said.
Music companies have licensed their videos to sites like YouTube for years, but have sought higher advertising rates and a greater share of the revenue.
Vevo intends to announce 15 advertising partners on Tuesday.
Brad Stone contributed reporting.
source:nytimes
The title of Martin Jacques’s new book, “When China Rules the World: The End of the Western World and the Birth of a New Global Order” has a willfully alarmist ring to it, signaling the rise of China as the new global superpower and the coming fall of America and the rest of the West. Mr. Jacques, a columnist for The Guardian of London, argues that “we stand on the eve of a different kind of world,” and that common assumptions in the West — China will become increasingly like us, and the international system “will remain broadly as it now is with China acquiescing in the status quo” — are symptoms of Americans’ state of denial.
Martin Jacques
WHEN CHINA RULES THE WORLD
The End of the Western World and the Birth of a New Global Order
By Martin Jacques
Illustrated. 550 pages. The Penguin Press. $29.95.
China’s rapid growth and sheer size, Mr. Jacques contends, mean that it “will exercise a gravitational pull and also have a centrifugal impact on the rest of the world.” As countries become hegemonic powers, “they seek to shape the world in light of their own values and priorities,” he writes. “It is banal, therefore, to believe that China’s impact on the world will be mainly and overwhelmingly economic: on the contrary, its political and cultural effect is likely to be even greater.” He asserts that China’s “impact on the world will be as great as that of the United States over the last century, probably far greater.”
In the course of making these provocative arguments Mr. Jacques provides the reader with a fascinating account of how he thinks China’s Confucian heritage and its sense of manifest destiny could shape its return to the center of the world stage and how its appetite for turbocharged urban change coexists with a sense of the past, given that half its population still lives in the countryside. He also makes some interesting points about how the credit crisis and banking meltdown of 2008 underscored “that the U.S. had been living well beyond its means — and relying on Chinese credit in order to do so” as well as “the fallibility of American prosperity and the shift in the centre of economic gravity from the United States to China.”
Mr. Jacques has a tendency to cherry-pick information however. While he cites a Goldman Sachs report that projects that China will have the largest economy in the world by 2050 (followed by a closely matched America and India some way behind), he fails to give serious consideration to the many problems that might hamstring China’s explosive growth, including corruption, environmental damage, internal political tensions and an authoritarian regime (which not only limits citizens’ freedom but may also circumscribe technological innovation and create unsustainable expectations of rapid modernization in a country where there is still persistent poverty). Such problems have been explored in recent books like Will Hutton’s “Writing on the Wall: Why We Must Embrace China as a Partner or Face It as an Enemy,” Philip P. Pan’s “Out of Mao’s Shadow” and James Kynge’s “China Shakes the World,” and yet Mr. Jacques skims over these issues lightly and dismissively.
At the same time he seriously plays down the horrors of Mao’s tyrannical rule, writing that “he remains, even today, a venerated figure in the eyes of many Chinese, even more than Deng Xiaoping” and that the Communist Party “succeeded in restoring its legitimacy amongst the people” and fostered “extremely rapid economic growth,” “despite the calamities of the Great Leap Forward and the Cultural Revolution.” In addition he diminishes the importance of the pro-democracy Tiananmen demonstrations and dissident sympathies, arguing that there is an “apolitical tradition” in China and that “the Confucian ethos that informed and shaped it for some two millennia did not require the state to be accountable to the people.”
For many years, Mr. Jacques says, China “needed the U.S. to a far greater extent than the U.S. needed China. The United States possessed the world’s largest market and was the gatekeeper to an international system the design and operation of which it was overwhelmingly responsible for.” Cast “in the role of supplicant,” China played nice, living “according to the terms set by others” and avoiding unnecessary conflicts to focus on its own economic growth. But as China “emerges as the most powerful country in the world,” he goes on, it will eventually be in “a position to set its own terms and conditions,” acting according to its own “history and instincts.”
So how exactly would China behave as the world’s most powerful nation? Mr. Jacques is somewhat fuzzy on this question, suggesting that the country’s actions would most likely be informed by its sense of itself as an ancient civilization, rightfully returned to its place at the center of the world, by its grievances over the “century of humiliation” it suffered at the hands of foreign powers beginning in the middle of the 19th century, and by its “hierarchical view of the world” and “sense of cultural self-confidence and superiority.”
He suggests that China will emerge as the “regional leader” of East Asia, displacing the United States there, and that it will also gain influence in Africa and Latin America. China will offer itself, he asserts, as both a developed and developing nation, as a sort of role model for progress, while also posing an alternative to the United States, which thanks to the unilateralist policies of George W. Bush lost considerable prestige and influence abroad.
Throughout much of this volume Mr. Jacques makes bold predictions and uses strong, even melodramatic, language, writing that “China will become the world’s leading power” and “Beijing will emerge as the global capital,” and that the United States “finds itself on the eve of a psychological, emotional and existential crisis” as it enters “a protracted period of economic, political and military trauma.”
In the very last pages, however, he abruptly begins to soft-pedal his thesis with qualified and hedged assessments. He writes that “for the next twenty years or so, as China continues its modernization, it will remain an essentially status-quo power,” and that the decline of the Western world will not “be replaced in any simplistic fashion by a Sinocentric world.”
“The rise of competing modernities heralds a quite new world in which no hemisphere or country will have the same kind of prestige, legitimacy or overwhelming force that the West has enjoyed over the last two centuries,” he concludes. “Instead different countries and cultures will compete for legitimacy and influence.” The new world, he goes on, “at least for the next century, will not be Chinese in the way that the previous one was Western. We are entering an era of competing modernity, albeit one in which China will increasingly be in the ascendant and eventually perhaps dominant.” It’s a conclusion that’s dramatically less dramatic than the histrionic title of his book suggests.
source: nytimes
GEORGETOWN, Del. (Reuters) — The
former chief of eBay, Meg Whitman, took the witness stand on Monday to make the case that Craigslist, the free online classifieds provider, had unfairly denied the e-commerce company a seat on its board. Ms. Whitman, who is running for governor of California, said eBay had bought shares of Craigslist from a disgruntled shareholder, Phillip Knowlton, in 2004 in the hope of owning the company outright and keeping competitors at bay. “We were very interested in making an acquisition of Craigslist, and we would have loved to have bought the whole thing,” Ms. Whitman said, testifying in a Delaware courtroom in the lawsuit brought by eBay against Craigslist. Ms. Whitman said eBay had paid $32 million for its stake in Craigslist — $16 million to Mr. Knowlton and $8 million each to a founder of Craigslist, Craig Newmark, and the chief executive, Jim Buckmaster, in exchange for special rights that included an ability to block the issuance of new shares.EBay sought to have a “collaborative” relationship with Mr. Newmark and Mr. Buckmaster — and be a “good partner,” Ms. Whitman testified. EBay claimed in court documents that Mr. Newmark and Mr. Buckmaster hatched a “coercive plan” to dilute eBay’s ownership stake to under 25 percent, stripping eBay of its board seat.EBay first sued Craigslist in Delaware in April 2008, but Craigslist a month later filed a lawsuit over the same issues in San Francisco. Craigslist has hit back that eBay used its board seat to glean information to start its own classified site, Kijiji. Craigslist said that eBay had never revealed that it was developing Kijiji, which it started internationally in 2005 and in the United States in 2007.Ms. Whitman, appearing calm and confident under cross-examination, said eBay had an ambitious vision for an international classifieds business. She said she did not initially reveal a plan to buy a Dutch classifieds site Marktplaats to Craigslist because the deal had not yet closed.She spent three hours detailing the negotiations that led to eBay’s investment in Craigslist and eventual falling out.source : nytimesGoogle addressed the press at an event near its headquarters on Monday, talking about its advances in mobile, real-time and social search. It’s unveiling several features that could influence how people search the Web. One big change, live results from Twitter and other sites mixed in with the standard Web search results, is being introduced over the next few days.
Search by Voice
Vic Gundotra, Google’s vice president for engineering, introduced several new ways to search on a mobile phone, including by voice. The company already allows people to search from their mobile phones by speaking queries in English and Chinese; Mr. Gundotra said Google was adding Japanese today and would eventually add all major languages.
Demonstrating the tool, a Google employee spoke a rather long query asking for the best restaurants near Google’s offices in Tokyo. The Droid phone returned a rather detailed map in response.
“We really do get the sense that we are just now beginning to sense the possibilities,” Mr. Gundotra said, citing improvements in wireless connectivity and cloud computing.
He said speech recognition had improved enough that someone could speak a request in English, and have Google translate it and read it back to the phone owner in Spanish, a capability the company hopes to deliver in 2010.
Search by Location
Mr. Gundotra said search results on mobile phones can be instantly customized based on location. A search typed in Boston that begins “R… e…” will begin turning up Red Sox results, for example.
Smartphones also allow Google to serve up more geographically relevant results. Using the phone’s GPS coordinates, Google can automatically show users things like nearby restaurants, coffee shops and bars. This feature will also be worked into the Google mobile maps application in the Android app store.
Search by Sight
In perhaps the most ambitious demonstration, Mr. Gundotra talked about an experimental new tool called Google Goggles. (No, it does not make people look more attractive.) Users can take a photo and submit the image to Google as a query. For instance, you can take a photo of a landmark in a foreign country, submit it to Google and get information about the site. The tool is now available in Google Labs.
“It’s incredibly impressive when you understand what’s going on,” Mr. Gundotra said. Images are being sent to Google’s servers, and Google is using the nascent technology of computer vision to recognize the photo and returning information within moments. “Today marks the beginning of this journey.”
The tool could potentially analyze an image of a face and come up with the person’s name. Mr. Gundotra said the company would not introduce that capability until it could work out some privacy issues.
Real-Time Search
Amit Singhal, a Google fellow, took the stage and said Google needed to index the Web every second, not every minute. Pointing to Twitter, he said, “Information is being posted at a pace I have never seen before, and in this information environment, seconds matter.”
Google is adding real-time information to its search results. Search for “Obama” and news stories, tweets, blog posts and items from Yahoo Answers will cycle onto the page as soon as they are written. Google search pages are about to get a lot more dynamic.
Google signed a deal with Twitter in October, shortly after Microsoft signed a similar one. (Microsoft is demonstrating an early version of its Twitter integration here.)
“This is the comprehensive real-time Web,” Mr. Singhal said.
Real-time search will be rolled out to users over the next few days. It will also be available on Android and the iPhone.
Google Trends will also add “hot topics” from the real-time Web, Mr. Singhal said, plucking information about what people are talking about from Twitter, among other sites.
Finally, Google is striking real-time deals with both Facebook and MySpace. Updates from public pages on Facebook will appear in Google real-time search, as will any publicly posted comments on MySpace.
source:news.cnet.com
As Louise Story reported on the front page of The Times in April 2007, QR Codes have been around for several years across Asia. In Japan, for example, you can find the codes on food wrappers in grocery stores, helping customers get more information about calories or possible recipe ideas. The codes are also visible on bus stops, allowing access to up-to-date bus schedules, or in real-estate agents’ windows, allowing passers-by to click with their phones to view more images and floor plans of a property.
The idea sounds great on paper (or pixels), but because of privacy concerns in the United States, the process can be a little laborious in reality. First, you have to download the right code reader for your specific mobile phone.
Then, when you see a code in a store window, you have to start the correct code-viewing application, allow the application to access your camera, take a photo of the code, and then agree again to allow the application to use the image to open the particular Web page with the additional information. With all these legal hurdles, it can take 45 seconds or more to look up a code.
In Japan, by comparison, nearly all phones ship with an embedded QR Code reader, and the legal hopscotch doesn’t exist. Activating the code becomes a one-click adventure.
In most instances, when the experience works, it can be incredibly rewarding. In Google’s case, if you pass the myriad of legal warnings, you will be taken to an associated mobile Web page with rich information about a specific venue, including user reviews, a star rating, maps, contact information and a link to the Web site of the business.
Google is also promoting another great use of these codes by allowing businesses to share mobile coupons. You follow the same drill as above, but the end result shows a coupon on your mobile phone which can then be redeemed at a respective store.
If you want to give it a try, you can download a code reader for your mobile phone and try out some codes on Google’s Favorite Places page. You can also create your own free QR Code for any Web site or short blurb of text using code generators like this one from Kaywa. The one to the right is a code I created for the mobile version of Bits; feel free to give it a try.source : nytimes