Design and Implementation of Voice over Wireless Local Area Network

Akindemowo Olayiwola Ayorinde
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Abstract

Aims: The main aim is to design and implement voice over wireless local area network. Study Design:  Building of network system using cabled and wireless media. Place and Duration of Study: College of Physical Science (COLPHYS) of Federal University of Agriculture, Abeokuta, Ogun State, Nigeria, between March 2014 and July 2014. Methodology: The techniques of the Structured Systems Analysis and Design Methodology (SSADM) and Prototyping were adopted in this project. Results: IP was observed to be ubiquitous and cost-effective and thus the school at large under which college of physical science exists can deploy new voice/data services which removes the need to manage separate voice and data networks in all the colleges. Also, the school can reap the benefits of a standard, highly flexible network, giving competitive market to equipment vendors, and encompassing a wide range of equipment for different market niches. Conclusion: Utilization of cheaper IP-based backbone equipment to carry voice data can be conducted. While this work had demonstrated the feasibility of leveraging on the affordances of IP-enabled telephones and developing a VOIP-based campus-wide telephony, it can be used as a prototype for the full implementation in all departments, colleges and the university at large.
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无线局域网语音的设计与实施
目的:主要目的是设计和实施无线局域网语音: 使用有线和无线媒介构建网络系统:研究地点和时间:尼日利亚奥贡州阿贝奥库塔市联邦农业大学物理科学学院(COLPHYS):本项目采用了结构化系统分析与设计方法(SSADM)和原型设计技术:据观察,IP 无处不在且具有成本效益,因此,物理科学学院所在的整个学校可以部署新的语音/数据服务,从而无需在所有学院管理单独的语音和数据网络。此外,学校还可以从标准、高度灵活的网络中获益,为设备供应商提供有竞争力的市场,并为不同的市场利基提供各种设备:结论:可以利用更便宜的 IP 骨干设备来传输语音数据。虽然这项工作证明了利用 IP 电话的功能和开发基于 VOIP 的全校电话的可行性,但它可以作为在所有部门、学院和整个大学全面实施的原型。
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