Channel distribution and user correlation strategy based on AMAB model
A channel allocation and strategy technology, applied in wireless communication, electrical components, network topology, etc., can solve problems such as time-consuming, unfavorable implementation, and complex association process
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Embodiment 1
[0087] A channel allocation and user association strategy based on the AMAB model. The steps are: when APs and STAs are distributed in a highly dense network, and a new AP accesses the network, the following channel allocation and user association strategy is adopted.
[0088] Step 1: For any AP in the current scene, the number of channels that can be allocated is M. Each AP saves a probability distribution sequence for channel selection, and the channel probability sequence selected by the AP in the t-th round of decision-making is recorded as:
[0089] P t =(p 1,t ,p 2,t ,...,p M,t )
[0090] (1) where p j,t is the probability of selecting a channel in the t-th round of decision-making;
[0091] (2) The initial values of the AP's channel selection probability sequence are all equally probable distributions.
[0092] Step 2: each AP according to the probability sequence P of the current round t t =(p 1,t ,p 2,t ,...,p M,t ) to select a channel, and count informat...
Embodiment 2
[0108] When APs and STAs are distributed in a high-density network, and a new STA accesses the network, the following channel allocation and user association strategies are adopted.
[0109] Step 1: For any STA in the current scene, the number of APs that can be associated is M. The STAs respectively store a probability distribution sequence associated with the AP, and the probability sequence selected by the STA in the t-th round of decision-making is recorded as:
[0110] P t =(p 1,t ,p 2,t ,...,p M,t )
[0111] (1) where p j,t is the probability of choosing AP in the t-th round of decision-making;
[0112] (2) The initial value of the probability sequence of each STA is an equal probability distribution.
[0113] Step 2: each STA a according to the probability sequence P of the current round t t =(p 1,t ,p 2,t ,...,p M,t ) to select the AP to associate with, and count the respective average data arrival rate, delay, and throughput information, and then obtain the...
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