Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ,  consider a wireless access network with K mobile devices and an access point with n/sub T/ transmit antennas.  shall propose a novel mobile-assisted scheduling algorithm for the multibeam phase-sep transmit diversity (MB-PSTD) systems.  consider the downlink system performance with respect to maximal-throughput and proportional-fair utility functions.  show that the MB-PSTD scheme could significantly enhance the downlink system performance compared to the conventional PSTD schemes by fully utilizing the n/sub T/ degrees of freedom in the system. With the mobile-assisted scheduling algorithm, the feedback requirement is substantially reduced. The beam-seping facilitates the multiuser selection diversity beten slow mobility users while the multibeam fully utilize the intrinsic system degree of freedom. As  increase n/sub T/, the MB-PSTD system performance is gradually limited by the multibeam interference because it more and more difficult to find a set of users perfectly aligned with the n/sub T/ orthogonal beams. Yet, the multibeam interference could be reduced by increasing the number of active users (K) in the system. Asymptotically at large n/sub T/ and K,  show that the system capacity scales linearly instead of logarithmically with respect to the transmitted por.
['Vincent Kin Nang Lau']
I am writing a research paper on a idea Mobile-assisted scheduling for downlink multibeam phase-sweep transmit diversity (PSTD) with partial feedback
[{"from": "human", "value": "I am writing a research paper on a idea Mobile-assisted scheduling for downlink multibeam phase-sweep transmit diversity (PSTD) with partial feedback"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: ,  consider a wireless access network with K mobile devices and an access point with n/sub T/ transmit antennas.  shall propose a novel mobile-assisted scheduling algorithm for the multibeam phase-sep transmit diversity (MB-PSTD) systems.  consider the downlink system performance with respect to maximal-throughput and proportional-fair utility functions.  show that the MB-PSTD scheme could significantly enhance the downlink system performance compared to the conventional PSTD schemes by fully utilizing the n/sub T/ degrees of freedom in the system. With the mobile-assisted scheduling algorithm, the feedback requirement is substantially reduced. The beam-seping facilitates the multiuser selection diversity beten slow mobility users while the multibeam fully utilize the intrinsic system degree of freedom. As  increase n/sub T/, the MB-PSTD system performance is gradually limited by the multibeam interference because it more and more difficult to find a set of users perfectly aligned with the n/sub T/ orthogonal beams. Yet, the multibeam interference could be reduced by increasing the number of active users (K) in the system. Asymptotically at large n/sub T/ and K,  show that the system capacity scales linearly instead of logarithmically with respect to the transmitted por."}]