Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Wireless objects equipped with multiple antennas are able to simultaneously transmit or receive multiple packets by exploiting the channel's spatial dimensions. ,  study the benefits of such Multiple Packet Transmission/Reception (MPTR) approach, when it is used in combination with a CSMA/CA MAC protocol for fully interconnected networks, addressing the interactions beten the two mechanisms and showing the performance gains that can be achieved. To this end, a new MAC protocol, called MACMA (MAC protocol for Multiple Antenna wireless objects), is introduced and formulated as a very basic MAC protocol that captures the fundamental properties of a CSMA/CA channel access protocol supporting MPTR. Using the MACMA protocol as a reference, a new mathematical model for CSMA/CA MAC protocols supporting MPTR is presented for the case of non-saturated traffic sources with finite buffer space. Simulation results show that the analytical model is able to accurately characterize MACMA's steady-state behavior for different number of antennas and different traffic loads, providing a useful tool to understand the performance gains that the proposed scheme can achieve.
['Boris Bellalta', 'Azadeh Faridi', 'Dirk Staehle', 'Jaume Barcelo', 'Alexey V. Vinel', 'Miquel Oliver']
I am writing a research paper on a idea Modeling a CSMA/CA MAC Protocol with Multi-packet Transmission/Reception in Non-saturated Conditions
[{"from": "human", "value": "I am writing a research paper on a idea Modeling a CSMA/CA MAC Protocol with Multi-packet Transmission/Reception in Non-saturated Conditions"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Wireless objects equipped with multiple antennas are able to simultaneously transmit or receive multiple packets by exploiting the channel's spatial dimensions. ,  study the benefits of such Multiple Packet Transmission/Reception (MPTR) approach, when it is used in combination with a CSMA/CA MAC protocol for fully interconnected networks, addressing the interactions beten the two mechanisms and showing the performance gains that can be achieved. To this end, a new MAC protocol, called MACMA (MAC protocol for Multiple Antenna wireless objects), is introduced and formulated as a very basic MAC protocol that captures the fundamental properties of a CSMA/CA channel access protocol supporting MPTR. Using the MACMA protocol as a reference, a new mathematical model for CSMA/CA MAC protocols supporting MPTR is presented for the case of non-saturated traffic sources with finite buffer space. Simulation results show that the analytical model is able to accurately characterize MACMA's steady-state behavior for different number of antennas and different traffic loads, providing a useful tool to understand the performance gains that the proposed scheme can achieve."}]