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Cyber Security Research and Education Center - Research and Implementation

Global Information Assurance Center - Research and Implementation

Emergency Preparedness Center - Research and Implementation

Overview

Threats to our nation will continue to come from a variety of unexpected and technologically sophisticated adversaries. During times of crisis, it is essential to quickly and securely marshal the correct and necessary telecommunications resources to prevent interruption of services and/or respond securely to an emergency. Effective support for the mission of Homeland Security will require innovative systems that are rapidly deployable, highly adaptable, and relatively inexpensive.

  • The University of Texas at Dallas (UT Dallas) has a world-class research team with a proven track record of successfully delivering integrated solutions for complex, interdisciplinary problems.
    • Hardware and software scientists are brought together by a unique, first in the nation, ABET accredited telecommunications engineering program that has flourished in the last five years.
    • This expertise is essential because countering terrorist acts, including cyberterrorism, demands secure telecommunications networks and advanced information systems.
A Proven Digital Forensics and Network Security System for Homeland Security

The CyberSecurity and Emergency Preparedness Institute has a world-class research team with a proven track record. This world-class research team has the experience, the desire and the initiative to help secure our homeland.

  • The Institute will develop advanced technologies to assist emergency response teams and protect the nation’s critical communication and information infrastructures.
  • The key to emergency response and counter-terrorist activities is the ability to rapidly deploy highly secure information and communication technologies.

Highly Secure, Rapidly Deployable, Rapidly Configurable Networks – The Institute will perform innovative network architecture development and prototyping at all levels (hardware, firmware, middleware, and software) to build highly secure, rapidly deployable, rapidly reconfigurable networks that are also highly fault-tolerant. The design will be highly modular, highly scalable, will use COTS/GOTS components for fast development, and will be optimal for crisis prevention and emergency response.

Sensor Networks – Advanced Sensor Networks are vital to surveillance in counter-terrorist and crime-fighting missions. The Institute will design, develop, and demonstrate a large scale advanced Sensor Network. Innovative R&D works include the development of new network control algorithms and protocols, novel sensors, and sensor platforms. The demonstrator will prove the effectiveness of the technologies developed and will be used to measure the actual system performance under different environments.


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Updated: Friday, 10 August 2012
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