The optimal design on two-level course timetabling system of university

Abstract

Two-level course timetabling system of university is carried on after timetabling the entire school public course. In order to obtain the more satisfied result, the optimal design on two-level course timetabling system is proposed. Before course timetabling, the pretreatment and the four priority choices of course timetabling according to the present resources are carried on. After the automatic course timetabling, results of course timetabling should be optimized with the collision detection to meet teacher's and student's requirement. The system is designed as B/S pattern; it takes apache as the server and mainly applies the JavaScript technology. Simulation results show that the system realizes automation and standardization of course timetabling. The coexistence of automatic and artificial semiautomatic optimized course timetabling provides a very good balance for the efficiency and effect. © Springer-Verlag 2012.