To　solve　the　problems　of　efficiency,　flexibility,　and　privacy　protection　faced　by　electronic　tickets,　an　efficient　and　transferable　attribute-based　ticket　scheme　with　strong　privacy　protection　was　proposed.　Firstly,　a　ticket　issuing　algorithm　based　on　attribute　disclosure　was　constructed　by　combining　attribute-based　credentials　and　set　commitment.　Secondly,　the　structure-preserving　signature　on　equivalence　class　and　dynamic　malleable　signature　were　used　to　reduce　the　computational　complexity　of　the　ticket　issuance,　and　the　ticket　transfer　and　ticket　verification　with　constant　complexity　were　realized.　In　addition,　to　prevent　the　possibility　of　malicious　verifiers　guessing　user　information　according　to　the　seller＇s　identity,　the　scheme　not　only　realized　the　anonymity　of　the　user,　but　also　realized　the　anonymity　of　the　seller　in　the　ticket　verification　for　the　first　time.　Finally,　the　security　definition　of　the　scheme　was　given,　and　its　security　was　reduced　to　either　well-known　complexity　cryptography　assumptions　or　the　security　of　proven　cryptography　primitives.　Comparison　and　experimental　results　demonstrate　that　the　proposed　scheme　is　flexible　and　efficient.　©　2022,　Editorial　Board　of　Journal　on　Communications.　All　right　reserved.