Network quality control
By: Teunissen, P. J. G.
Series: Series on mathematical geodesy and positioning. Publisher: The Netherlands Delft Academic Press, VSSD 2006Description: vii, 128p.ISBN: 9789071301988; 9071301982.Subject(s): Estimation | Precision | Testing | Reliability | Free networks | Connected networks | Constrained networks | Quality controlDDC classification: 519.2 | T297n Summary: The goal of this introductory text on network quality control is to convey the necessary knowledge for designing, adjusting and testing geodetic networks. For the purpose of network design, the precision and reliability theory is worked out in detail. This includes the minimal detectable biases and the bias-to-noise ratios. For the purpose of the network adjustment, the principles of unconstrained-, constrained-, and minimally constrained least-squares estimation, are treated. For the network testing, the principles of hypothesis testing are presented and worked out for the different network cases. For the free network phase this includes the overall model test, the w-test, and the data snooping procedure. For the connected network phase, it includes the T-test, with an emphasis on the detection and identification of errors in the control points. URL: http://www.vssd.nl/hlf/a034.htm| Item type | Current location | Collection | Call number | url | Status | Date due | Barcode | Item holds |
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Books
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PK Kelkar Library, IIT Kanpur | General Stacks | 519.2 T297n (Browse shelf) | Available | A185028 |
The goal of this introductory text on network quality control is to convey the necessary knowledge for designing, adjusting and testing geodetic networks. For the purpose of network design, the precision and reliability theory is worked out in detail. This includes the minimal detectable biases and the bias-to-noise ratios. For the purpose of the network adjustment, the principles of unconstrained-, constrained-, and minimally constrained least-squares estimation, are treated. For the network testing, the principles of hypothesis testing are presented and worked out for the different network cases. For the free network phase this includes the overall model test, the w-test, and the data snooping procedure. For the connected network phase, it includes the T-test, with an emphasis on the detection and identification of errors in the control points. URL: http://www.vssd.nl/hlf/a034.htm
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