Torque　ripple　is　an　inherent　property　of　switched　reluctance　motor　(SRM),　which　seriously　affects　the　control　performance　and　application　of　the　motor.　This　paper　proposes　two　torque　ripple　suppression　control　strategies　based　on　torque-sharing　function　(TSF).　According　to　the　symmetry　characteristics　of　the　flux　linkage　and　rotor　position　curve　family,　a　fourth-order　Fourier　series　is　used　to　fit　the　SRM　flux　linkage　analytical　model.　The　coefficient　of　each　harmonic　term　of　the　flux　linkage　model　is　a　function　related　to　current,　expressed　by　a　sixth-order　polynomial.　The　torque　analytical　formula　can　be　derived　from　the　flux　linkage　model.　The　torque　error　is　calculated　via　the　identified　torque　model　and　is　compensated　through　TSF　controller　in　order　to　reduce　torque　ripple.　The　torque　model　can　also　be　used　to　establish　the　torque　loop　to　achieve　accurate　tracking　of　the　TSF　reference　torque　to　reduce　torque　ripple.　Digital　simulation　was　conducted,　followed　by　the　implementation　on　a　SRM　test　bench　using　a　28335DSP　as　the　master　control　chip.　The　experimental　results　are　consistent　with　the　simulation　results,　and　indicate　the　effectiveness　of　the　proposed　schemes.