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--- This message came from the IEEE 802.11 Working Group Reflector ---
Hi Ziyang,
One more question to your algorithm: how does the AI enabled algorithm you proposed integrate with EDCAF? Thanks, Zinan From: guoziyang <guoziyang@xxxxxxxxxx>
Hi Zinan, Thanks for the questions. Please find my responses to your questions below. Any further comments are welcome.
The algorithm determines to transmit or to wait when the channel is sensed idle. It follows the slot based channel access algorithm
defined currently in the spec, but has no backoff. That is, the STA needs to wait for DIFS and perform carrier sensing before transmitting. If the channel is sensed idle, it uses AI to decide to transmit or wait; if the channel is sensed busy, it should wait
for another DIFS before making a decision.
Actually, in the simulation, we set every transmission lasts for a fixed number of time slots 120, which is equivalent to a fixed 1.08ms
TXOP. The method to obtain the TXOP can be RTS/CTS defined in current spec, i.e., sending RTS/CTS to reserve TXOP when the AI algorithm decides to transmit. I think AIML enabled STAs can obey TXOP reservation by other STA once we set the rules for them.
a.
In the simulation, we constraint the time duration used by the STA to 120 slots (1.08ms) once a STA grabs the channel. The phenomenon in Figure 4 is just due to that IDQN does
not converge to a good policy that achieve good total throughput and fairness. The learning result is that one agent always transmits while others always wait.
b. The delay of a packet is defined as the duration from the time when it enters the queue to the time when it is successfully transmitted. Best regards, Ziyang Section F, Huawei Industrial Base, Bantian, Longgang District, Shenzhen, 518129 P.R.C 发件人:
Zinan Lin [mailto:Zinan.Lin@xxxxxxxxxxxxxxxx]
Hi Ziyang, Thanks for presenting 11-22/1942. After reading the reference paper [8], we still have the questions on the algorithm you proposed on 11-22/1942.
Thanks, Zinan From: Xiaofei Wang <00001995ce968e76-dmarc-request@xxxxxxxxxxxxxxxxx>
--- This message came from the IEEE 802.11 Working Group Reflector ---
Dear all, I am announcing two AIML TIG teleconferences on the following dates at 10 am – 12 pm ET (two hours): Dec 12, 2022 Jan 9, 2023 Best regards, Xiaofei Clement Wang Principal Engineer | InterDigital T: (631) 622.4028 E:
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