RISC-V based sequence detector with improved speed in memory access control using system Verilog Available to Purchase

Efficient memory access control is pivotal for digital system security, impacting diverse domains such as mobile/desktop software, network security, and critical system security. This study presents a RISC-V Based Sequence Detector in System Verilog, aiming to optimize memory access control performance. Leveraging the RISC-V instruction set architecture (ISA) and advanced coding practices, the proposed sequence detector guarantees improved speed and precision compared to conventional methods. By adeptly managing input sequences, the sequence detector enables precise memory access control whereas following to advanced coding standards with RISC-V ISA. The adoption of System Verilog not only modernizes coding practices but also significantly boosts the speed of the sequence detector, underscoring its potential for enhancing overall system efficiency and security. This progression represents a significant leap forward in digital system security, offering increased responsiveness, reducing delay by 1.02 ns, displaying a robust solution to digital system challenges and promising expanded effectiveness in Memory Access Control systems through streamlined design and contemporary coding methods.