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Based on the erasure channel FEC model as defined in multimedia wirelessbroadcast standards, we illustrate how doping mechanisms included in the designof erasure coding and decoding may improve the scalability of the packetthroughput, decrease overall latency and potentially differentiate amongclasses of multimedia subscribers regardless of their signal quality. Wedescribe decoding mechanisms that allow for linear complexity and givecomplexity bounds when feedback is available. We show that elaborate codingschemes which include pre-coding stages are inferior to simple Ideal Solitonbased rateless codes, combined with the proposed two-phase decoder. Thesimplicity of this scheme and the availability of tight bounds on latency givenpre-allocated radio resources makes it a practical and efficient designsolution.

Low Complexity Differentiating Adaptive Erasure Codes for Multimedia Wireless Broadcast