Residual packet loss rate analysis of 2-D parity forward error correction
作者：
Highlights：
• Lower and upper bounds on residual packet loss rate can be derived for 2D FEC.
• The matrix size has a marginal impact on the performance at low packet loss rates.
• Most deadlocks involve the missing lowest-rightmost FEC packet of the matrix.
• Adding the missing lowest-rightmost FEC packet would greatly improve performance.
• The results derived for random packet losses can be applied to bursts.
摘要
•Lower and upper bounds on residual packet loss rate can be derived for 2D FEC.•The matrix size has a marginal impact on the performance at low packet loss rates.•Most deadlocks involve the missing lowest-rightmost FEC packet of the matrix.•Adding the missing lowest-rightmost FEC packet would greatly improve performance.•The results derived for random packet losses can be applied to bursts.
论文关键词：Forward error correction (FEC),2D FEC,Dual FEC,2-D parity FEC,Pro-MPEG COP3,SMPTE 2022-1,SMPTE 2022-5,Video transmission,Residual packet loss rate
论文评审过程：Received 15 January 2021, Revised 14 October 2021, Accepted 8 December 2021, Available online 14 December 2021, Version of Record 27 December 2021.
论文官网地址：https://doi.org/10.1016/j.image.2021.116597
