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Updated: 15 min 3 sec ago

VA Supreme Court: Michael Mann Needn't Turn Over All His Email

Fri, 04/18/2014 - 14:58
RoccamOccam sends news that the Virginia Supreme Court has ruled that Michael Mann, a climate scientist notable for his work on the "hockey stick" graph, does not have to turn over the entirety of his papers and emails under Freedom of Information laws. Roughly 1,000 documents were turned over in response to the request, but another 12,000 remain, which lawyers for the University of Virginia say are "of a proprietary nature," and thus entitled to an exemption. The VA Supreme Court ruled (PDF), "the higher education research exemption's desired effect is to avoid competitive harm not limited to financial matters," and said the application of "proprietary" was correct in this case. Mann said he hopes the ruling "can serve as a precedent in other states confronting this same assault on public universities and their faculty."

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Categories: IT News

VA Supreme Court: Michael Mann Needn't Turn Over All His Email

Fri, 04/18/2014 - 14:58
RoccamOccam sends news that the Virginia Supreme Court has ruled that Michael Mann, a climate scientist notable for his work on the "hockey stick" graph, does not have to turn over the entirety of his papers and emails under Freedom of Information laws. Roughly 1,000 documents were turned over in response to the request, but another 12,000 remain, which lawyers for the University of Virginia say are "of a proprietary nature," and thus entitled to an exemption. The VA Supreme Court ruled (PDF), "the higher education research exemption's desired effect is to avoid competitive harm not limited to financial matters," and said the application of "proprietary" was correct in this case. Mann said he hopes the ruling "can serve as a precedent in other states confronting this same assault on public universities and their faculty."

Read more of this story at Slashdot.








Categories: IT News

Ask Slashdot: What Tech Products Were Built To Last?

Fri, 04/18/2014 - 14:08
itwbennett writes: "When you think about tech products these days, you probably think 'refresh cycle' more than 'built to last.' But there are plenty of tech products that put up with hard, daily use year after year. Here's a few to get you started: Logitech MX510 mouse, Brother black & white laser printer, Casio G-Shock watch, Alvin Draf-Tec Retrac mechanical pencil, Sony Dream Machine alarm clock. What's your longest-lasting, hardest-working device?"

Read more of this story at Slashdot.








Categories: IT News

Samsung's Position On Tizen May Hurt Developer Recruitment

Fri, 04/18/2014 - 13:06
CowboyRobot sends in an article about how Samsung's constantly shifting plans for its smartwatches are making it hard for developers to commit to building apps. Quoting: "Samsung's first smartwatch, released in October last year, ran a modified version of Google's Android platform. The device had access to about 80 apps at launch, all of which were managed by a central smartphone app. Samsung offered developers an SDK for the Galaxy Gear so they could create more apps. Developers obliged. Then Samsung changed direction. Samsung announced a new series of smartwatches in February: the Gear 2, Gear 2 Neo, and Gear Fit. Unlike the first device, these three run Samsung’s Tizen platform. ... This week, Samsung made things even more interesting. Speaking to Reuters, Yoon Han-kil, senior vice president of Samsung’s product strategy team, said the company is working on a watch that will use Google’s Android Wear platform. In other words, Samsung will bring three different watches to market with three different operating systems in under a year."

Read more of this story at Slashdot.








Categories: IT News

Detroit: America's Next Tech Boomtown

Fri, 04/18/2014 - 12:22
jfruh writes: "Over the past few years, the growth rate in Detroit tech jobs has been twice the natural average. The reason is the industry that still makes Detroit a company town: U.S. automotive companies are getting into high tech in a big way, and need qualified people to help them do it. Another bonus: the rent is a lot cheaper than it is in San Francisco. '[A]ccording to Automation Alley's 2013 Technology Industry Report, the metro Detroit area grew to a total of 242,520 technology industry jobs in 2011, representing a 15% increase from the 2010 level of 210,984 technology industry jobs. No other benchmarked region had greater technology industry growth than metro Detroit in this period. Further, according to the report, this growth helped propel metro Detroit to a ranking of fourth among the 14 benchmarked regions, passing San Jose."

Read more of this story at Slashdot.








Categories: IT News

Bug Bounties Don't Help If Bugs Never Run Out

Fri, 04/18/2014 - 11:40
Bennett Haselton writes: "I was an early advocate of companies offering cash prizes to researchers who found security holes in their products, so that the vulnerabilities can be fixed before the bad guys exploited them. I still believe that prize programs can make a product safer under certain conditions. But I had naively overlooked that under an alternate set of assumptions, you might find that not only do cash prizes not make the product any safer, but that nothing makes the product any safer — you might as well not bother fixing certain security holes at all, whether they were found through a prize program or not." Read on for the rest of Bennett's thoughts.

Read more of this story at Slashdot.








Categories: IT News

The Internet of Things and Humans

Fri, 04/18/2014 - 10:57
An anonymous reader writes "Speculating the future of human computer interaction, Tim O'Reilly contemplates how humans and things cooperate differently when things get smarter. He says, '[S]o many of the most interesting applications of the Internet of Things involve new ways of thinking about how humans and things cooperate differently when the things get smarter. It really ought to be called the Internet of Things and Humans ... is Uber an #IoT application? Most people would say it is not; it’s just a pair of smartphone apps connecting a passenger and driver. But imagine for a moment the consumer end of the Uber app as it is today, and on the other end, a self-driving car. You would immediately see that as #IoT. ... Long before we get to fully autonomous devices, there are many “halfway house” applications that are really Internet of Things applications in waiting, which use humans for one or more parts of the entire system. When you understand that the general pattern of #IoTH applications is not just sensor + network + actuator but various combinations of human + network + actuator or sensor + network, you will broaden the possibilities for interfaces and business models."

Read more of this story at Slashdot.








Categories: IT News

Investors Value Yahoo's Core Business At Less Than $0

Fri, 04/18/2014 - 10:15
An anonymous reader writes "Yahoo is most known for its search, email, and news services. But its U.S. web presence is only part of its corporate portfolio. It also owns large stakes in Yahoo Japan and Alibaba (a web services company based in China). Yahoo Japan is publicly traded, and Alibaba is heading toward an IPO, so both have a pretty firm valuation. The thing is: when you account for Yahoo's share of each and subtract them from Yahoo's current market cap, you get a negative number. Investors actually value Yahoo's core business at less than nothing. Bloomberg's Matt Levine explains: 'I guess this is fairly obvious, but it leads you to a general theory of the conglomerate discount, which is that a business can be worth less than zero (to shareholders), but a company can't be (to shareholders). ... A fun question is, as fiduciaries for shareholders, should Yahoo's directors split into three separate companies to maximize value? If YJHI and YAHI are worth around $9 billion and $40 billion, and Core Yahoo Inc. is worth around, I don't know, one penny, then just doing some corporate restructuring should create $13 billion in free shareholder value. Why not do that?'"

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News

Mathematicians Devise Typefaces Based On Problems of Computational Geometry

Fri, 04/18/2014 - 09:33
KentuckyFC writes: "Typeface design is something of an art. For many centuries, this art has been constrained by the materials available to typographers, mainly lead and wood. More recently, typographers have been freed from this constraint with the advent of digital typesetting and the number of typefaces has mushroomed. Verdana, for example, is designed specifically for computer screens. Now a father and son team of mathematicians have devised a number of typefaces based on problems they have studied in computational geometry. For example, one typeface is inspired by the folds and valleys generated by computational origami designs. Another is based on the open problem of 'whether every disjoint set of unit disks (gears or wheels) in the plane can be visited by a single taut non-self-intersecting conveyor belt.' Interestingly, several of the new typefaces also serve as puzzles in which messages are the solutions."

Read more of this story at Slashdot.








Categories: IT News