Burst Error Correction Method Based on Arithmetic Weighted Checksums

Abstract

In this paper a new approach for increasing the performance of burst error correction that occurs during data transmission in low-frequency channels with pulse-code modulation is proposed. The specific technique is based on the weighted checksum which is computed with arithmetic operations. It is shown that the solution proposed not only guarantees the correction of any single error burst but it also lowers the computational complexity so that procedure correction time does not depend on controlled data block length. Finally, the use of the algorithm is illustrated via the thorough presentation of an example of erroneous data transmission.

Method of Designing Generators of Pseudorandom Sequences for Information Protection Based on Shift Register with Non-Linear Feedback Function

“…In tasks of information protection, statistical monitoring and diagnosis, modeling and designing, generators of pseudorandom sequences are widely used. The effectiveness of these generators in informational technologies is defined by specific features of using them [1].…”