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This paper presents a six-bit current-steering digital-to-analogue converter (DAC), which optimises the spurious free dynamic range (SFDR) performance of high-speed binary weighted architectures by lowering current switch distortion and reducing the clock feedthrough effect.
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Some of these researches are based on (i) hardware with voltage and frequency control (e.g., DVFS [11]), (ii) resource allocation: Reducing power consumption by reducing the clock frequency of the processor has been widely studied [5, 12], Flautner et al. [13] explored a software managed dynamic voltage scaling policy that sets CPU speed on a task basis rather than by time intervals.
4) Reducing the clock frequency. .
Reducing the physical capacitance, Reducing the switching activity, Reducing the clock frequency, Reducing the supply voltage.
The proposed hardware additions provide 30% speed improvement over software solution, thereby reducing the clock rate required to process full-rate video from 300 MHz down to 213 MHz.
Additionally, slew table construction and internal nodes relocation are involved to satisfy the slew rate constraint and further reduce the clock skew.
The hardware architecture takes advantage of the pipelining and parallel operations of the adaptive search patterns, and utilizes a fully pipelined multilevel SAD calculator to improve the computational efficiency and, therefore, reduce the clock frequency reasonably.
We generalize this idea to look into the possibility of co-optimizing the driving buffers and flip-flops together to reduce the clock power at the boundary of clock trees, and propose an effective four-step synthesis algorithm of clock tree boundary for low power.
This reduces the clock frequency needed to a range achievable by embedded devices and provides an increased level of parallelism which also eases the work load per processing unit.
To reduce the clock jitter, one clock is used to generate the clock sampling signal.
However, the LDPC decoding time increases as we reduce the clock speed.
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