Controllable super-speed wireless local area network channel access method based on time delay
A channel access method and wireless local area network technology, applied in wireless communications, electrical components, transmission systems, etc., can solve the problems of not considering service quality, and not considering different business priorities, etc., to ensure real-time performance and guaranteed ratio. fairness effect
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Embodiment 1
[0034] This embodiment provides a delay-controllable ultra-high-speed wireless local area network channel access method, and its main application scenario is: WLAN (Wireless Local Area Network, wireless local area network) with AP (Access Point, access point) infrastructure In the network architecture, such as figure 2 As shown, BSS (Basic Service Set, Basic Service Set) represents a basic service area. The BSS is composed of a wireless access point AP and several wireless workstations STA associated with the AP. The communication between the STAs is controlled and coordinated by the AP; the AP Or all STAs have the ability to support channel bonding and simultaneously perform multi-channel transmission. In a WLAN with AP infrastructure, the AP acts as a channel coordinator to control and execute channel access.
[0035] In the case of multiple channel binding transmissions in the ultra-high-speed wireless LAN scenario, the concept of queue blocking rate is proposed for diffe...
Embodiment 2
[0062] This embodiment provides a delay-controllable ultra-high-speed wireless local area network channel access method. The application scenarios of this method are as follows: image 3 As shown, where BSS represents a basic service set, BSS consists of a wireless access point AP and several wireless workstations STA (also known as wireless nodes) associated with it, and the communication between STAs is controlled and coordinated by the AP. The basic functions of the AP access point device are: responsible for wireless communication management, such as assigning the right to use wireless channels to wireless nodes; realizing the conversion between wireless communication and wired communication; playing a role similar to wired LAN bridges and routers.
[0063] According to the 802.11e protocol, there are 4 types of service levels, which are 2 types of background services, 1 type of video services and 1 type of voice services, and the corresponding QoS levels increase from 0 to...
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