Apple is a strong company.we know that apple employee would like to jailbreak their phonesbut they feel like we don't deserve it.
it looks like even your attorneys are dirty, thieving jailbreakers. Tipster a|e§ was poring through that iPhone biometric security patent application we posted earlier and noticed that the images show a jailbroken phone, complete with Installer.app, SMBPrefs, and the iWood Realize theme from the iSpazio repository. We're guessing the fine folks at Kramer, Levin Naftalis & Frankel are going to have some 'splainin to do on Monday morning -- but at least they get to run apps in the background.
I noticed the Terminal App earlier, I thought 'that's odd'.I'm surprised they being iphone lovers, didn't catch that
plus the games icon might have been a category
Actually, Nilay, everyone with an iPhone gets to run apps in the background, so the ability to do so is not at all distinguishing. Now if you'd said "3rd party apps in the background," well, then you'd have one less criticism.I would so love this news to leak on a bigger scale, not just geek tech blog followers... everyone must know Apple employees jailbreak their phones.
Saturday, March 28, 2009
Friday, March 27, 2009
New Mobile Computing
there is a Mobile Computing I never see.
It may come as no surprise to most laptop users that the original concept of the notebook came from a desire to make the bulky desktop computers portable. What's surprising is the fact that there have been attempts made since the 1970s, though the first commercially available "portable computer" was only released in 1981.
Which was why just barely two years after the launch of the Osborne 1, the Kyocera's Kyotronic 85, with its lightweight 1.4kg frame and powered by four AA batteries, soon became the one of the top selling models worldwide, with close to six million units sold. These days, it's most unlikely to find computers that run on AA batteries, given the energy requirements of modern day processors.
Of course, the notebook evolution was by no means instantaneous; even as far as ten years back to our first notebook review, which was pretty clunky and huge (and had a nice ass shot to boot). From the early to late 90s, notebooks in part have shrunk down somewhat in size and weight, while increasing in both battery life and power.
at last,do you meet it in you life?
Thursday, March 26, 2009
A hard drive flaw in the 8.9-inch Acer Aspire
When AMD comes to mobile systems, Intel has clearly been ruling the ground firmly with their various Centrino platform variants over time,I belive it can add more technologyProduction eg:Lasers Produces In Room and Mobile technology.
It looks like any 8.9-inch Aspire One owners out there may want to refrain from playing music full blast through the netbook's speakers for the time being, as some users have found that it can have the unfortunate side effect of completely trashing the hard drive. According to reports on the HardwareCult forum, the problem only affects Aspire One netbooks with standard hard drives, not SSDs, and it arises when the right speaker causes enough vibration and / or magnetic interference to throw the hard drive into a tizzy, leading to a whole host of errors and even some potential data loss. Apparently, the problem was first discovered when someone played U2's "Hold Me, Thrill Me, Kiss Me, Kill Me" at maximum volume, which has since conveniently proven to be an effective tool for reproducing the problem -- not recommended, of course. No word if the new album has any effect.
I'm sure Acer will release a 'patch' for this that will simply prevent the sound driver to go beyond a certain level. there is basically no fix for existing models unless they do a complete recall. the speaker is basically so close to the drive and causing the heads to physically move around during loud noises.and I wonder if there's a way to add shielding to the drive. I've heard that some 1.8" drives installed in the AAO have leftover clearance that sometimes requires the space around the drive to be padded. Perhaps a thin, plastic-coated foil shield between the drive and the sound system would be enough to prevent this.
It looks like any 8.9-inch Aspire One owners out there may want to refrain from playing music full blast through the netbook's speakers for the time being, as some users have found that it can have the unfortunate side effect of completely trashing the hard drive. According to reports on the HardwareCult forum, the problem only affects Aspire One netbooks with standard hard drives, not SSDs, and it arises when the right speaker causes enough vibration and / or magnetic interference to throw the hard drive into a tizzy, leading to a whole host of errors and even some potential data loss. Apparently, the problem was first discovered when someone played U2's "Hold Me, Thrill Me, Kiss Me, Kill Me" at maximum volume, which has since conveniently proven to be an effective tool for reproducing the problem -- not recommended, of course. No word if the new album has any effect.
I'm sure Acer will release a 'patch' for this that will simply prevent the sound driver to go beyond a certain level. there is basically no fix for existing models unless they do a complete recall. the speaker is basically so close to the drive and causing the heads to physically move around during loud noises.and I wonder if there's a way to add shielding to the drive. I've heard that some 1.8" drives installed in the AAO have leftover clearance that sometimes requires the space around the drive to be padded. Perhaps a thin, plastic-coated foil shield between the drive and the sound system would be enough to prevent this.
Wednesday, March 25, 2009
Adding Lasers Produces In Room
how to Add Lasers Produces In Room?I think it will give us much help after Adding as a PMAC controller Control System.
While extremely sensitive to atomic-scale features, AFMs also are extremely sensitive to interference from acoustic noise, temperature shifts and vibration, among other factors. This makes it difficult or impossible either to hold the probe in one place to observe the specimen under it over time (useful for studying the dynamics of proteins) or to move the probe away and return to exactly the same spot (potentially useful for nanoscale manufacturing). "At this scale, it's like trying to hold a pen and draw on a sheet of paper while riding in a jeep," observes NIST physicist Thomas Perkins. A few instruments in specialized labs, including some at NIST, solve this problem by operating at extremely cold temperatures in ultra-high vacuums and in heavily isolated environments, but those options aren't available for the vast majority of AFMs, particularly those used in bioscience laboratories where the specimen often must be immersed in a fluid.
In its most recent work, the JILA team has controlled the probe's position in three dimensions to better than 40 picometers (1 nanometer = 1000 picometers) over 100 seconds. In imaging applications, they showed the long-term drift at room temperature was a mere 5 picometers per minute, a 100-fold improvement over the best previous results under ambient conditions. Just like photographers use the stability of a tripod and longer exposures to improve picture quality, the JILA team used their improved stability to scan the AFM probe more slowly, leading to a 5-fold improvement in AFM image quality. A bonus, says Perkins, is the technique works with standard commercial probes.
so,it's a usefull idea,do you think?
While extremely sensitive to atomic-scale features, AFMs also are extremely sensitive to interference from acoustic noise, temperature shifts and vibration, among other factors. This makes it difficult or impossible either to hold the probe in one place to observe the specimen under it over time (useful for studying the dynamics of proteins) or to move the probe away and return to exactly the same spot (potentially useful for nanoscale manufacturing). "At this scale, it's like trying to hold a pen and draw on a sheet of paper while riding in a jeep," observes NIST physicist Thomas Perkins. A few instruments in specialized labs, including some at NIST, solve this problem by operating at extremely cold temperatures in ultra-high vacuums and in heavily isolated environments, but those options aren't available for the vast majority of AFMs, particularly those used in bioscience laboratories where the specimen often must be immersed in a fluid.
In its most recent work, the JILA team has controlled the probe's position in three dimensions to better than 40 picometers (1 nanometer = 1000 picometers) over 100 seconds. In imaging applications, they showed the long-term drift at room temperature was a mere 5 picometers per minute, a 100-fold improvement over the best previous results under ambient conditions. Just like photographers use the stability of a tripod and longer exposures to improve picture quality, the JILA team used their improved stability to scan the AFM probe more slowly, leading to a 5-fold improvement in AFM image quality. A bonus, says Perkins, is the technique works with standard commercial probes.
so,it's a usefull idea,do you think?
Tuesday, March 24, 2009
CNET might've jumped the gun a bit
Looks like CNET might've jumped the gun a bit, releasing a video podcast that outed Canon's oft rumored EOS Rebel T1i before the company had a chance to announce it themselves. The evidence has since been pulled and we're looking for a copy to verify, but according to the DP Review forum posters who claim to have seen it, the 15 megapixel DSLR has the same sensor size as the 50D and can shoot video at 720p / 30 FPS and 1080p / 20 FPS. Its frame is comparable to the Rebel XSi. Earlier this month, a Danish publication Zoom said it was invited to a Canon press conference scheduled for tomorrow, and we think we've got a good clue as to what it might unveil...
I think:They're going back to the film SLR name? Nice!1080p at 20fps? That can't be right! What a waste! Why don't they do it at 15 or 10!! 720p at 30 sounds good but I'd much prefer 720p at 60fps like the Panasonic G1H.if it was 1080p at 30fps i'd sell my K200D and start saving up for this baby right now.General Electric Still produces land mines which kill people on a daily basis.Keep that in mind when you purchase their products.but I don't think high-end when I think GE Consumer Electronics. Unless it's an awesome product I see Epic Failure.
I think:They're going back to the film SLR name? Nice!1080p at 20fps? That can't be right! What a waste! Why don't they do it at 15 or 10!! 720p at 30 sounds good but I'd much prefer 720p at 60fps like the Panasonic G1H.if it was 1080p at 30fps i'd sell my K200D and start saving up for this baby right now.General Electric Still produces land mines which kill people on a daily basis.Keep that in mind when you purchase their products.but I don't think high-end when I think GE Consumer Electronics. Unless it's an awesome product I see Epic Failure.
Thursday, March 19, 2009
PMAC controller Control System
I'll talking about the information on laser engraving,the PMAC controller Control System in Machinery Industry.
The numerical control technology is the development emerging high-techindustry and the state-of-art industry enables the technology. Variouscountries defense industry and so on information industries,biological industry, aviation, astronautics widely uses the numericalcontrol technology, sharpens the manufacturing capacity and the level,enhances to the market adaptiveness and the competitive ability. and In order to achieve laser engraving cutting machine flexible control, the paper proposes a campaign based on PMAC controller laser engraving Control System.
IPC Pcomm32 by the use of communication with the driver PMAC motion controller to establish communication bridges, PMAC motion controller to receive IPC command data and transmitted to the control of servo drives, servo motor control both the functioning of the exchange, servo Servo motor drive to receive the position feedback signals, a position compensation, to achieve the precise location of motor control.
The numerical control technology is the development emerging high-techindustry and the state-of-art industry enables the technology. Variouscountries defense industry and so on information industries,biological industry, aviation, astronautics widely uses the numericalcontrol technology, sharpens the manufacturing capacity and the level,enhances to the market adaptiveness and the competitive ability. and In order to achieve laser engraving cutting machine flexible control, the paper proposes a campaign based on PMAC controller laser engraving Control System.
IPC Pcomm32 by the use of communication with the driver PMAC motion controller to establish communication bridges, PMAC motion controller to receive IPC command data and transmitted to the control of servo drives, servo motor control both the functioning of the exchange, servo Servo motor drive to receive the position feedback signals, a position compensation, to achieve the precise location of motor control.
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