Design And Implementation Of TV Bank System Based On NGB

With the development of electronic payment and NGB networks, TV-bank has been brought into daily life gradually. One advantage is that it is more acceptable to the ordinary people. TV-bank’s intuitiveness, comprehensiveness in trading would make it an important role in the field of electronic payment in the future.This paper designs a TV-bank system, based on NGB networks. The whole system is composited of TV, Set-Top Box, TV network and remote card reader. It could help people to check bank account and pay utilities bills, only by interacting with TV, which finally brings TV-shopping into reality.Based on the study of financial IC card read and infrared remote control transmission, this paper puts forward the design by remote control, and enhances data packets and encryption module of device card mode remote control, trying to transmit bank account profile and operation information in a more accurate and safe way. This system proposed in this paper is based on real world demand of business, which brings out the whole design. In addition, by analyzing the components of a TV-bank and designing the business model, this paper presents the network architecture and sketches the topology graph of a TV-bank. And this paper elaborates some related interfaces, proposes the final the software and hardware configuration. In order to realize the interactions supported by a TV-bank, this paper also designs the Set-Top Box for this TV-bank.Because of the high demand of safety for a banking system, the paper does the analysis of the relevant safety, and does some studies of safety related technologies, and then present the final system safety solution with respect to the safeties of IC system, system device, network and the payment method, which tries to minimize the potential safety defects. System security is put forward their own solutions from the four aspects of IC card system security, system security, network security, payment gateway, to the extent possible, to reduce the potential safety hazard. Finally, the research work in this paper is summarized, and the follow-up work of the system in the future is also mentioned.