Memristor—The New Computing Element for Data-Centric Real-Time Image Processing
CMOS technology and its sustainable scaling have been the facilitators for the design and modeling of computers that have been inciting a wider range of applications. A broad dependence on technology, voluminous data, and rising processing needs have imposed the technology-computer architecture duos to suffer from serious hardships that hinder transistor utilization and advertise the need for new devices. This stimulates novel architectures equidistant to novel technologies. With zillion advantages like tiny size, high power tolerance, remembering capacity, huge retention, high persistence, low reads and writes, 3D design ability, tight fit with portable devices, made memristor a breakthrough technology for all ongoing data-centric applications. This paper review about memristor In-Memory computing capabilities, and its potency in Combinational logic and propose an architecture that suits for real-time Image processing applications.
KeywordsMemristors In-memory computing Combinational logic Real-time image processing
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