The　dynamic　resource　allocation　in　controlled　wireless　networks　was　studied.　To　solve　the　problem　that　with　the　rapid　development　of　wireless　communication　systems,　the　limitations　of　the　traditional　wireless　communication　transmission　model　are　becoming　increasingly　evident,　a　controlled　wireless　network　model　using　the　feedback　control　strategy　was　proposed.　The　model　combines　the　partially　observable　Markov　decision　process　(POMDP),　and　sets　the　receiving　power　of　users　and　the　bit　error　rate　(BER)　of　data　transmission　as　the　observation　targets　in　the　feedback　strategy.　The　antennas　that　work　on　the　base　station　and　the　users　which　connect　the　base　station　can　be　dynamic　optimal　matching　each　other.　The　simulation　results　show　that　the　proposed　algorithm　can　improve　the　energy　efficiency　and　the　reliability　of　the　system,　and　reduce　the　BER,　so　that　the　dynamic　matching　performance　of　system　resources　can　be　improved　effectively.　©　2017,　Executive　Office　of　the　Journal.　All　right　reserved.