Introduction of new CNET research lab
As part of the results from the established partnership between UNT and NUCONSTEEL, a structural testing lab is being built at Research Park for cold-formed steel structures.
The recently finished first phase includes a 12 ft high 16 ft wide reaction frame equipped with a 35 kip MTS loading system, a 20 ft high 30 ft span overhead crane, and associated interior renovation for the high bay area.

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CSE Faculty Members Receive Texas Advanced Research Program Awards
The Department of Computer Science and Engineering received two out of
only nine grants that were awarded in Computer Science across the
entire state of Texas by the Texas Advanced Research Program Awards . These two grants represented $199,800 out of $794,063 that was available through this program.
Dr. Yan Huang received funding to support her work in geo-sensor network databases. The project will investigate a spatial autocorrelation aware, energy efficient, and error bounded framework for interpolating maps from geo-sensor fields. Sensor networks are expected to form a digital nervous system embedded in physical spaces and extend human beings' "tactile" sensations to every corner of the world. Her work will provide people theflexibility and ease to fuse, query, and make sense out of the geo-sensornetwork data. This is critical to future large scale deployments of sensor
networks.
Dr. Rada Mihalcea is the PI and Dr. Paul Tarau is Co-PI for a research project to investigate efficient graph-based representations of text, and explore the application of ranking models based on such graph structures to natural language processing tasks. The novelty of the proposed research project consists of bringing together methods from computational linguistics and graph-theory, and combining them into a suite of innovative approaches that will improve and ultimately solve difficult problems in natural language processing.
Dr. Dantu is the lead PI for this award.
"The National Science Foundation (NSF) has issued four awards totaling $600,000 to the University of North Texas (UNT) to lead a multi-university collaboration to develop a geographically distributed, secure test bed to analyze vulnerabilities in Voice over Internet Protocol (VoIP)--an increasingly popular technology that turns audio signals into digital data that can be transmitted over the Internet
The three-year project will investigate voice spam prevention (VoIP phone systems can be spammed like email), attacks on networks and Internet resources that render them unavailable (denial of service), quality of service, and 911 service dependability. The unique test bed will also be used to discover security holes arising from operating VoIP with conventional phone networks. "
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