The ICIR of Beijing Jiaotong University

Achievements

Num	Name	Abstract	Level
1	Research on Authentication Scheme in Mobile Commerce System	Authentication is the first guard for mobile commerce security, and mobile commerce authentication system is necessary to fulfill the safety requirements of mobile business communications. Combining OTP mechanism with ECC and Hash function, it is presented an identity authentication protocol in mobile commerce based on OP named IAMME (Identity Authentication Mechanism in Mobile E-commerce). IAMME could achieve bidirectional authentication, cipher key agreement simultaneously and can withstand the decimal attacks, off-line dictionary attacks and man-in-middle attacks effectively. Formal analysis method is the most effective method to analyze security attribute of authentication protocol. Through authentication test method based on BAN and strand space, IAMME is proved to be able to attain the goal of data security, identity authentication and data assurance. Meanwhile, based on fuzzy comprehensive evaluation to establish indicators of mobile commerce authentication system, will compare IAMME with other authentication systems, to ensure its advantages. In order to testify the IAMME’ s operation efficiency and performance in the real mobile environment, the simulation model is set up through OPNET to analysis the performance of IAMME from statistical variances like the certification time, delay, channel utilization and throughput. Then it’s compared with static password authentication mechanism and OTP authentication mechanism based on Challenge/Response, proving that IAMME is with good performance that is suitable for mobile commerce authentication.	National Science Foundation of China
2	Research on the Model and Mechanism of Context-aware Based Internet of Things Service	Compared with traditional Internet technologies, Internet of things has heterogeneous features on the network consisting, multidimensional features on the perception of the objective world, and pan-sexual characteristics on the distribution network. These features bring possible innovation of the mode of services along with a lot of problems. The project is guided by information service theory and establishes related models based on the sense of context, the capture of users’ requirements, the service coordination and the research about algorithms and mechanisms of evaluation of service quality. The result of the project can be the basic theory and evidence of the design and deployment of information service system based on technologies related with Internet of things.	Doctoral Fund of Ministry of Education of China
3	Research on QoS Technology with the Feature of Self-learning in Cognitive Networks	In this study, we introduce neural network adaptive learning and prediction model and artificial ant colony optimization algorithm into cognitive network, combine with the idea of dynamic QoS classification mechanisms and reservation resources adaptive borrowing, focus on solving end-to -end QoS network resource management optimization problem, which has an extremely important scientific value and broad application prospects. Combines neural network learning prediction idea, we proposed a variety of mechanisms to enhance cognitive network performance, including a QoS negotiation and adaptive strategy, a dynamic load balancing algorithm based on traffic prediction model, a multiple-path routing algorithm with congestion avoidance based upon ant colony algorithm etc. Bring about a significant increase in performance in load balancing and congestion control. The entire research work based on research in related areas, presents innovative algorithms and design. Based on a variety of indicators options, according to the business needs of QoS hierarchical strategy will enable various existing business more secure, reliable, have better QoS guarantee.	National High-tech R&D Program of China (863 Program)
4	Data Security Transmission Technique in CTCS-3 Train Control System	In order to meet China's railway higher security, speed and service needs, and enhance market competitiveness, China plans to increase investment in the construction speed of 350km / h PDL, CTCS-3 train control system will be the main direction of China's future railway development. CTCS-3 train control system is based on GSM-R wireless communications vehicle to achieve two-way transmission of information in one place, RBC to generate driving license train control system. Train control system as a critical train operation control system, in any case are not allowed to system failure. High security , high reliability is the highest CTCS-3 system design principle, CTCS-3 train control system data communications security and reliability requirements are self-evident , DCS data communications networks also should have high self-healing capabilities. However , CTCS-3 train control system in secure communications protection DCS has many special factors to consider, such as: telecommunications transmission of important information related to traffic safety, the huge amount of data, high-speed train moving train inside and outside radio signals and complex traffic environment makes some adverse GSM-R data transmission security factors intensified. The project will be a detailed analysis of safety issues under the premise of these specific environments and applications GSM-R data transmission, and ultimately propose a suitable overall solution for the rational and effective CTCS3 GSM-R train control system for secure data transmission.	Ministry of Railways
5	On the Key Technologies in Seamless Connection between Wireless Sensor Networks and Internet Based on the Applications to the Internet of Things	Seamless connection between Wireless Sensor Networks and the Internet is an important research issue in the area of the Internet of Things. Currently, many researches are conducted on the protocol improvement in physical layer, link layer, network layer and application layer, but seldom on the whole protocol stack that can run on sensor nodes. This project focuses on researching a light weighted TCP/IP protocol that can run on 8-bit embedded system and realize seamless connection of Wireless Sensor Networks and the Internet.	Beijing Municipal Natural Science Foundation