Dissertation > Industrial Technology > Automation technology,computer technology > Automation technology and equipment > Automation systems > Data processing, data processing system

Design and Implementation of Bacterial Colony Growth Monitoring System in Bacterination Experiment

Author ZhengXueHua
Tutor XiangYu; ChenXinKun
School University of Electronic Science and Technology
Course Software Engineering
Keywords bacterial colony monitoring system temperature and humidity imageprocessing UML model design
Type Master's thesis
Year 2013
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Monitoring of bacterial birth length is an important step in bacterial inoculation experiment. But the traditional monitoring mainly accumulated by the experimenter experience to judge, it is difficult to. Due to bacterial growth is a process of dynamic change, need the help of advanced wireless image monitoring temperature and humidity monitoring equipment and technology, dynamic real-time record of bacterial colony growth, as the experimental personnel in the experimental process in the acquisition of more information.The wireless image monitoring system as an important means of automation,Information technology is widely used in all walks of life, made a great contribution to improve the work efficiency and the work precision. The research group tomake full use of ZigBee wireless communication technology, image processing technology, SMS communication technology, database theory and software engineering system theory, using VC++, VB and other tools, constructed a set based on the length of bacterial health monitoring system of wireless communication network environment, based on the analysis of the system requirements, combined with the actual situation of Medical University bacterial cultivation experiment in Fujian Province, the system mainly includes the serial communication control module, laboratory temperature and humidity monitoring management module, image processing module, message management module, information query and analysis module, operationmanagement module, system maintenance module, the formation of image acquisition, image transmission and image recognition module three. Through the design andimplementation of the monitoring system, the monitoring of bacteria born length canbe intelligent, so that the traditional artificial medical experimental model can be innovative.This Thesis from the system requirements analysis, system design, system implementation, system testing and other aspects in detail elaborated the process and results of the. Construct a set of intact bacterial inoculation experiments were born length monitoring system using a number of development tools, and the system is alarge amount of test, the actual operation of the system and the test results show:Running of the system is stable and the results is correct. It achieved the desired design goals of the project, can effectively assist the personnel management of bacterial experiment.

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