Design And Implementation Of Logistics Distribution System Based On ASP

Since the day than the first computer has been developed, computers as well as theInternet are always influence and transform our daily lives. the Internet provides us a varietyof convenient in any aspect of our lives. Information Age’s footsteps getting closer, we areexperiencing a profound change across time. When people speak information, onlineshopping who is very popular current now must be discussed. People are beginning to focuson online-shopping more and more. The rise of online shopping also represents the associatedlogistics chain has also become the focus we need to discuss.Under such circumstances, logistics distribution system is a problem not only in direneed to be solved, but also hard to be solved.We hope to build a complete logistics anddistribution systems with high efficiency to cope with the increasing scale of online shoppingneeds. A good logistics and distribution systems can make sure our sales cycle no worries. Ingeneral, to build a complete logistics and distribution system is an important issue that weneed to face.Based on the in-deep study of the field of current logistics and distribution and relevanttheories. We complete the writing of this thesis after the early research and design andimplement. In the paper, we designed and implemented a completed logistics and distributionsystem using the most popular programing structure-B/S architecture with ASP technologyand Microsoft Access database.We develop the foreground of the system with HTML/CSS, tomake the foreground beautiful and vivid. We complete the background logic and databaseconnectivity with the ASP language. We ensure this system both meet the functionality andperformance requirements. Finally our distribution system proved it can satisfy therequirements of vast majority of business enterprises on the similar systems.In the process of the design and implementation our distribution system is based on thein-depth research of the needs of logistics and distribution. Therefore, the system basicallyconsists all the basic functions that a logistics and distribution system can have. To meet thebasic needs, we also try to be make good design, and strive to provide users with a better andfaster interface experience. Meanwhile, we take into account the system’s performancerequirements, to ensure that users can use the system faster and more accurate. In subsequent work, we will summarize the results now available and analyze thedisadvantage of our work. Hoping to make this system better and better upon proper needs.