Seed germination test assistant decision making system based on single chip microcomputer control

Abstract

The invention discloses a seed germination test assistant decision making system based on single chip microcomputer control, which comprises a germination process monitoring module, a germination research assistant decision making module, a germination test intelligent controller, a germination room and a database module, wherein the germination process monitoring module is used for monitoring real-time data of temperature, humidity, light and moisture of the germination room, transmitting preset germination test control parameters to the germination test intelligent controller and enabling the germination test intelligent controller to execute intelligent control on the germination test of the germination room; the germination research assistant decision making module can not only assist a researcher to carry out optimization decision making and verification on seed germination condition parameters in combination with the germination test intelligent control through test data analysis but also assist the researcher to carry out significance difference analysis on sample test data of an optimization germination scheme to acquire test of statistical significance. The system helps the researcher to get rid of a complicated data statistics process, the efficiency is improved, the research period is shortened, and informatization of the whole seed germination research process is completed.

Description

technical field [0001] The invention belongs to the technical field of seed germination test research, and in particular relates to a seed germination test auxiliary decision-making system based on single-chip microcomputer control. Background technique [0002] The purpose of the seed germination test process is to determine whether the main structure of the seedlings can further grow into normal plants under suitable conditions in the outdoor soil when the seedlings appear and grow to a certain stage in the germination test room; the main measurement items for seed germination include germination rate, Normal seedlings, abnormal seedlings, ungerminated seeds, fresh ungerminated seeds, etc.; during the germination process, temperature, light, humidity, and moisture are important conditions, which ultimately determine the results of the above important indicators; experimental research on the seed germination process, Firstly, select the environmental factor control conditio...

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Problems solved by technology

[0005] The invention patent "a networked seed dehumidification control system" (CN 103955240 B) achieves better humidity control for seeds, but does not control the conditions such as light and temperature during the germination process

[0006] Analyzing the above, the common defect of various existing germination equipment and facilities is that they only provide a control of the germination process or partial condition control, and cannot assist researchers in the optimal decision-making of "seed germination condition parameters" combined with the control of the germination process. ", also can't carry out automatic control of sample test and auxiliary decision-making of research under specified optimal germination parameters, at the same time still can't do without manual calculation and a lot of workload, resulting in a lot of processing errors, thus can't improve the whole process of seed germination research efficiency, quality and convenience

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