Adaptive chip architecture

 

ISI creates physical devices and supporting technologies that perform to highly demanding specifications –and/or in highly demanding environments such as outer space – through unique approaches to computing design and deployment.  Our advances include dramatically faster processors, resource-conserving processing engines, highly fault-tolerant systems and novel, processor-based approaches to healthcare treatment.

Research focuses on:

• Scalable and low-power embedded systems
• Novel computing systems
• VLSI and system-on-a-chip (SoC) technology
• Trusted, reliable space systems and electronics
• Biomimetic and bio-inspired systems

Among our current projects:

• Novel computing:  MONARCH supercomputer-on-chip adaptable systems   
• Space electronics:  Rad-Hard by Design radiation hardening circuit techniques
• Scalable embedded system: OPERA software architecture for novel processor architectures
• Autonomous systems for cognitive radar: IDCF intelligent run-time control for reconfigurable computing

Divisions:

Advanced Systems:  Microprocessor Architecture Computational Sciences Dynamic Systems Integration Sciences Silicon Systems/MOSIS