电子信息专业英语论文

标题校园弱电系统集成设计浅谈

Title campus weak current system integration design, discussion

摘要校园弱电系统应建设采取“统一规划、基础先行、面向需求、分步实施”的建设思路实施。做好统筹考虑，优化设计，可避免各系统重复配置造成资源浪费，同时也方便建成后统一管理维护，提高维护效率。Abstract

The construction of campus light-current system should adopt "unified planning, basic first, demand oriented, step-by-step implementation of" the construction of the ideas. Make overall consideration, optimization design, can avoid repeat each system configuration cause resource waste, but also convenient maintenance after the completion of unified management, improve the efficiency of maintenance.

关键词弱电系统集成统一规划优化设计传输专网结构化布线

Keywords weak current system integration transmission private network structured cabling unified planning optimization design Intelligent building；OPC；System Integration；Weak Current；Linkage；

中图分类号：TP316.4 文献标识码：A

Chinese library classification number: TP316.4 literature identifier: A

信息技术的应用与普及，现代信息技术正在向教学、科研、管理的每一个环节渗透，将改变传统的教学模式并大幅度提高教育资源的利用效率。数字化校园、网上大学已被人们熟悉，教育正在走向全面的信息化。The application and popularization of information technology, modern information technology to the teaching, scientific research and management of each link, will change the traditional teaching mode and greatly improve the utilization efficiency of education resources. Online university digital campus, has been familiar, education is to the comprehensive information.

一个校园弱电系统的建设，其最终建设目标是将新校区建设成为一个信息化时代下的高水平的智能化、数字化校园，从而为学校的教育信息化打下坚实的基础。通过在某学校新校区弱电系统设计中的体会，谈谈智能化校园弱电系统集成的一点思考。

A weak current system of campus construction, construction of its ultimate goal is to become a new campus construction information era under the high level of intelligence, digital campus, so as to lay a solid foundation for the school education informatization. In the new campus of a school in the weak current system design experience, talk about a bit weak current system integration of intelligent campus thinking.

1设计原则

1 design principles

弱电系统设计方案依据应结合用户需求，并在设计中遵循以下设计原则：

Weak current system design scheme on the basis of should be combined with the user requirements, and follow the following principles in the design:

（1）实用原则。以满足用户实际应用需求为原则，坚持先进，兼容传统，实现系统集成和系统互联、资源整合、信息共享。把实用性放在第一位；

(1) the practical principles. Practical application in order to meet user needs as the principle, adhere to the advanced, compatible with the traditional, system integration and

system interconnection, resources integration and information sharing. The practicability in the first place;

（2）先进性原则。系统建设方案需要充分参考国内外先进的产品和技术，结合实际情况，使建成的系统不但能反映当今的先进水平，而且具有相当的发展潜力，让中心设施达到十年不落后；

(2) the advanced principles. System construction plan requires full reference advanced products and technologies at home and abroad, combined with the actual situation, make the completed system can not only reflect today's advanced level, and has considerable development potential, don't get behind center facilities at ten years;

（3）标准化原则。采用开放式架构、标准化接口和协议，具有良好的兼容性和可扩展性，其中平台软件的设计采用分层的模块化结构，以达到设置修改灵活，扩充方便，适应业务的发展变化。

(3) the principle of standardization. Using an open architecture, standardized interfaces and protocols, has good compatibility and expansibility, including the design of the platform software adopts hierarchical modular structure, modify Settings in order to achieve flexible, expansion of convenient, adapt to changes in the business.

（4）安全原则。网络环境下信息传输和数据存储注重安全，保障系统网络的安全可靠性，避免遭到恶意攻击和数据被非法提取的现象出现，安全要求高的系统采用专网专用，与其它网络物理隔离，完全保障数据的安全。

(4) security principle. Under the network environment information transmission and data storage pay attention to safety, guarantee the safety and reliability of the system network, prevent malicious attack and data is the phenomenon of illegal extraction, high security requirements of system adopts the private network is special, and other physical isolation network, fully protect the safety of data.

（5）扩展性原则。技术选型除了考虑先进、实用，还必须考虑系统的扩展性，系统容量应该有可持续发展的考虑；

(5) the principle of extensibility. Technology selection in addition to considering the advanced, practical, must also consider the extensibility of system, system capacity should be a consideration of sustainable development;

（6）稳定性原则。从系统结构、技术措施、设备性能、系统管理、厂商技术支持及维修能力等方面保障系统的可靠性和稳定性；

(6) stability principle. From the system structure, technical measures, equipment performance, system management, ability of manufacturer's technical support and maintenance support system reliability and stability;

（7）可维护性原则。系统应具备自检、故障诊断及故障弱化功能，在出现故障时，应能得到及时、快速的修复。

(7) maintainability principles. System should have the introspection, fault diagnosis and fault weakening function, in the event of a failure, should be able to get timely and rapid repair.

2设计思想

2 design idea