1. For further information: http://www.egr.msu.edu Infrastructure and Information Science Infrastructure: –Civil Infrastructure Engineering –Transportation Engineering –Chemical & Biological Environment Remediation Information Science: –High Assurance Computing –Intelligent Systems –Networking and Ubiquitous Computing –Bioinformatics –Scientific Computing Biometrics Software Engineering Robotics Mobile Computing Intelligent Vehicle/Transportation Control Civil Infrastructure Development and Testing Modeling/Simulation Infrastructure Systems Trusted Systems

2. For further information: http://www.egr.msu.edu High Assurance Computing Increasing Information infrastructure Need resiliency against –security attacks –system failures –software design flaws Especially for critical applications: –Automotive applications: ABS brakes, electronically-controlled steering, adaptive cruise control, –Emergency-related telecommunication services –Medical devices (e.g., cancer radiation treatment) –Military command and control Cybersecurity serious concern: –E-commerce applications –Defense applications Affiliated Lab: Software Engineering and Network Systems (SENS) Lab (http://www.cse.msu.edu/SENS ) TETRA TSC TETRA TSC Adaptive Cruise Control ABS Brakes Control Emergency 2-way radios

3. For further information: http://www.egr.msu.edu Intelligent Systems Biometrics: –automatic identification of a person –based on his/her physiological or behavioral characteristics. Robotics –Real-time Control of Internet based Teleoperation with Force Reflection – “shake hands” –Wall Climbing Robots for defense project –SAIL Robot: Self-learning, Autonomous, Integrated Learning Robot Vision, Audition, Motion, Touch, Language, etc –Dexterous Instrument for Minimally Invasive Surgery Genetic Algorithms Knowledge-based Systems Natural Language Processing Genetic Algorithm-generated design

4. For further information: http://www.egr.msu.edu Networking and Ubiquitous Computing Location-aware networking Rapidware: dynamically adapt middleware to external conditions and shield/protect applications  support collaboration among users with heterogeneous computers (traditional workstations, handheld computers, wearable computers)  Part of ONR critical infrastructure protection program  Collaborative and Augmented Reality High- Performance Compute Server Indoor Wireless LAN Traditional Wired LAN Field Engineer with Wearable Computer Proxy server(s) Proxy server(s) Mobile Base Station Telecommunications Network Internet

5. For further information: http://www.egr.msu.edu Bioinformatics Center for Biological Modeling: –development and analysis of algorithms for processing biological information –Protein folding, biomolecular catalysis, evolution of organisms and molecules Avida: evolutionary computing –Adapting software for performance and robustness Genomic Databases Adaptive Parallel Processing

6. For further information: http://www.egr.msu.edu Scientific Computing Use Expanding Computational Power and Speed for physics-based computer simulations to… study and explore physical phenomena design, analyze, and optimize machines and processes Computational Fluid Mechanics: materials processing, multiphase flow; LES, combustion; aerodynamics, propulsion; grid generation, high- resolution schemes aeroacoustic, flow instability Computational Solid Mechanics structures, crashworthiness; structures, optimization; manufacturing Affiliated Labs: Multiphysics Computational Research Laboratory

7. For further information: http://www.egr.msu.edu Civil Infrastructure Engineering Structures Pavements Construction Materials Geotechnical HIGH-PERFORMANCE STRUCTURESes Factors Affecting Pavement Performance & Response MULTI-HAZARD ENGINEERING Damage & Repair Assessment ClimateTrafficMaterialProperties Pavement Structure Pavement condition

8. For further information: http://www.egr.msu.edu Transportation Engineering Intelligent Transportation Systems Traffic Safety and Operations Transportation Planning FREEWAY MANAGEMENT INTELLIGENT TRANSPORTATION SYSTEM