MLchartDataset catalogue

metamodel calibration

Term · Environment · MLC-T-ENV-017079

1. The practice of determining unknown parameters of a model by the following steps: 1) Run a computer experiment by varying the unknown parameters, and recording the expected responses. 2) Fit a model of general form, especially a neural network, using the responses of the computer experiment as inputs and the factors as the outputs. 3) Extract the unknown parameters as the outputs that result from this model when the inputs are taken to be the empirically observed values.

2. The practice of determining unknown parameters of a model by the following steps: 1) Run a computer experiment by varying the unknown parameters, and recording the expected responses. 2) Fit a model of general form, especially a neural network, using the responses of the computer experiment as inputs and the factors as the outputs. 3) Extract the unknown parameters as the outputs that result from this model when the inputs are taken to be the empirically observed values. [NIST/SEMATECH 2005b]

Table 1. Record
IdentifierMLC-T-ENV-017079
FieldEnvironment
SubjectHealth and safety
ReferencesNIST/SEMATECH 2005b; Thesaurus of Terms Used in Microbial Risk Assessment
Record as JSON
{
  "id": "MLC-T-ENV-017079",
  "term": "metamodel calibration",
  "field": "Environment",
  "definition": "1. The practice of determining unknown parameters of a model by the following steps: 1) Run a computer experiment by varying the unknown parameters, and recording the expected responses. 2) Fit a model of general form, especially a neural network, using the responses of the computer experiment as inputs and the factors as the outputs. 3) Extract the unknown parameters as the outputs that result from this model when the inputs are taken to be the empirically observed values.\n\n2. The practice of determining unknown parameters of a model by the following steps: 1) Run a computer experiment by varying the unknown parameters, and recording the expected responses. 2) Fit a model of general form, especially a neural network, using the responses of the computer experiment as inputs and the factors as the outputs. 3) Extract the unknown parameters as the outputs that result from this model when the inputs are taken to be the empirically observed values. [NIST/SEMATECH 2005b]",
  "subject": "Health and safety",
  "references": [
    "NIST/SEMATECH 2005b",
    "Thesaurus of Terms Used in Microbial Risk Assessment"
  ],
  "url": "https://mlchart.com/terminology/environment/metamodel-calibration/"
}

Record 17,079 of 30,736 in Environment terminology (MLC-0121). Request the full dataset.