for further information: infrastructure and information science infrastructure: –civil...
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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
RoboticsMobile Computing
Intelligent Vehicle/Transportation Control
Civil Infrastructure Development and Testing
Modeling/Simulation Infrastructure Systems
Trusted Systems
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)
TETRATSC
TETRATSC
Adaptive Cruise Control
ABS Brakes Control
Emergency 2-way radios
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
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 LANField Engineerwith Wearable Computer
Proxy server(s)
Proxy server(s)
Mobile Base Station
Telecommunications NetworkInternet
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
For further information: http://www.egr.msu.edu
Scientific ComputingUse 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 Mechanicsstructures, crashworthiness; structures, optimization; manufacturing
Affiliated Labs:• Multiphysics Computational
Research Laboratory
For further information: http://www.egr.msu.edu
Civil Infrastructure Engineering• Structures• Pavements• Construction Materials• Geotechnical
HIGH-PERFORMANCE STRUCTURESes
Factors Affecting Pavement Factors Affecting Pavement Performance & ResponsePerformance & Response
MULTI-HAZARD ENGINEERING
Damage & Repair AssessmentClimateClimate TrafficTraffic
MaterialMaterialPropertiesProperties
Pavement Pavement StructureStructure
Pavement Pavement conditioncondition