Video　transmission　services　on　wireless　networks　are　extremely　severely　affected　by　wireless　network　packet　loss.　It　cannot　meet　the　high-quality　requirements　of　real-time　video　services.　Traditional　remedial　measures　adopt　error　recovery　strategies　such　as　Negative-ACKnowledge　character　(NACK),　Forward　Error　Correction　(FEC),　and　Hybrid　Automatic　Repeat　reQuest　(HARQ),　these　cannot　well　meet　the　increasingly　stringent　needs　of　users　in　time-varying　networks.　This　article　first　analyzes　three　commonly　used　anti-packet　loss　strategies　in　real-time　video　transmission,　and　takes　into　account　the　performance　effects　of　different　strategies　in　the　aspects　of　delay,　quality,　and　transmission　efficiency.　Moreover,　we　propose　an　adaptive　anti-packet　strategy　selection　algorithm　based　on　the　three　schemes.　We　establish　a　unified　system　delay　model　and　adopts　channel　response　measures　in　different　link　delay　performance　environments.　Experimental　results　show　that　the　proposed　algorithm　can　dynamically　select　the　optimal　antipacket　loss　solution　more　sensitively,　and　optimize　the　data　transmission　efficiency　on　the　premise　of　ensuring　the　video　quality.