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  • Error Correction Code in SoC FPGA-Based
    This paper examines the potential sources and implications of soft errors and a. method implemented by Altera Corporation and Micron Technology to make. embedded systems more resilient to these types of soft errors through error detection. and correction.
  • Error Correction Code in SoC FPGA-Based Memory Systems
    This paper examines the potential sources and implications of soft errors and a. method implemented by Altera Corporation and Micron Technology to make. embedded systems more resilient to these types of soft errors through error detection. and correction.
  • Code Design for Dependable Systems - Preface
    between error correction and error detection. An. error locating code will indicate where the errors lie but not the precise erroneous digit. positions. This type of codes is useful for identifying the faulty block, faulty package, or. faulty chip, and thus enables fault isolation and reconfiguration
  • Cyclic Redundancy Code (CRC)
    obtained when M is divided by G. INTRODUCTION CRC is one of the most versatile error checking EQUATION 1: algorithm used in various digital communication M = G * Q + R systems. CRC stands for Cyclic Redundancy Code Check or simply Cyclic Redundancy Check. M + R = GQ = M - R Since addition
  • Peter Cochrane
    an HDB3 line code [2]. In-service performance monitoring of digital transmission systems is most commonly assessed by line code or frame alignment errors. Network operators currently employ Bit Error Ratio (BER), Error Free Seconds (EFS), or CCITT recommendation G821 [3] metrics to assess and monitor
  • [Chapter 10] 10.7 Debugging<
    errors. But even with good error detection, it is often difficult to isolate the problem. The techniques for discovering the source of the problem are a modest few and are fairly obvious. Unfortunately, most awk implementations come with no debugging tools or extensions. There are two classes of problems
  • Model-based design for mechatronics systems
    interactions and external disturbances. With these challenges comes the need to run open-loop supervisory control for such operational requirements as startup and shutdown, personnel and equipment safety, and fault detection and remediation. Mechatronic-design methods today emphasize mechanical

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