Design And Analysis Of Universities Course-arranging System Based On The Heredity Algorithm

Arranging course structure is essential in academic administration of university,likewise it is a complicated management task. In recent years, due to the developmentof the higher education career, the numbers of the students is getting increasing, thearrangement task of course structure is getting heavier under the limitation ofclassroom resources, meanwhile, course arrangement becomes the key of the task ofthe education administration function, influencing student cultivation andenhancement of education quality on a certain level and state.Because I am responsible for an'anging-course work in the Guangdong OceanUniversity Dean's office, in these years work I fully realized arranging-course thecomplexity, wants to arrange a class schedule which the teacher and the class andgrade all satisfies in the short-term to be very difficult, in order to the enhancementarranging-course efficiency maximum myself propose some improvements onarranging-course algorithm. Since course arrangement problem is restrictingmulti-objective and difficult in combinational optimization, using intellectual andparallel inherit calculation, in order to resolve course arrangement problem, is thewise option for achieving such problem solution. The objective of this text is tointroduce a random generation and optimizing calculation for course arrangementbased on the inherit calculation and multi-tasking concept, in order to reflect theactual course arrangement condition and achieving the best of multi-tasking. Thefunctions of this thesis are mainly consisting:1. Detailed explaining essentials of course arrangement and commonly usedrestricting requirement, analyze the solving and target of course arrangementproblems, presenting the overall thinking and technical path of resolving coursearrangement plan.2. Using PowerBuilder Language as a tool, establishing the main databasestructure and words (education coding) for the course arrangement system, and usingthe methodology of optimizing coding structure and combination to diminish conflictof course arrangement, reducing the complexity of calculation.3. Conducting quantitative analysis on the key parameter of the course arrangement, completing the design of each inherit operators and exploiting task inaccordance with chromosome coding of course arrangement, finally integratingoverall optimizing calculation of course arrangement, in order to fulfill system designof the key course arrangement module.