In this paper you can get description regarding accuracy, reference voltage, the supply voltage, sampling rate, control circuit, hardware conﬁguration, the input current, characterization, range, power measurement techniques, physical power measurements, power measurement, and supply voltage ﬂuctuations. This paper presents explanation regarding circuits, measurements, consumption measurement, error, switch control circuit, processors, clock, trigger pulse, current measurement, measurement accuracy, input current, power dissipation, and measurement.
Lots of explanation related to power measurements, the power dissipation, processor, the switch control, the sampling rate, measurement technique, data acquisition, the power spectrum, performance, operation range, frequency, the integration interval, and the processors architecture are presented inside this paper. The following are taken from this paper:
The steadily increasing performance of mobile devices implies also a rise in power consumption. To counteract this trend it is mandatory to accomplish software power optimizations based on accurate power consumption models characterized for the processor. This paper presents an environment for automated instruction set characterization based on physical power measurements. For an accurate current measurement a high performance sampling technique has been established, which can be either clock or energy driven.
Giving more content, the paper explains information things like techniques, power, clock cycle, measurement techniques, power consumption, circuit, current, sampling circuit, processor clock, energy consumption, analysis, sampling, and energy consumption measurement.