Method for judging open-loop and closed-loop states of real-time regulation and control operation of snowflake net
The invention relates to a snowflake network real-time regulation and control operation open-loop and closed-loop state judgment method. The method comprises the following steps: step 1, inputting a branch parameter matrix BranchM; step 2, generating a node-node incidence matrix NodN; step 3, taking...
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Format | Patent |
Language | Chinese English |
Published |
29.12.2023
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Abstract | The invention relates to a snowflake network real-time regulation and control operation open-loop and closed-loop state judgment method. The method comprises the following steps: step 1, inputting a branch parameter matrix BranchM; step 2, generating a node-node incidence matrix NodN; step 3, taking an upper triangular matrix of the node-node incidence matrix NodN in the step 2; step 4, constructing a node hierarchical matrix LayM and a corresponding upper-layer node matrix NU; step 5, endowing initial values to the node hierarchical matrix LayM constructed in the step 4 and the upper node matrix NU corresponding to the node hierarchical matrix LayM; step 6, calculating a node hierarchical matrix LayM; step 7, calculating an upper node matrix NU; 8, checking whether the last column of numbered nodes in the node hierarchical matrix LayM still have lower-layer nodes or are connected with the same-layer nodes, if so, skipping to the step 6, and if not, ending searching the nodes; and 9, judging the open-loop and |
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AbstractList | The invention relates to a snowflake network real-time regulation and control operation open-loop and closed-loop state judgment method. The method comprises the following steps: step 1, inputting a branch parameter matrix BranchM; step 2, generating a node-node incidence matrix NodN; step 3, taking an upper triangular matrix of the node-node incidence matrix NodN in the step 2; step 4, constructing a node hierarchical matrix LayM and a corresponding upper-layer node matrix NU; step 5, endowing initial values to the node hierarchical matrix LayM constructed in the step 4 and the upper node matrix NU corresponding to the node hierarchical matrix LayM; step 6, calculating a node hierarchical matrix LayM; step 7, calculating an upper node matrix NU; 8, checking whether the last column of numbered nodes in the node hierarchical matrix LayM still have lower-layer nodes or are connected with the same-layer nodes, if so, skipping to the step 6, and if not, ending searching the nodes; and 9, judging the open-loop and |
Author | SONG JINZHAO HE CHUN YAO CHENG YUAN ZHONGCHEN CHEN JIAN SHANG JINGAN ZHANG JIE KANG NING HAO YI |
Author_xml | – fullname: YUAN ZHONGCHEN – fullname: ZHANG JIE – fullname: SHANG JINGAN – fullname: YAO CHENG – fullname: CHEN JIAN – fullname: SONG JINZHAO – fullname: HE CHUN – fullname: HAO YI – fullname: KANG NING |
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DocumentTitleAlternate | 一种雪花网实时调控运行开环合环状态判定方法 |
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Snippet | The invention relates to a snowflake network real-time regulation and control operation open-loop and closed-loop state judgment method. The method comprises... |
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Title | Method for judging open-loop and closed-loop states of real-time regulation and control operation of snowflake net |
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