For applications where throughput or polarization insensitivity is critical, custom volume phase holographic gratings can be used to achieve highly efficient, polarization-insensitive performance.
The proposed design methodology of optimizing the supply voltage for temperature variation insensitive circuit performance is, therefore, particularly attractive for low-power applications with relaxed speed requirements.
A design technique based on optimizing the supply voltage for simultaneously achieving energy efficiency and temperature variation insensitive circuit performance is proposed in this paper.
The energy per cycle and the propagation delay at the supply and threshold voltages providing temperature variation insensitive circuit performance, minimum energy-delay product, and minimum energy are compared.
As previously analyzed, the state-of-the-art preemptive solutions are insensitive to performance degradation due to reasons other than mobility, such as interference and congestion.
The EGM-rgbGE-based face recognition method is observed to be more insensitive to performance degradation factors such as illumination, pose, and expression with 98% RR and 0.34% EER.
Some of these problems were overcome by application of optical fibres and advances in gamma ray detector technology, which were initiated mainly by the advent of avalanche photodiodes; in addition the routine availability of fast scintillation materials resulted in the development of fully magnetic-field-insensitive high-performance PET detectors [98].
Three optimization models, sensitivity-based, scenario-based and min max, are proposed for determining robust optimal improvement schemes that make system performance insensitive to realizations of uncertain demands or allow the system to perform better against the worst-case demand scenario.
The fuzzy controller combined Taguchi parameter design, which makes the control performance insensitive to the operating condition changes and noise was used to determine the membership functions.
