Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Many real-time applications require one to many (multicast) communication. Real time applications can gracefully accommodate some loss but require low delay.  minimize the delay in real-time MAC layer multicast by exploiting the broadcast nature of wireless medium and limited loss tolerance of the applications.  show that multiple transmissions of a packet at the MAC layer significantly reduces the delay than that when only one transmission is allod. But each additional transmission consumes additional por and increases network load. Therefore, our goal is to design a policy that judiciously uses the limited transmission opportunities so as to deliver each packet in minimum possible time to the required number of group members.  show that the problem is an instance of the stochastic shortest path problem, and using this formulation obtain a computationally simple, closed form transmission strategy in important special cases. Numerical computations show that only a small number of transmissions, if used judiciously, are sufficient to minimize the delay subject to loss constraint.
['Prasanna Chaporkar', 'Saswati Sarkar']
I am writing a research paper on a idea Minimizing delay in loss-tolerant MAC layer multicast
[{"from": "human", "value": "I am writing a research paper on a idea Minimizing delay in loss-tolerant MAC layer multicast"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Many real-time applications require one to many (multicast) communication. Real time applications can gracefully accommodate some loss but require low delay.  minimize the delay in real-time MAC layer multicast by exploiting the broadcast nature of wireless medium and limited loss tolerance of the applications.  show that multiple transmissions of a packet at the MAC layer significantly reduces the delay than that when only one transmission is allod. But each additional transmission consumes additional por and increases network load. Therefore, our goal is to design a policy that judiciously uses the limited transmission opportunities so as to deliver each packet in minimum possible time to the required number of group members.  show that the problem is an instance of the stochastic shortest path problem, and using this formulation obtain a computationally simple, closed form transmission strategy in important special cases. Numerical computations show that only a small number of transmissions, if used judiciously, are sufficient to minimize the delay subject to loss constraint."}]