A knowledge-based system for designing efficient soil survey schemes

P. Domburg; J.J. de Gruijter

A knowledge-based system for designing efficient soil survey schemes

P. Domburg, J.J. de Gruijter

Research output: Chapter in Book/Report/Conference proceeding › Conference paper › Academic

Abstract

Decisions on land use or soil protection generally depend on soil survey information. There is a growing interest in information with quantified accuracy, which can be obtained by applying statistical sampling strategies. Prior to field work, a soil survey scheme must be designed, which is efficient with respect to accuracy of results and cost of operation. It was investigated how a knowledge-based system can support the design of such schemes. The structuring of the system domain and the tasks of the knowledge-based system are outlined. On this basis, it is indicated where the disciplines involved (soil science, statistics, computer science, and operations research) contribute to the development of the system.

Original language	Undefined/Unknown
Title of host publication	The third CODATA conference on geomathematics and geostatistics. Nancy (France), Ass. sci. Géol. Appl., 1995. Informatique géol. 32, Vol. 2
Editors	A.G. Fabbri, J.J. Royer
Pages	505-514
Publication status	Published - 1995

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This output contributes to the following UN Sustainable Development Goals (SDGs)

Cite this

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title = "A knowledge-based system for designing efficient soil survey schemes",

abstract = "Decisions on land use or soil protection generally depend on soil survey information. There is a growing interest in information with quantified accuracy, which can be obtained by applying statistical sampling strategies. Prior to field work, a soil survey scheme must be designed, which is efficient with respect to accuracy of results and cost of operation. It was investigated how a knowledge-based system can support the design of such schemes. The structuring of the system domain and the tasks of the knowledge-based system are outlined. On this basis, it is indicated where the disciplines involved (soil science, statistics, computer science, and operations research) contribute to the development of the system.",

author = "P. Domburg and {de Gruijter}, J.J.",

year = "1995",

language = "Undefined/Unknown",

pages = "505--514",

editor = "A.G. Fabbri and J.J. Royer",

booktitle = "The third CODATA conference on geomathematics and geostatistics. Nancy (France), Ass. sci. G{\'e}ol. Appl., 1995. Informatique g{\'e}ol. 32, Vol. 2",

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A knowledge-based system for designing efficient soil survey schemes. / Domburg, P.; de Gruijter, J.J.
The third CODATA conference on geomathematics and geostatistics. Nancy (France), Ass. sci. Géol. Appl., 1995. Informatique géol. 32, Vol. 2. ed. / A.G. Fabbri; J.J. Royer. 1995. p. 505-514.

Research output: Chapter in Book/Report/Conference proceeding › Conference paper › Academic

TY - GEN

T1 - A knowledge-based system for designing efficient soil survey schemes

AU - Domburg, P.

AU - de Gruijter, J.J.

PY - 1995

Y1 - 1995

N2 - Decisions on land use or soil protection generally depend on soil survey information. There is a growing interest in information with quantified accuracy, which can be obtained by applying statistical sampling strategies. Prior to field work, a soil survey scheme must be designed, which is efficient with respect to accuracy of results and cost of operation. It was investigated how a knowledge-based system can support the design of such schemes. The structuring of the system domain and the tasks of the knowledge-based system are outlined. On this basis, it is indicated where the disciplines involved (soil science, statistics, computer science, and operations research) contribute to the development of the system.

AB - Decisions on land use or soil protection generally depend on soil survey information. There is a growing interest in information with quantified accuracy, which can be obtained by applying statistical sampling strategies. Prior to field work, a soil survey scheme must be designed, which is efficient with respect to accuracy of results and cost of operation. It was investigated how a knowledge-based system can support the design of such schemes. The structuring of the system domain and the tasks of the knowledge-based system are outlined. On this basis, it is indicated where the disciplines involved (soil science, statistics, computer science, and operations research) contribute to the development of the system.

M3 - Conference paper

SP - 505

EP - 514

BT - The third CODATA conference on geomathematics and geostatistics. Nancy (France), Ass. sci. Géol. Appl., 1995. Informatique géol. 32, Vol. 2

A2 - Fabbri, A.G.

A2 - Royer, J.J.

ER -