I/O Interfacing, Monitoring and Optimization of Energy-constrained Real-time FPGA-SoCs

Beschreibung

With foundations laid over the last six decades, digital computing is evolving towards heterogeneous, domain-specific, and hardware-programmable architectures. For real-time systems (RTSs) today, this enables powerful, yet highly complex hardware platforms like systems on a chip (SoCs). Besides reviving the aforementioned history and looking at future trends in two dedicated chapters, this book explores the intersection of RTSs and heterogeneous SoCs including a field-programmable gate array (FPGA), and tackles challenges in their interfacing, monitoring and optimization. Moving towards safety, security, predictability and energy efficiency, we present novel techniques for data acquisition in networked RTSs. We then propose independent measurement tools for end-to-end latencies and energy that are extended and fused into a unified tracing methodology also covering function. Lastly, we optimize energy in a latency-neutral way.

Autor*in

Martin Geier

Themen in »I/O Interfacing, Monitoring and Optimization of Energy-constrained Real-time FPGA-SoCs«

Technische Universität München TU München TUM TUM School of Computation, Information and Technology Department of Electrical Engineering Chair of Real-Time Computer Systems Field-programmable Gate Array Programmable Hardware System-on-Chip Heterogeneous Real-time System Networked Real-time System Timing and Energy Constraints End-to-end Latency Predictability Safety and Security

Stimmen zu »I/O Interfacing, Monitoring and Optimization of Energy-constrained Real-time FPGA-SoCs«

Details

Link teilen