Rutgers unveils new crime fighting software

A new crime mapping software introduced by Rutgers University will help keep students safe by predicting future crime hotspots.


Rutgers University researchers Leslie Kennedy, director of the Rutgers Center on Public Security, and Joel Caplan, associate director of the Rutgers Center on Public Security, have created the next generation of crime prevention with their new crime mapping software, which uses environmental factors to predict future crime hotspots.

The new software called Risk Terrain Modeling Diagnostics Utility, which is sponsored by the university, uses environmental factors, such as the locations of ATMs or parks, to determine places that may be susceptible to certain types of crime.…Read More

Technology aids Rutgers coach removal in questionable move

The story of Mike Rice, the recently removed coach of the Rutgers University Scarlet Knights men’s basketball team, has taught fellow instructors across the country the cost of video cameras and the internet, The Scribe reports. Throughout the years, Rice has been seen as a trainer who would openly display his intense coaching mannerisms. At times, it would even end with his removal from games. In reality, different coaches have different methods, and while some may take a softer approach, there are those like myself who take a harder line when placed into positions of power within competition. There is no reason that a more difficult type of coaching cannot be a positive one.

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Facebook group urges Rutgers to reconsider internet speed cap

In just three weeks, more than 1,000 Rutgers students banded together on a Facebook group to protest a new speed cap on the university’s residential internet network, reports the Daily Targum. Implemented at the start of the spring semester, the new speed cap for downloading and uploading is set to a maximum of 1.5 megabits per second and 768 kilobits per second, respectively. School of Arts and Sciences first-year student Kevin Song created the group, called “Rutgers Students for Faster Internet.” Song established the group to convince the school’s Office of Information Technology (OIT) to change the new policy to something more satisfactory. Before, the residential network had a bandwidth limit but no speed cap. OIT Director Frank Reda said numerous complaints from students and faculty prompted the university’s decision to remove the download limit when their internet privileges were suspended after exceeding the limit. “Providing uniform, uninterrupted internet access to all students is a fair solution. Now, no student will have coursework impacted by suspension of internet connectivity,” he said. “The only potential con is that peak transmission speeds are slower than previously available.” The new policy has affected students in different ways. “I used to have video chats with my family back home,” sophomore John Campagnone said. “But with the [new] speed cap, the video quality is horrible, and I can’t really see them.” But Reda said the speed caps should not affect network resources on campus, or internal university web sites such as Sakai and school eMail accounts…

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Google gives $1M for research to slash data-center energy use

Google Inc. has awarded a two-year, $1 million research grant aimed at slashing energy usage in large internet data centers to a team of computer scientists at the University of California at Santa Barbara, Rutgers University, the University of Michigan, and the University of Virginia, Rutgers reports. The company also might award an additional $500,000 for a third year subject to program review. The grant is part of $5.7 million that the company has awarded to 12 university projects in areas of key interest to the company and the computing research community. Energy efficiency is a key concern for internet companies, because data centers can consume large amounts of power. “Data centers have to be built to handle the highest anticipated demand,” said Ricardo Bianchini, a Rutgers computer science professor. “But most of the time, they are only running between 20 and 50 percent of capacity. Trouble is, the computer servers in these centers consume about the same amount of energy whether their workload is low or high.” The research team will explore ways to create low power modes in servers, allowing parts of the computer to be turned off while other parts remain accessible. The goal is to allow less active servers to move their processing loads to other servers and essentially go to sleep. But information on the sleeping servers’ memories must still be instantly accessible…

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