A method for indicating uplink channel state, coordinator and user equipment
A channel status indication and channel status technology, applied in the field of visible light communication, can solve problems such as inability to send in time, reduce system throughput, and data transmission conflicts, and achieve the effects of improving throughput, avoiding transmission conflicts, and avoiding resource waste
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example 1
[0091] Example 1: The UE determines the state of the uplink channel by detecting the downlink signal frame or the idle pattern frame;
[0092] The UE detects the frame header of the downlink signal frame or the idle pattern frame.
[0093] If the uplink channel status indication field in the frame header of the downlink signal frame or the idle pattern frame indicates that the uplink channel is in a busy state, the UE waits for the duration indicated by the "duration" field in the uplink channel status indication field in the frame header to end Then detect the uplink channel;
[0094] If the uplink channel state indication field in the frame header of the downlink signal frame or the idle pattern frame indicates that the uplink channel is in an idle state, the UE starts to compete for the uplink channel.
example 2
[0095] Example 2: The UE determines the state of the uplink channel by detecting the downlink signal frame or the idle pattern sequence;
[0096] (1) If the UE detects the frame header of the downlink signal frame when it starts to detect the state of the uplink channel, then: 1. If the uplink channel status indication field in the frame header indicates that the uplink channel is in a busy state, the UE waits for the uplink signal frame in the frame header The channel is detected after the duration indicated by the "duration" field in the channel state indication field ends; 2. If the UE detects the frame header of the downlink signal frame, and the uplink channel state indication field in the frame header indicates that the uplink channel is idle state, the UE starts to compete for the uplink channel;
[0097] (2) If the UE detects the idle pattern sequence when it starts to detect the state of the uplink channel, then: 1. If the idle pattern sequence indicates that the upli...
example 3
[0098] Example 3: The UE competes for the uplink channel by detecting a downlink signal frame or an idle pattern frame or an inter-frame synchronization sequence;
[0099] (1) If the UE detects the frame header of the downlink signal frame or idle pattern frame when it starts to detect the uplink channel status, then: 1. If the uplink channel status indication field in the frame header indicates that the uplink channel is busy, the UE waits for the frame header 2. If the uplink channel status indication field in the frame header indicates that the uplink channel is idle, the UE starts to compete for the uplink channel.
[0100] (2) If the UE detects the inter-frame synchronization sequence when it starts to detect the state of the uplink channel, then: 1. If the inter-frame synchronization sequence indicates that the uplink channel is busy, the UE waits for the uplink channel to become idle; 2. If the inter-frame synchronization sequence Indicates that the uplink channel is id...
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