Scalable　video　coding　provides　an　efficient　way　to　serve　video　contents　at　different　visual　quality　levels　and　different　resolutions.　In　this　paper,　the　spatial　scalability　and　quality　scalability　are　evaluated　on　a　base　of　the　new　Scalable　High-efficiency　Video　Coding　(SHVC)　extension　of　HEVC　under　development.　To　further　improve　the　coding　efficiency　of　SHVC,　we　present　a　set　of　coding　schemes　to　exploiting　inter-layer　redundancies　for　efficient　compression　of　the　enhancement　layer.　The　coding　schemes　include　inter-layer　frame　prediction,　combined　weighted　prediction　and　inter-layer　adaptive　filter,　which　aim　at　fully　utilizing　the　reconstructed　base　pictures　in　the　enhancement　layer　prediction.　Experimental　results　show　the　effectiveness　of　our　scheme　compared　with　the　simulcast　case　and　other　HEVC-based　scheme.　In　average,　these　schemes　can　achieve　1.5%　and　1.7%　BD-rate　gain　for　RA　HEVC　2x　spatial　scalability　case　and　HEVC　SNR　scalability　case,　respectively.　©　Springer　International　Publishing　Switzerland　2013.