Designing and Implementing a Self-checking Shifter Utilizing Berger Code Methodology

Abstract

Digital systems today are more complex than ever before. The complexity of digital circuits leads to increased crosstalk, noise, and other potential sources of transient errors during normal operation. Conventional offline testing procedures cannot ensure location of these issues; they may be recognized through online or concurrent error detection (CED) strategies. Concurrent error detection empowers advanced frameworks to approve the exactness of comes about amid standard movement. Berger Code is prevalent approach for concurrent error detection applications as it can discover all unidirectional errors in computerized frameworks. This manuscript introduces a design for self-checking shifter Using Berger code.