Efficient Implementation of 16 Reconfigurable Boolean Logics Based on Memristors and Their Application in Image Edge Detection

This paper presents a novel memristor-based logic-inmemory (LIM) design that integrates resistance input resistance output (R-R) and voltage input resistance output (V-R) principles to enhance computational efficiency. We implement 16 reconfigurable Boolean logic functions within a unified circuit framework. The design is applied to create both 1 -bit and n-bit full adders, demonstrating significant improvements in speed and area efficiency. Additionally, the designs are utilized for image edge detection using both logical operations and the Sobel operator, with image results validating their effectiveness. This work highlights the potential of memristor-based logic to advance edge computing applications.