Abstract: During this paper, numerous error detection techniques are analyzed. To attain high performance and higher quality of data transmission, error detecting and correcting techniques are used. Many various errors are detecting and correcting techniques are available. It will improve the performance similar to the quality of the data transmitted. When a digital signal is transmitted between two systems, the signal gets distorted owing to the addition of noise to the transmitted signal. The noise may introduce an error is the binary train of bit travelling from one system to the other. This suggests that a 0 may amend to 1 or a 1 may amend to 0. This Error may become a severe issue with the accuracy and performance of the digital system. Therefore, it is essential to detect and correct errors. In data communication errors are introduced during the transmission of data from the transmitter to the receiver because of noise or some other reasons. The reliability of data transmission gets severely affected and distorted owing to these added errors on data. The detection and correction of transmission error another one or more than one extra bit during the time of transmitting the signal. So we found some extra bits which are called parity bits. These parity bits generally detect or sometimes correct the errors.
Keywords: Error detection techniques, Hamming Code, Even Parity generator, Odd Parity generator, Counting technique, FPGA [Field Programmable Gate Array], HVD [Horizontal Vertical Detection], CRC [Cyclic Redundancy Check], Matrix codes, Power, Delay.
| DOI: 10.17148/IJARCCE.2020.91020