Research And Implementation For SMS MMS Of Mobile Communication Interactive Platform

Up to now, mobile communication is the most convenient means of communication in human history. It has some features which are anytime, anywhere, portable to communicate and make it become the fifth media. In some remote areas, cell phones can make up the deficiency of time and space of traditional format channels. SMS, MMS and wap browsing have been widely recognized because of its price and the advantages of its using pattern and play an important role in people's daily life.With the mobile terminal technology continues to advance and mobile operators reduce their communication costs, some applications about the mobile phone industry are born. Mobile e-commerce platform is one of them. The platform has its unique advantages. But it has its own shortcomings such as secure payment, the faultiness of reliability and control mechanism and the instability of communication.In the thesis, based on the mobile e-commerce, a platform for interaction between SMS and MMS is designed through the integration of wireless application protocol which is wap, mobile communication technology, wireless LAN technology, mobile phone WiFi technology, SMS, MMS and gateway technology. This platform improves Mobile e-commerce payment security, the faultiness of reliability and control mechanism and the instability of communication.In addition, wireless routing DHCP protocol is used in the thesis and through a unique IP address instead of the function of SIM card of mobile phone users, mobile communication interaction is realized in the wireless LAN environment and phone users can customize the corresponding function from the server through WiFi. The simulation experiment is established which proves feasibility of the design.The simulating experiment system which is based on B/S triple layer architecture adopts the separation mode of interface, business logic, data manipulation phase. So client and database are divided and can not interact between each other. Client must communicate with the middle layer first. Then the middle layer instantiates server applications and manages the server object and finally return the results to the client. Framework uses J2EE based on the combination of Hibernate+Spring+Struts. The Presentation Layer uses Struts and Business layer uses Spring and Persistence Layer uses Hibernate. A variety of business models build experimental platform to improve the practicality of this design, support information inquiries, pre-order goods, entertainment information inquiries, audio and video online viewing and downloading.