In　this　paper,　we　present　a　novel　video　coding　scheme　based　on　overcomplete　motion　compensated　temporal　filtering　(OMCTF)　for　robust　video　transmission　over　wireless　channel.　In　this　research,　we　introduce　EREC　and　unequal　error　protection　strategy　under　the　framework　of　OMCTF.　The　intrinsic　nature　of　the　OMCTF　structure　not　only　provides　fully　scalable　features　for　time-varying　mobile　wireless　channels　but　also　facilitates　unequal　error　protection　for　robust　video　transmission.　Since　the　most　destructive　effect　of　channel　induced　error　in　video　communications　over　error-prone　network　is　due　to　the　loss　of　synchronization　at　the　decoder,　we　apply　error　resilient　entropy　coding　(EREC)　to　the　compressed　video　bitstream　to　gain　additional　error　resilience　with　negligible　increase　in　bit　budget.　With　EREC,　the　bitstream　can　be　reorganized　into　fixed-length　slots　so　that　the　synchronization　can　be　easily　regained　at　the　beginning　of　the　next　uncorrupted　slot,　which　will　greatly　limit　the　error　propagation　in　the　scalable　video　bitstream.　To　further　enhance　the　robustness　for　video　communication　over　error-prone　channels,　we　introduce　the　Rate　Compatible　Punctured　Convolutional　(RCPC)　codes　for　the　protection　of　transmitted　video　over　mobile　wireless　links.　Due　to　the　apparent　prioritization　order　in　the　framework　of　OMCTF,　the　RCPC　codes　can　be　easily　applied　to　achieve　unequal　error　protection　in　the　proposed　OMCTF-based　scheme.　Integration　of　these　strategies　under　the　framework　of　OMCTF-based　video　coding　scheme　enables　us　to　achieve　robust　video　transmission　over　mobile　wireless　channels　with　an　increased　error　resilience　capability.　Experimental　results　have　demonstrated　the　performance　of　the　proposed　approach.