Decision support system for managing ecological construction

Abstract

The invention provides a decision support system for managing ecological construction in a county on one hand. The decision support system comprises a human-machine interactive interface module and a background control module, wherein the background control module comprises a decision module and a knowledge base module; the decision module comprises a synthesis body module, a simulation body module and a evaluation body module which are mutual coupling operation; the synthesis body module is used for allowing a user to select a decision problem, input a strategy variable value and query and store feedback contents and further driving the operation process of a model group of the simulation body; the simulation body module is used for carrying out analogue computation on parameters required for the decision problem and outputting parameter result to an evaluation body module; the evaluation body module is used for screening an evaluation result and an optimal strategy and feeding the evaluation result and the optimal strategy to the synthesis body module; and the evaluation result and the optimal strategy are output by the human-machine interactive interface module. The decision support system provided by the invention comprises a mathematical statistic module and a space analysis module as basic tool modules; and the invention provides a series of solutions for evaluating, simulating and predicting biological problems.

Description

technical field [0001] The invention relates to a decision support system, especially a system that can provide managers with dynamic and scientific decision support, in particular to a decision support system for county ecological construction management. Background technique [0002] The current existing space management decision support system is still in the experimental stage, and there are limitations in function and application: from the perspective of auxiliary functions for the decision analysis process, most decision support systems support static index evaluation of decision alternatives, but lack Ability to decompose decision-making problems, customize alternatives, analyze dynamic indicators, optimize information feedback, and synthesize strategies; from the perspective of auxiliary objects, most single-factor processes for ecosystems, such as water, air environment, floods, resource allocation, etc.; from the perspective of application scale From the above, the...

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Problems solved by technology

[0002] The current existing space management decision support system is still in the experimental stage, and there are limitations in function and application: from the perspective of auxiliary functions for the decision analysis process, most decision support systems support static index evaluation of decision alternatives, but lack Ability to decompose decision-making problems, customize alternatives, analyze dynamic indicators, optimize information feedback, and synthesize strategies; from the perspective of auxiliary objects, most single-factor processes for ecosystems, such as water, air environment, floods, resource allocation, etc.; from the perspective of application scale From the above, the relatively successful application cases are mainly concentrated in the scale of farms and small watersheds.

[0003] Especially for the special location, land resources, regional advantages of deep-water coastline, little in...

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