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A new structural algorithm for observability classification
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DOI：10.1021/ie980747m.png)
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A new structural method to classify unmeasured variables for plant instrumentation purposes, i.e., to carry out the observability analysis, is presented in this paper. The technique, called the global strategy with first least-connected node (GS-FLCN), basically consists of making a structural rearrangement of the process' occurrence matrix. GS-FLCN is applicable to strongly nonlinear models, including special features to avoid unsolvable subsystems. The new proposal is compared with the existing structural dominant column block (DCB) approach, both theoretically and through practical examples. The results for two industrial-plant sections of small and medium size are put forward. GS-FLCN proved to be much more effective than DCB, thus being highly recommendable.
Keyword:
PROCESS FLOW-RATES
REDUNDANCY CLASSIFICATION
MATRIX PROJECTION
PROCESS NETWORKS
RECONCILIATION
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IF:
3.9
论文数:
4.0W
被引数:
9.6W
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