Real-time video transmission over wireless networks is now a part of the daily life of users, since it is the vehicle that delivers a wide range of information. The challenge of dealing with the fluctuating bandwidth, scarce resources and time-varying error levels of these networks, reveals the need for packet-loss resilient video transport. Given these conditions, Forward Error Correction (FEC) approaches are desired to ensure the delivery of video services for wireless users with Quality of Experience (QoE) assurance. This work proposes a Cross-layer Video-Aware FEC-based mechanism with Unequal Error Protection (UEP) scheme for packet loss resilient video transmission in wireless networks, which can increase user satisfaction and improve the use of resources. The advantages and disadvantages of the developed mechanism are highlighted through simulations and assessed by means of both subjective and objective QoE metrics.
Data Traffic Monitoring and Analysis: From measurement, classification and anomaly detection to Quality of experience, 36, pp. 1-17, Springer, March 2013
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Year 2015 : 3 citations
R Immich, P Borges, E Cerqueiraâ?¦, QoE-driven video delivery improvement using packet loss prediction, International Journal of …, 2015
R Immich, E Cerqueiraâ?¦, Adaptive qoe-driven video transmission over vehicular ad-hoc networks, … INFOCOM WKSHPS), 2015 …, 2015
R Immich, E Cerqueira, M Curado, Shielding video streaming against packet losses over VANETs, Wireless Networks, 2015
Year 2014 : 4 citations
R Immich, P Borges, E Cerqueiraâ?¦, Adaptive motion-aware FEC-based mechanism to ensure video transmission, … (ISCC), 2014 IEEE …, 2014
R Immich, E Cerqueira, M Curado, Improving Video QoE in Unmanned Aerial Vehicles Using an Adaptive FEC Mechanism, Wireless Networking for Moving …, 2014
R Immich, P Borges, E Cerqueiraâ?¦, AntMind: Enhancing error protection for video streaming in wireless networks, Smart Communications …, 2014
R Immich, E Cerqueiraâ?¦, Ensuring QoE in wireless networks with adaptive FEC and Fuzzy Logic-based mechanisms, … (ICC), 2014 IEEE …, 2014
