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 interference of human economic activities, high ecological surplus, low environmental load, but at the same time low economic level, unreasonable population development, relatively low level of education, management and technology For the regions with low ecological stability, the ecological system stability is poor, the comprehensive ecological risk is high, and the status quo is in the early stage of modernization development and industrial transformation. Therefore, in the process of ecological construction in such regions, how to evaluate the ecology, environment, and society The history, current situation and development potential of the economy and the economy, and how to dynamically evaluate the implementation process of the ecological construction in this area are extremely important issues. Therefore, how to provide decision support and other issues have become the key priorities that need to be considered at present

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