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Comment Re:You realize what is actually being claimed, rig (Score 1) 267

Almost...It's more like a friend calling the delivery guy every few minutes, seeing how the progress is going, comparing that to historical data on the delivery guy's reliability, then, when your friend has determined the delivery time to an acceptable estimate, letting you know. This saves you a bunch of time, is much more precise, and much more efficient. Those benefits themselves potentially make this patentable more than any other reason.

Comment Re:This is another dubious, obvious patent (Score 1) 267

First, I've already admitted this was the wrong use in terminology (see above), and you are absolutely right.

As to this patent being absurdly generic, I disagree. If it is so generic, then why haven't you, or anyone else (according to the patent office search) invented/implemented/patented this product, using each and every step/element of the claims in this patent. To that point, would you have done that before 2007, which is when this was filed? Remember, only PRIOR art, i.e. that which existed before 2007, is what matters.

It may be bogus in your view, but technically, it is not.

Comment You realize what is actually being claimed, right? (Score 5, Informative) 267

For those that are so quick to jump on Google about this (which I suppose is understandable these days), you would hope that one would actually read the patent, or understand that the only important part of a patent is the claims, NOT the abstract or diagram provided. Yes, Google has patented providing delivery notifications...but the important, relevant question is HOW it calculates and provides those notifications. For, example, Google has decided that it is more efficient to, during shipment, halt the queries to the shipper's computer system until the day before the expected delivery date, then resume so as to provide up-to-date notifications. It has also claimed analyzing historical data of shipping routes and times to determine, down to the minute (theoretically) estimates of an arrival time, not based on what the shipper says, but what it has demonstrated in the past. Finally, UPS or other shippers could not possibly infringe because the patent clearly provides for a "broker" computer, which is explicitly not the shipper's computer, to query the shipper's database. The point is that Google has a novel idea here, and has defined it as such. Boiled down to its essence, it provides shipping notifications just like others do. But ice and a/c units both cool air, coffee cups and vases both hold liquid, dial-up and cable both provide access to the internet. The method is what is important, not the end result. To infringe a patent, one has to infringe on all claims. While some claims may be obvious, it is the (sometimes few) non-obvious ones that actually matter. Google has provided some of those non-obvious, novel claims (at least it appears to have) and it seems to have a valid patent.
Government

UK University Researchers Must Make Data Available 352

Sara Chan writes "In a landmark ruling, the UK's Information Commissioner's Office has decided that researchers at a university must make all their data available to the public. The decision follows from a three-year battle by mathematician Douglas J. Keenan, who wants the data to do his own analysis on it. The university researchers have had the data for many years, and have published several papers using the data, but had refused to make the data available. The data in this case pertains to global warming, but the decision is believed to apply to any field: scientists at universities, which are all public in the UK, can now not claim data from publicly-funded research as their private property." There's more at the BBC, at Nature Climate Feedback, and at Keenan's site.

Submission + - NYTimes Offers Look into Chinese Hacker Underworld

beachels416 writes: The NYTimes has gained access to a Chinese hacker-for-profit, referred to as Majia, and observed him during one of his nightly "sessions." From the article: "Oddly, Majia said his parents did not know that he was hacking at night. But at one point, he explained the intricacies of computer hacking and stealing data while his mother stood nearby, listening silently, while offering a guest oranges and candy." Additionally, at one point he speaks about the recent Google attacks, and claims to have particular knowledge of the exact vector used. Nothing too new, but an interesting read nevertheless.

Comment Double Standard (Score 0, Flamebait) 339

I'm also from California, where it has been illegal to drive while on a cell phone for some time now. The problem is that not only is the fine only $20, but it is also only a secondary offense, meaning that you can only be cited for cell phone use in conjunction with some other ticket, such as speeding or reckless driving. That means that even if the police see you talking while driving, they can't do anything about it short of checking if your tail lights are both working and trying to get you on that. Not only that, but it seems to me that not everyone thinks the law applies to them. Take Maria Shriver for example, she was caught by paparazzi (yes I normally hate them) talking on her cell phone, and although Arnold threatened to "punish her," I know that it certainly doesn't make me want to stop using my cell phone in the car. Maybe it's because I'm part of the younger generation who learned to drive when cell phones were already prevalent. Nothing against older people, but it seems to me that most of the accidents are caused by them on cell phones, not by the younger one that grew up with cell phones...
Technology

UK Scientists Make Transistor One Atom Long, 10 Atoms Wide 186

Bibek Paudel points out a story about the latest step forward in the development of nano-scale circuits. Researchers from the University of Manchester have created some of the smallest transistors ever, measuring only one atom by 10 atoms. The transistors are made out of graphene, which has the potential to replace silicon in the never-ending hunt for smaller computer technology. From NewScientist: "There are other kinds of prototype transistors in this size range. But they usually need supercooling using liquid gas, says Novoselov. The new graphene devices work at room temperature. Such prototypes are typically made by building one atom at a time, or wiring up individual molecules. Those approaches are complex and impractical, Novoselov says. By contrast, the graphene transistors were made in the same way that silicon devices are, by etching them out of larger pieces of material. 'That's their big advantage,' he says."

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