数字政府安全人员信息共享安全方案、垂直整合、语义互操作体系与框架
Proposed Information Sharing Security Approach for Security Personnels, Vertical Integration, Semantic Interoperability Architecture and Framework for Digital Government
摘要：
本文主要描述了垂直整合的概念概述，语义互操作性架构，如教育部门架构框架（ESAF）为新西兰政府和不同的互操作性框架解决方案的数字政府。在本文中，我们试图开发一个安全的信息共享方法，数字政府，以提高家园安全。这是一种以角色和合作为基础的方法，适用于不同政府部门的保安人员。世界上任何一个国家的数字政府要想成功运作，都必须与公民进行互动，并通过不同的网络在公民或其他政府之间共享安全信息。因此，为了使用户能够在没有黑暗和不受干扰的情况下与全球不同的网络和数据库进行协作和共享信息，安全和可信的信息共享环境已被视为一个非常重要的需求，并推动国土安全努力。本研究的关键动机是为政府部门提供安全可信的信息共享方法。本文提出了一种基于功能完善和团队协作的信息共享方法，利用公钥密码学，实现国家安全人员和政府部门之间的保密信息和特权信息的安全交换。扩展的方法利用加密散列函数，公钥密码系统和一个独特的和复杂的映射函数安全地交换秘密信息。此外，投影的方法有利于隐私保护信息共享与可能的限制的基础上的排名的安全人员。
英文摘要：
This paper mainly depicts the conceptual overview of vertical integration, semantic interoperability architecture such as Educational Sector Architectural Framework (ESAF) for New Zealand government and different interoperability framework solution for digital government. In this paper, we try to develop a secure information sharing approach for digital government to improve home land security. This approach is a role and cooperation based approach for security personnel of different government departments. In order to run any successful digital government of any country in the world, it is necessary to interact with their citizen and to share secure information via different network among the citizen or other government. Consequently, in order to smooth the progress of users to cooperate with and share information without darkness and flawlessly transversely different networks and databases universally, a safe and trusted information-sharing environment has been renowned as a very important requirement and to press forward homeland security endeavor. The key incentive following this research is to put up a secure and trusted information-sharing approach for government departments. This paper presents a proficient function and teamwork based information sharing approach for safe exchange of hush-hush and privileged information amid security personnels and government departments inside the national boundaries by means of public key cryptography. The expanded approach makes use of cryptographic hash function; public key cryptosystem and a unique and complex mapping function for securely swapping over secret information. Moreover, the projected approach facilitates privacy preserving information sharing with probable restrictions based on the rank of the security personnels.
机构、总结、中文摘要均由AI分析而来，可能存在错误，请以论文正文为准。
