Resource elimination method, and network node
A network node and resource technology, applied in electrical components, wireless communication, etc., can solve problems such as resource exclusion is not reliable exclusion, resource exclusion is not reliable exclusion, resource exclusion is unreliable, etc.
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no. 1 example
[0083] In order to increase the reliability of resource exclusion, reduce the probability of resource selection by power smoothing, and improve system reliability and robustness, an embodiment of the present invention provides a resource exclusion method. Please refer to figure 2 The resource exclusion method provided by the embodiment of the present invention is applied to the first network node, and the method includes:
[0084] Step 21: When the first network node triggers resource selection at the first target time, determine the second network node, wherein the second network node is the first network node that monitors within the first listening window corresponding to the first target time and the next SPS resource reserved by the second network node is located within or after the first resource selection window corresponding to the first target moment of the first network node.
[0085] Here, the first network node monitors within the monitor window, specifically, mo...
example 2
[0105] Assume that node A (the node that sends the SA) has an SPS period of 200ms. Assume that node A occupies and reserves the following resources:
[0106] 101, 301, 501, 701, 901, 1101, 1301
[0107] Wherein, resource 1101 is the first subsequent resource reserved by node A at the current moment. 1301 The resource is also a sending opportunity for node A, and other nodes in the prior art will not consider this reservation of node A.
[0108] As the node B that triggers resource selection / reselection, suppose its high-level service packet arrives at 990ms. At this time, node B determines that it needs to select resources, and the high-level determines that its SPS cycle is 300ms. Suppose the corresponding resource selection window range is [994 , 1089]
[0109] When node B selects resources, it needs to consider the resource occupancy of node A. At this time, it needs to determine the maximum number of subsequent resource reservations of node A that need to be considered ...
example 3
[0141] Assume that node A (the node that sends the SA) has an SPS period of 200ms. Assume that node A occupies and reserves the following resources, of which only 1101 is the reserved resource, and other resources are resources that node A has already occupied:
[0142] 101, 301, 501, 701, 901, 1101 (by appointment)
[0143] The SPS period of node C (which is also the node sending SA) is 500ms. Assume that node C occupies the following resources, wherein the SA information decoded on 802 resources indicates that it will no longer be reserved:
[0144] 302,802
[0145] Node B: (as the node that triggers resource selection / reselection), assuming that its high-level business packet arrives at 990ms, it is determined that resources need to be selected, and the high-level determines that its SPS period is 300ms, assuming that the corresponding resource selection window range is [994, 1089 ].
[0146] Here, it is assumed that Node B finally selects 1002 resources for transmissio...
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