Multiple　joint　virtual　reality　(VR)　and　tactile　applications,　e.g.　tele-operation,　bring　many　challenges　to　wireless　networks.　Instead　of　considering　the　quality　of　service　(QoS)　of　VR　and　tactile　traffic　independently,　in　this　work,　the　integrated　just-noticeable　difference　(JND)　is　introduced　as　a　key　metric　to　represent　the　joint　Visuo-Tactile　perceptual　resolution.　More　importantly,　considering　their　different　time　characteristics,　a　two-time-scale　resource　allocation　scheme　is　proposed　relying　on　the　puncturing　scheme　for　joint　enhanced　mobile　broadband　(eMBB)　and　ultra-reliable　low　latency　communication　(URLLC)　traffic.　Moreover,　both　mobile　edge　computing　(MEC)　computing　offload　and　K-Repetition　schemes　are　involved　to　ensure　the　delay　and　reliability　constraints.　simulations　show　that　our　algorithm　outperforms　the　traditional　heuristic　algorithm,　i.e.　better　VR　QoS　is　provided　while　the　communication　requirements　for　tactile　is　satisfied.　©　2023　IEEE.