As　bike-sharing　has　been　emerging,　it　does　not　only　satisfy　people＇s　large　amounts　of　requirements　of　short　distance　travel,　but　also　assists　in　eliminating　URBAN　ILLS,　such　as　traffic　congestion,　environment　contamination　and　so　on.　Its　convenience　of　usage　has　been　greatly　promoted　when　getting　rid　of　parking　piles,　but　some　newly　situations,　such　as　irregular　parking　behaviors　lead　to　traffic　environmental　problems,　which　has　an　impact　on　the　sustainable　development　of　the　bike-sharing.　In　this　paper,　high　precision　virtual　electronic　fence　technology　based　on　GNSS,　intelligent　terminal　and　precision　orientation　algorithm　was　proposed.　Moreover,　the　bike-sharing＇s　regular　parking　management　and　the　accuracy　of　intelligent　scheduling　come　true　via　BDS　(compatible　with　GPS　s　GLONASS　and　GALILEO).　Sub-meter　positioning　precision　was　achieved　in　the　virtual　electric　fence　technique,　and　the　accuracy　rate　of　lairaging　of　the　bike-sharing　has　been　more　than　90%.　©　2017　IEEE.