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With the quick proliferation of extended reality (XR) services, the mobilecommunications networks are faced with gigantic challenges to meet thediversified and challenging service requirements. A tight coordination or evenconvergence of applications and mobile networks is highly motivated. In thispaper, a multi-domain (e.g. application layer, transport layer, the corenetwork, radio access network, user equipment) coordination scheme is firstproposed, which facilitates a tight coordination between applications andnetworks based on the current 5G networks. Toward the convergence ofapplications and networks, a network architectures with cross-domain jointprocessing capability is further proposed for 6G mobile communications andbeyond. Both designs are able to provide more accurate information of thequality of experience (QoE) and quality of service (QoS), thus paving the pathfor the joint optimization of applications and networks. The benefits of theQoE assisted scheduling are further investigated via simulations. A newQoE-oriented fairness metric is further proposed, which is capable of ensuringbetter fairness when different services are scheduled. Future researchdirections and their standardization impacts are also identified. Towardoptimized end-to-end service provision, the paradigm shift from loosely coupledto converged design of applications and wireless communication networks isindispensable.

Network Architecture Design toward Convergence of Mobile Applications and Networks