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Showing 1 to 6 of 6 for “"Threshold Logic Gates"”.
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Design of High Performance Threshold Logic Gates
Threshold logic gates are gaining more importance in recent years due to significant development in switching devices. This renewed the interest in high performance and low power circuits with threshold logic gates. Threshold Logic Gates can be implemented using both the traditional CMOS …
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COPING WITH DISCREPANCIES OF THE MANUFACTURED WEIGHTS IN THRESHOLD LOGIC GATES
Threshold Logic technology is conceived as the crucial alternate emerging technology to CMOS implementation in nanoelectronic era and the realization of complex functionalities is becoming an increasingly promising approach in the deep sub-micron design era. The gate that is implemented with …
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REPROGRAMMABLE THRESHOLD LOGIC GATES BASED ON RANDOM NANOSTRUCTURED NETWORKS FOR ALGEBRAIC AND LOGIC BOOLEAN COMPUTATION
… demonstrated the remarkable advantages of threshold logic (TL), but to this day many limits hampered TL’s commercial success. While memristors have demonstrated that memory need not be separated from computation, the fine-tuning of their analog conductance appears to cut out all the …
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SYNTHESIS AND TESTING OF THRESHOLD LOGIC CIRCUITS
Threshold logic gates gaining more importance in recent years due to the significant development in the switching devices. This renewed the interest in synthesis and testing of circuits with threshold logic gates. Two important synthesis considerations of threshold logic circuits are addressed …
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DESIGN AND TEST OF DIGITAL CIRCUITS AND SYSTEMS USING CMOS AND EMERGING RESISTIVE DEVICES
… memory, Boolean implementation, computing, and logic systems. This dissertation focuses on testing and design of such applications. In particular, we investigate on testing of memristor-based memories, design of memristive implementation of Boolean functions, and reliability and design of …
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Circuit Design Methods with Emerging Nanotechnologies
… capability for implementing non-conventional logic such as threshold logic and reversible logic; ii) due to the density and size factors of nano-devices, the defect rate of nanoelectronic system is much higher than conventional CMOS systems, therefore existing design paradigms cannot guarantee …