1 S. Ahmad, "Video Streaming: Reliable Wireless Streaming with Digital Fountain Codes. ch. 138"
2 W. Kumwilaisk., "Reliable wireless video transmission via fading channel estimation and adaptation" 185-190, 2000
3 H. Schulzrinne, "RTP: A transport protocol for real-time applications, network working group" 2003
4 K. Park., "Qos-sensitive transport of real-time mpeg video using adaptive redundancy control" 24 (24): 78-92, 2001
5 I. S. Reed., "Polynomial codes over certain finite fields" 8 (8): 300-304, 1960
6 L. Lavy., "Optimal packet-level FEC strategies in connection with large delay-bandwidth products" 5 (5): 1645-1650, 2006
7 Z. Xiaoqing, "Layered Internet video engineering (LIVE): Network-assisted bandwidth sharing and transient loss protection for scalable video" 1-5, 2010
8 A. Nafaa., "Forward error correction strategies for media streaming over wireless networks" 46 (46): 72-79, 2008
9 S. Kim, "Efficient erasure code for wireless sensor networks"
10 A. N. C. Lamoriniere, "Dynamic switching between adaptive FEC protocols for reliable multi-source streaming" 1-6, 2009
1 S. Ahmad, "Video Streaming: Reliable Wireless Streaming with Digital Fountain Codes. ch. 138"
2 W. Kumwilaisk., "Reliable wireless video transmission via fading channel estimation and adaptation" 185-190, 2000
3 H. Schulzrinne, "RTP: A transport protocol for real-time applications, network working group" 2003
4 K. Park., "Qos-sensitive transport of real-time mpeg video using adaptive redundancy control" 24 (24): 78-92, 2001
5 I. S. Reed., "Polynomial codes over certain finite fields" 8 (8): 300-304, 1960
6 L. Lavy., "Optimal packet-level FEC strategies in connection with large delay-bandwidth products" 5 (5): 1645-1650, 2006
7 Z. Xiaoqing, "Layered Internet video engineering (LIVE): Network-assisted bandwidth sharing and transient loss protection for scalable video" 1-5, 2010
8 A. Nafaa., "Forward error correction strategies for media streaming over wireless networks" 46 (46): 72-79, 2008
9 S. Kim, "Efficient erasure code for wireless sensor networks"
10 A. N. C. Lamoriniere, "Dynamic switching between adaptive FEC protocols for reliable multi-source streaming" 1-6, 2009
11 "Digital Fountain. Why raptor is better than reed-solomon for streaming applications"
12 MIT and Mazu Networks, "Click router"
13 Longzhe Han, "An Adaptive FEC Mechanism Using Cross-layer Approach to Enhance Quality of Video Transmission over 802.11 WLANs" 한국인터넷정보학회 4 (4): 341-357, 2010
14 Y. Shan., "Adaptive two-stage FEC scheme for scalable video transmission over wireless networks" 24 (24): 718-729, 2009
15 Y. Sohn., "Adaptive packet-level FEC algorithm for improving the video quality over IEEE 802.11 Networks" 6 (6): 2012
16 J. Feng, "Adaptive FEC algorithm based on prediction of video quality and bandwidth utilization ratio" 182-188, 2009
17 N. Ziadah., "A performance study of adaptive FEC mechanism for video transmission over 802. 11 WLANs" 7 (7): 402-417, 2012
18 C. H. Lin., "A RED-FEC mechanism for video transmission over WLANS" 54 (54): 517-524, 2008
19 J. -P. Ebert., "A Gilbert-Elliot bit error model and the efficient use in packet level simulation" Tech. Rep., Telecommunication Networks Group, Technical University Berlin 1999