This　work　studied　a　bike　station　location　problem　(BSLP)　for　the　bike-sharing　system.　To　promote　the　system,　the　problem　aims　at　maximizing　the　service　quality　via　optimal　decision　of　locating　the　bike　stations　and　design　travel　route　for　bike　users.　The　service　quality　is　evaluated　by　the　satisfaction　function　which　reflects　the　travel　time　of　the　bike　journey.　Then　an　integer　programming　model　is　formulated　for　the　BSLP.　To　validate　the　proposed　model,　a　commercial　IP　solver　CPLEX　is　applied　for　solving　it　in　extensive　experiments.　Computational　results　on　sensitive　analysis　of　parameters　justify　the　correctness　and　effectiveness　of　the　model.　Moreover,　useful　remarks　are　drawn　as　suggestions　for　decision　making　of　the　location　of　bike-sharing　system.　©　2019　IEEE.