Whiz tv news1/5/2023 The television stations and newspapers can monitor and modify all the mobile apps from an intuitive and easy-to-use mobile dash board." The end-result is highly customized mobile solutions tailored to the needs of Scripps' audience. "We worked very closely and cooperatively with the Scripps team. These subscription enabled mobile solutions deliver a robust and engaging user experience leveraging state-of-the-art UI/UX technologies designed into the MobileNewsPack TM ", said Nikhil Modi, founder and CEO of Whiz Technologies. "We are very pleased to be the vendor of choice and part of the team delivering mobile apps for Scripps newspapers and broadcast television stations. "We consider Whiz a key partner as we continue to execute on our mobile strategy in 2014 and beyond." "After a rigorous vendor selection process last year, we selected Whiz to deliver us a customized mobile solution, and it has become a key building block of our mobile strategy and vision," said Adam Symson, Senior Vice President/Chief Digital Office of Scripps. All the apps are available in respective app stores and are being actively used. Scripps Company's thirteen newspapers and thirteen broadcast television stations. "Our ultimate goal is to develop software so that law enforcement experts without these rigorous mathematical skills can ask-and answer-these same analytical questions about security.SAN JOSE, Calif., J/PRNewswire/ - Whiz Technologies announced that it delivered new iPad, iPhone, Android Smartphone and Kindle Fire mobile apps for E.W. He is also the co-founder of a mathematical modeling consulting firm. Visiting Professor in the MIT Department of Mathematics from January 2003 to December 2004. "Jon came up with a new approach and drew up good questions" for approaching these "very muddy" issues in an analytical way.Īn associate professor of mathematics at Vanderbilt University, Farley was a Dr. "With covert missions, there's a lot of missing data, and some of it is wrong," she says. "Lattice theory won't tell you how to fight the terrorists, but it might tell you if you've won the battle," Farley says.įarley's hypothesis, published in late 2003, interests several military researchers, including Rebecca Goolsby of the Office of Naval Research. Even without knowing the captives' positions in the hierarchy, it's still possible to plug in the "cut sets" that could break the command chain into a probability formula, and that probability is, unhappily, only 33 percent. Likewise, the graph theory would show that capturing four members of a 15-member terrorist cell arranged as a binary tree gives a 93 percent chance the cell has been disabled. But students could use side streets to bypass the blocked intersections. "Terrorist cells have chains of command (partially ordered sets) from leaders to midlevel operatives to the workers who carry out orders."Īs simplified examples, the graph theory would conclude that blocking four intersections along Massachusetts Avenue between Kresge Auditorium and Harvard Square could prevent MIT students from driving to the square. "But they're leaving out the most important part, the hierarchy," he says. "People often view terrorist cells as a graph, with members as nodes connected to each other if they have a direct communications link," Farley says. As a bonus, it could also prevent financial resources from being wasted on phantom fears at the expense of real dangers. He remembered the opening line in the movie "A Beautiful Mind" about John Nash: "Mathematicians won the war." And, he remembered Palestinian leader George Habash's words: "Terrorism is a thinking man's game."īeing a thinking man, Farley says, "it's better to fight smarter, not harder," and fighting Al Qaeda with abstract theory could more accurately assess our vulnerability to future attacks than current methods. 11 terrorist attacks, Farley wondered if pure math actually could save lives. He used to joke that it has no practical purpose whatsoever, but after the Sept. (In 2003, he solved a problem posed by MIT's Richard Stanley in 1981.) Lattice theory, which includes Boolean algebra, is Farley's favorite conceptual realm, and his talent at it has earned him great acclaim. It's an easy mistake to make, since most government operatives don't use lattice theory to analyze social networks. "They're asking the wrong question and getting the wrong answer," Farley explains. Farley realized that experts could make potentially grave errors by overestimating their effectiveness at breaking up terrorist cells. A recent visiting professor of mathematics at MIT and a Hollywood math consultant, Dr. The man who keeps the hit TV show "Numb3rs" mathematically honest is also using a rarified math theory to correct a flaw in standard counterterrorism thinking.
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