The enhanced TASKING integrated toolchain combines compile, debug, and test capabilities to automate the measurement, assessment, and optimization of hidden timing interference in multicore SoCs for ...
Why multicore interference makes WCET hard to bound — and why timing measurements alone aren’t enough. How to combine static, dynamic, and hardware analyses to build defensible WCET evidence. How to ...
Chung-Kuan Cheng received a Ph.D. degree inelectrical engineering and computer sciences from University ofCalifornia, Berkeley in 1984. From 1984 to 1986 he was a senior CADengineer at Advanced Micro ...
Christoph Herzog, Tasking: “Our unified toolchain integrates compile, debug, and test capabilities together to identify complex multicore timing coupling ...
How to apply CAST-32A and A(M)C20-193 guidance for heterogeneous multicore processors. Techniques for measuring timing and interference on heterogeneous multicore processors. How to employ robust ...
TASKING has unveiled new upgrades to its unified development toolchain aimed at improving worst‑case timing and coupling analysis for real‑time multicore embedded systems used in safety‑critical ...
A recent blog post discussed the use of virtual metal fill (VMF) to predict the effects of real metal fill when performing RC extraction on a chip layout. This enables static timing analysis (STA) ...
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