Research focus
About the research
How can embedded systems guarantee predictable timing for safety-critical control in hybrid CPU+FPGA platforms?
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The Cyber-Physical Systems Lab develops software/hardware techniques for fine-grained performance profiling and management to achieve controllable timeliness in accelerator-enabled embedded systems. Researchers design real-time virtualization and hypervisor technologies to provide spatio-temporal isolation and workload-aware tuning for high-performance cyber-physical applications. The group builds workload profiling tools to capture interactions between applications, processors, and memory resources for informed resource management. Projects explore neural-network-driven flight control and deployable NN-based controllers with emphasis on safety assessment and system deployability.
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