(PDF) Self-Timed SRAM for Energy Harvesting Systems. - ResearchGate
www.researchgate.net › ... › SRAM
In this paper, the latency mismatch between memory cells and the corresponding controller using typical delay elements is investigated and found to be highly ...
In this paper, the latency mismatch between memory cells and the corresponding controller using typical delay elements is investigated and found to be highly ...
Portable digital systems need to be not just low power but power efficient as they are powered by low batteries or energy harvesters.
The latency mismatch between memory cells and the corresponding controller using typical delay elements is investigated and found to be highly variable for ...
Abstract. Portable digital systems tend to be not just low power but power effi- cient as they are powered by low batteries or energy harvesters.
Abstract— In energy-aware design, especially for systems with uncertain power sources, asynchronous computation loads which.
In this paper, the latency mismatch between memory cells and the corresponding controller using typical delay elements is investigated and found to be highly ...
Energy harvesting systems tend to provide nondeterministic, rather than stable, power over time. Existing memory systems use delay elements to cope with the ...
Figure 9: Self-timed datapath. Figure 9 shows a self-timed pipelined datapath in which the clock is provided by a ring oscillator containing a replica.
Essentially, this research conducted experiments to find out the design met-ric of an SRAM that is the most vulnerable to unpredictable energy sources, which ...