基于框架的计算机网络架构使用NDLC进程

Ahmad Fariz, S. E. Yumin, Masbah Rt Siregar, Taswanda Taryo
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引用次数: 1

摘要

在现代教育管理中实现学习概念目标的一个因素是利用由可靠的计算机网络体系结构支持的信息技术。在本研究中,计算机网络体系结构的设计方法基于TOGAF-ADM框架的4个阶段,即视觉体系结构、业务体系结构、信息系统体系结构(数据体系结构和应用体系结构)和技术体系结构。然后采用网络开发生命周期(Network Development Life Cycle, NDLC)流程,从分析、设计、仿真原型、实现、监控、管理到计算机网络开发评估。试验结果表明,通过采用负载均衡技术和微型设备支持,实现了通信线路的分段,解决了网络中的数据冲突问题,使数据包的收发速度更快、更稳定。新的网络实现成功地稳定了上传和下载数据的速度,克服了有限的连接和0%的数据包丢失。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Arsitektur Jaringan Komputer Berbasis Framework Togaf-Adm Menggunakan Proses NDLC
One factor for the achievement of the objectives of the concept of learning in the management of modern education is to utilize information technology that is supported by a reliable computer network architecture. In this research, the method of designing a computer network architecture is based on the 4 stages of the TOGAF-ADM Framework, namely vision architecture, business architecture, information systems architecture (data architecture and application architecture) and technology architecture. Then the system implementation uses the Network Development Life Cycle (NDLC) process which consists of analysis, design, simulation prototyping, implementation, monitoring, management and ending with an evaluation of computer network development. From the trial results, it is obtained that by using load balance technology and microtic device support, sending and receiving data packets is now faster and more stable because the communication lines have been segmented and the data collision in the network is resolved. The new network implementation successfully stabilized upload and download data speeds, overcoming limited connections and 0% packet loss.
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