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Mobile commerce raises a number of security and privacy challenges. To address this, we analyze the security requirements of mobile commerce; present a solution in which the mobile commerce security is enhanced by using Wireless Public Key Infrastructure (WPKI). An WIM (WAP Identity Module or Wireless Identification Module) Bluetooth earphone with ESAM (Embedded Secure Access Module) is connected to the Smartphone by Bluetooth interface for ensuring the end to end security ability between user and mobile commerce service providers and storing private data, give the architecture of mobile commerce security system based on WPKI with Bluetooth earphone, design the function of each roles in the system. In the end, a complete instance is introduced and the extensive solution in the future is given. It points out the security solution will give a large chance to the development mobile commerce.

We present an information infrastructure in which Agile Virtual Enterprise (AVE) Supported by Fourth Party Logistics (4PL), named 4PL-AVE. At first, the difference between AVE and 4PL is introduced, and then 4PL-AVE model architecture is given that consists of three-dimensional cube of life-cycle dimension, the view model dimension and universal level dimension which complete describe the 4PL-AVE gradually for analysis, design and deployment. Secondly, the project of 4PL-AVE Information Integration is proposed using process integration, workflow composition and data integration. Thirdly, we discuss the technology line to build 4PL-AVE information framework based J2EE open source architecture. Fourthly, an application instance is introduced and the time of 4PL-AVE business process is greatly reduced. In the end, we point that solving 4PL-AVE performance problem use data warehouse and data mining technology, and RFID and cloud computing technology will be widely used in 4PL-AVE.

We present an information infrastructure in which Agile Virtual Enterprise (AVE) Supported by Fourth Party Logistics (4PL), named 4PL-AVE. At first, the difference between AVE and 4PL is introduced, and then 4PL-AVE model architecture is given that consists of three-dimensional cube of life-cycle dimension, the view model dimension and universal level dimension which complete describe the 4PL-AVE gradually for analysis, design and deployment. Secondly, the project of 4PL-AVE Information Integration is proposed using process integration, workflow composition and data integration. Thirdly, we discuss the technology line to build 4PL-AVE information framework based J2EE open source architecture. Fourthly, an application instance is introduced and the time of 4PL-AVE business process is greatly reduced. In the end, we point that solving 4PL-AVE performance problem use data warehouse and data mining technology, and RFID and cloud computing technology will be widely used in 4PL-AVE.

The present study give a process integration evaluation method for supply chain integration of the Fourth Party Logistics (4PL), based on fuzzy theory. First, we study the requirements of 4PL, and then transform the collected logistics requirements into the supply chain process design requirements using quality function deployment (QFD) method. Second, we eliminate the non-value process using benchmarking method and rebuild the supply chain based on fuzzy evaluation theory. Third, the optimal model of 4PL is given using multipurpose optimal theory in order that the whole maximum value of partners within 4PL is achieved under time, quality, cost, and service constraints. Fourth, we proposed the evaluation method of 4PL integration solution based on the fuzzy Analytic Hierarchy Process (AHP) method. In the end, the paper point that 4PL is bound to become the direction for Chinese transport enterprises and 4PL market will be promising in future.

With the development of the innovative and pioneering education in China, it is necessary to update the concept and content of university education, foster people-oriented, diversity of quality education, establish innovative educational concept. We apply Inquiry-based learning for innovative theory and Co-operative education for engineering ability to the teaching and practice of software engineering, establish the High-quality innovative and pioneering undergraduate training model, give a new Integrate Developing Model based on Capability Maturity Model (IPDCMM) supporting by Team Software Process (TSP) and Personal Software Process (PSP) methodology in software engineering Co-operative Studies, develop the Co-operative Studies Supporting System (CSSS) for Software Engineering including the functions of Planning, Data Collection, Data Analysis and Tracing. Under the Orthogonal Defect Classification (ODC) method and workflow technology, a case study is given. In the end, the High-quality innovative and pioneering undergraduate training is pointed out.

This paper seeks to integrate different impressive access technologies to build a kind of innovative mobile business model. It analyzes the requirements of mobile business in the age of the 3rd generation wireless communication infrastructure (3G), present a set of mobile business solution in which the second generation ID card in China is used instead of all kinds of the existing IC or ID card for identification and mutual authentication through Radio Frequency Identification (RFID) access technology with mobile terminal, T-FLASH (TF) card is used for tax control and security functions of mobile business through SD Input/ Output (SDIO) access technology. K-java is used for cross platform and Web Service is used for system integration base on Open Service Architecture (OSA) according to 3GPP. Then mobile business mechanisms are given including key enabling technologies, system integration solution, and implement method. In the end, software and hardware design is introduced and a practical application is given. The result of the present work implied that the integration of SIM card and tax control card is gradually becoming a new research field which is a competitive technology and will be used in the mobile business solution.

We present an approach in which the business process in The Fourth Party Logistics (4PL) can be integrated and optimized by using value chain analysis. For the purpose of reducing Bull-whip effect of 4PL, we propose the value chain framework, introduce the value chain calculating method for manufacture, design a business process operation model for 4PL value chain integration simulation, and give an application instance. The result of the present work implies that Bull-whip effect is more obvious to Make-to-Order partner than that of Make-to-Stock partner. Value Chain Integrations Platform can improve the information integration and continuously supervise the performance of 4PL, enhance the control of market changes, reduce the loss and find new opportunities. It is useful for cooperation and unexpected processes for 4PL.

The present study puts forward a new method for supply chain integration of the Fourth Party Logistics (4PL), based on value chain analysis method and modern optimal control theory. The proposed method can be described as follows. First, the supply chain of 4PL was defined and transformed into process design requirements based on the benchmarking and quality function deployment (QFD) method. Second, the optimal model of 4PL is given using multipurpose optimal theory in order that the whole maximum value of partners within 4PL is achieved under time, quality, cost, and service constraints. Third, appraisal system of process integration solution is set up and estimate standard of supply chain of 4PL reference model is given. In the end, we proposed the evaluation method of 4PL integration solution based on fuzzy theory and the Analytic Hierarchy Process (AHP) method. The proposed method laid the theoretical foundation and tangible measures for process integration of supply chain of 4PL for difficult to achieve synergy from supplier with dynamic behaviors, organization autonomy and distribution.

We present a RFID application in which the second generation ID card in China is used instead of all kinds of the existing IC or ID card. For the purpose of solving the confusion of different kinds of card used in One-Card system, we design a One-Card in the whole campus solution based on the second generation ID card with adaptable interface to all kinds of utility services in university. It adopts password, fingerprint and other biometrics feature binding information for authentication in addition. Furthermore, the business procedure and developing interface is given. As an application, we implement a One-Card system consists of Electronic Passports module in library online, Sports Test module on the ground offline with SD card being the data storage and transferring media. In the end, layered architecture, clear data process and network architecture of the One-Card system is introduced to discuss the feasibility of the solution. The result of the present work implied that the second generation ID card in China is gradually becoming a new way to solve the confusion problem of One-Card system. It will play an important role in the utility prepayment field.

E-commerce and the development of modern enterprise management raise a number of challenges in the process of informatization of small and medium-sized enterprises (SME) in china. To address this, we present an approach in which the informatization is enhanced by using Open Source Software with customized policies. We analyses the main informationization obstacles of SME in china, bring forward that the lack of bankroll, talents, cost and management etc. are the key problems to informationization of SME. Furthermore, we have developed a textile foreign trade ERP /CRM system based on Open Source Software for the local textile distributor of china integrating financial, distribution, sales and service processes, given the implement method of overall planning, step-by-step implementation, key breakthrough, and efficiency guiding. In the end, we compare the typical Open Source Software and traditional commercial software; point out the advantages of informatization based Open Source Software to SME in china, and the development trend of Open Source Software for enterprise application.

Mobile E-commerce (M-commerce) service raises a number of security and privacy challenges. To address this, we propose an advanced mobile security solution and related security methodology based on distribute key without changing hardware configuration of the mobile devices. The solution consists of the UE (User Equipment), an electronic security key (eKey) which is connected to the mobile device by adaptable interface for enhancing the UE security ability and storing private data, CA with digital certification and Web server which provides.

With the increase of the software complexity, the defect measurement becomes a task of high priority. We give a new software defect analytical methodology based on orthogonal classification. This method has two folds. Then a set of orthogonal defect classification (ODC) reference model is given which includes activity, trigger, severity, origin, content and type of defect. In the end, it gives a support tool and concrete workflow of defect tracing. In contrast with the traditional method, this method not only has the advantages of popularity, haleness and low cost, but also improves the accuracy of identifying defects notably. Thus it offers a strong support for the prevention of defects in software products.