Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Multi-Cell coordination or Coordinated Multi-Point (CoMP) schemes are seen as the next evolution of LTE-Advanced to yield a further improvement in overall system performance. ,  study in detail the performance of one such CoMP scheme, namely Multi-cell coordinated scheduling (MuCCS). In our previous work,  have shown that the performance of MuCCS using a distributed "liquid cooperation cluster," where each cell coordinates with its nearest neighbors, out-performs a centralized scheme where the coordination is done over a small set of non-overlapping cells (either three cell or nine cells). In this work,  ansr the question of whether there are any additional gains to be obtained by a centralized implementation, if the cooperation cluster is allod to be arbitrarily large.  also quantify the additional performance gain obtained from allowing intermediate transmit por values besides just the binary on/off por values. Finally,  evaluate the performance of MuCCS when the eNodeBs are connected by a non-ideal backhaul, and devise a distributed MuCCS scheme that retains its advantage over a centralized coordination scheme even in the presence of a non-ideal backhaul. Overall, our results validate that additional high-complexity extensions of coordinated scheduling does not yield large gains over the distributed MuCCS scheme with "liquid cooperation clusters" and on/off por values. ,  use the geometric mean of UE throughputs as the performance metric, and  motivate the rationale behind use of this as a single metric for performance comparison.
['Shalini Gulati', 'Suresh Kalyanasundaram', 'Prakhar Nashine', 'Balamurali Natarajan', 'Rajeev Agrawal', 'Anand S. Bedekar']
I am writing a research paper on a idea Performance Analysis of Distributed Multi-Cell Coordinated Scheduler
[{"from": "human", "value": "I am writing a research paper on a idea Performance Analysis of Distributed Multi-Cell Coordinated Scheduler"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Multi-Cell coordination or Coordinated Multi-Point (CoMP) schemes are seen as the next evolution of LTE-Advanced to yield a further improvement in overall system performance. ,  study in detail the performance of one such CoMP scheme, namely Multi-cell coordinated scheduling (MuCCS). In our previous work,  have shown that the performance of MuCCS using a distributed \"liquid cooperation cluster,\" where each cell coordinates with its nearest neighbors, out-performs a centralized scheme where the coordination is done over a small set of non-overlapping cells (either three cell or nine cells). In this work,  ansr the question of whether there are any additional gains to be obtained by a centralized implementation, if the cooperation cluster is allod to be arbitrarily large.  also quantify the additional performance gain obtained from allowing intermediate transmit por values besides just the binary on/off por values. Finally,  evaluate the performance of MuCCS when the eNodeBs are connected by a non-ideal backhaul, and devise a distributed MuCCS scheme that retains its advantage over a centralized coordination scheme even in the presence of a non-ideal backhaul. Overall, our results validate that additional high-complexity extensions of coordinated scheduling does not yield large gains over the distributed MuCCS scheme with \"liquid cooperation clusters\" and on/off por values. ,  use the geometric mean of UE throughputs as the performance metric, and  motivate the rationale behind use of this as a single metric for performance comparison."}]