Body Network Gateway Platform Design with Functions of Heterogeneous Networks Transformation

• Main Authors: Fong-Bin Jiang, 蔣豐賓
• Other Authors: Yu-Chang Chen
• Format: Others
• Language: zh-TW
• Published: 2014
• Online Access: http://ndltd.ncl.edu.tw/handle/28728732138204091978

碩士 === 樹德科技大學 === 資訊工程系碩士班 === 102 === Along with the progress of science and technology, many kind of networks also follows the creation. The mainly concept in the early period was the best effort. However the conversion which is limited by network bandwidth networks, traffic load, transmission distance and other factors is smaller since the related technologies of hardware and software are developed. Although advances in technology to improve the transmission quality of the network, the definition of networking standards organizations still has some differences which in another networks agreements and architecture, while defining some similar functions, but the main function, usage and design of architecture still have slightly differences. This study will propose Wi-Fi, LTE, WiMAX, and new standards in WBAN (Wireless Body Area Network) IEEE 802.15.6 integrate and make appropriate conversion method in the study method. IEEE has developed the new standard IEEE802.15.6, used for defining human body signals network. The advantage is that it offers 10Mbps high transmission rates in the range of 3 meters. This study describes a converter called Heterogeneous Body Network (HBNG), with the main purpose of addressing the issue of current shortage of medical personnel. HBNG can also have applications in other areas, such as in-vehicle safety systems or domestic care. This study proposes five main method for operating with HBNG, which includes UE1→UE2, UE1→HBNG, HBNG→HBNG, HBNG→UE2. These will be described in detail within this study. In the transform part, it proposed twelve algorithms the experimental simulation section presents eight kind of, one to one and two kind of combine the pattern. Each method’s packet will complete preserved to ensure the integrity of the packet. This study also proposes possible future applications of HBNG in medical field. Through the way that HBNG to replace medical information temporary saves space to solve the problem of shortage of modern medical resources. This study in the end also proposes HBNG network can be extended for medical applications. According to the results of this study, I believe the current shortage of medical human resources issues can be improved in the future.