Research on the Curriculum of Japanese Major Based on Multivariate College-enterprise Collaborative Education Platform

During the construction of multivariate collaborative education platform including“Joint Training Platform with Japanese Universities”,“Internship Platform for Japanese Enterprises”and“Cross-border E-commerce Talent Cultivation for College-Enterprise Platform”,the Japanese major in GUT classifies all activities that can promote talent cultivation into“Curriculum System Related to Japanese Competence Cultivation”,“Curriculum and Project System Related to Collaborative Cultivation”and“Activity System of Student Competence Development”and subdivides the corresponding course groups in each system.Such a setup meets the needs of Japanese comprehensive capacity cultivation of Japanese talents and the requirements of different platforms for professional talents cultivation.

A Task-oriented Modular and Agent-based Collaborative Design Mechanism for Distributed Product Development

The rapid expansion of enterprises makes product collaborative design （PCD） a critical issue under the distributed heterogeneous environment, but as the collaborative task of large-scale network becomes more complicated, neither unified task decomposition and allocation methodology nor Agent-based network management platform can satisfy the increasing demands. In this paper, to meet requirements of PCD for distributed product development, a collaborative design mechanism based on the thought of modularity and the Agent technology is presented. First, the top-down 4-tier process model based on task-oriented modular and Agent is constructed for PCD after analyzing the mapping relationships between requirements and functions in the collaborative design. Second, on basis of sub-task decomposition for PCD based on a mixed method, the mathematic model of task-oriented modular based on multi-objective optimization is established to maximize the module cohesion degree and minimize the module coupling degree, while considering the module executable degree as a restriction. The mathematic model is optimized and simulated by the modified PSO, and the decomposed modules are obtained. Finally, the Agent structure model for collaborative design is put forward, and the optimism matching Agents are selected by using similarity algorithm to implement different task-modules by the integrated reasoning and decision-making mechanism with the behavioral model of collaborative design Agents. With the results of experimental studies for automobile collaborative design, the feasibility and efficiency of this methodology of task-oriented modular and Agent-based collaborative design in the distributed heterogeneous environment are verified. On this basis, an integrative automobile collaborative R＆D platform is developed. This research provides an effective platform for automobile manufacturing enterprises to achieve PCD, and helps to promote product numeralization collaborative R＆D and management development.

A Framework for Cybersecurity Alert Distribution and Response Network (ADRIAN)

Security Information and Event Management (SIEM) platforms are critical for organizations to monitor and manage their security operations centers. However, organizations using SIEM platforms have several challenges such as inefficiency of alert management and integration with real-time communication tools. These challenges cause delays and cost penalties for organizations in their efforts to resolve the alerts and potential security breaches. This paper introduces a cybersecurity Alert Distribution and Response Network (Adrian) system. Adrian introduces a novel enhancement to SIEM platforms by integrating SIEM functionalities with real-time collaboration platforms. Adrian leverages the uniquity of mobile applications of collaboration platforms to provide real-time alerts, enabling a two-way communication channel that facilitates immediate response to security incidents and efficient SIEM platform management. To demonstrate Adrian’s capabilities, we have introduced a case-study that integrates Wazuh, a SIEM platform, to Slack, a collaboration platform. The case study demonstrates all the functionalities of Adrian including the real-time alert distribution, alert customization, alert categorization, and enablement of management activities, thereby increasing the responsiveness and efficiency of Adrian’s capabilities. The study concludes with a discussion on the potential expansion of Adrian’s capabilities including the incorporation of artificial intelligence (AI) for enhanced alert prioritization and response automation.

Security Policies for Web Service Invocation of Automotive Industry Chain Collaboration Platform

To meet the actual requirements of an automotive industry chain collaboration platform （AICCP）, this paper offers several simple but effective security policies based upon the traditional security mechanism of data transfer, including user ID verification with SOAP （simple object access protocol）, header, SOAP message encryption with SOAP extension and XML （extensible markup language） file encryption and decryption. Application of these policies to the AICCP for more than one year proves the effectiveness of the data exchange practice between the AICCP and enterprise Intranet.

Research on Sharepoint-Based SDN Enterprise Collaboration Platform

To achieve the global cooperation and win-win situation,SDN(Supply and Demand Network with multi-functional and opening characteristics for enterprise,SDN) enterprises need to build SDN collaboration platform to ensure the smooth supply-demand flows and to realize the collaboration goals.This paper discusses the importance of building SDN enterprise collaboration platform(SDN-ECP),and then describes the framework of SDN-ECP.

Application of BIM with IPD in Design for a Construction Project

Integrated Project Delivery(IPD)is a new delivery system that fosters integration of combining design and construction in a collaborative team environment.Building Information Modeling(BIM)is a smart technological tool that make significant advancements in coordinating the planning and construction processes.IPD process with BIM technology allows all building data to maintain in a communicating platform that make all participants share data.In reality,some technical and process obstacles exist,that are hampering full implementation of IPD with BIM in the project.The paper introduced the application of IPD with BIM on the design in a project.The results showed the impact of BIM implementation on IPD mode which can result in improved productivity,better coordination,reduced energy consumption,clash and rework of construction.

Re-understanding the Role of City Master Planning in the Spatial Planning System

Holding a dominant position in the spatial planning system at the city level, a city master plan should be able to guide both long-term strategies and short-term planning implementation, while taking into account both resource conservation and urban-rural development and coordinating multi-government power and interests of various stakeholders. In the future, city master planning should keep its advanced nature and must follow the principles of being people-oriented, paying equal attention to both development quality and quantity, promoting diversified development, and containing multiple driving forces for development.