This paper evaluates the performance of Internet Protocol Security (IPSec) based Multiprotocol Label Switching (MPLS) virtual private network (VPN) in a small to medium sized organization. The demand for security in d...This paper evaluates the performance of Internet Protocol Security (IPSec) based Multiprotocol Label Switching (MPLS) virtual private network (VPN) in a small to medium sized organization. The demand for security in data networks has been increasing owing to the high cyber attacks and potential risks associated with networks spread over distant geographical locations. The MPLS networks ride on the public network backbone that is porous and highly susceptible to attacks and so the need for reliable security mechanisms to be part of the deployment plan. The evaluation criteria concentrated on Voice over Internet Protocol (VoIP) and Video conferencing with keen interest in jitter, end to end delivery and general data flow. This study used both structured questionnaire and observation methods. The structured questionnaire was administered to a group of 70 VPN users in a company. This provided the study with precise responses. The observation method was used in data simulations using OPNET Version 14.5 Simulation software. The results show that the IPSec features increase the size of data packets by approximately 9.98% translating into approximately 90.02% effectiveness. The tests showed that the performance metrics are all well within the recommended standards. The IPSec Based MPLS Virtual private network is more stable and secure than one without IPSec.展开更多
本文介绍了一种如何创建基于 Internet的远程虚拟实验室的通用方法。采用 L ab VIEW应用程序开发环境对本地仪器进行控制。为了实现通过 Internet对仪器的远程控制 ,在 Web服务器端和 L ab VIEW应用程序之间 ,采用了双客户端 /服务器构...本文介绍了一种如何创建基于 Internet的远程虚拟实验室的通用方法。采用 L ab VIEW应用程序开发环境对本地仪器进行控制。为了实现通过 Internet对仪器的远程控制 ,在 Web服务器端和 L ab VIEW应用程序之间 ,采用了双客户端 /服务器构造实现它们之间的通信。远程用户通过 In-ternet济览器向 Web服务器提交命令和参数 ,远程控制实际的仪器设备 ,同时还可以实时地观察到实验结果。展开更多
文摘This paper evaluates the performance of Internet Protocol Security (IPSec) based Multiprotocol Label Switching (MPLS) virtual private network (VPN) in a small to medium sized organization. The demand for security in data networks has been increasing owing to the high cyber attacks and potential risks associated with networks spread over distant geographical locations. The MPLS networks ride on the public network backbone that is porous and highly susceptible to attacks and so the need for reliable security mechanisms to be part of the deployment plan. The evaluation criteria concentrated on Voice over Internet Protocol (VoIP) and Video conferencing with keen interest in jitter, end to end delivery and general data flow. This study used both structured questionnaire and observation methods. The structured questionnaire was administered to a group of 70 VPN users in a company. This provided the study with precise responses. The observation method was used in data simulations using OPNET Version 14.5 Simulation software. The results show that the IPSec features increase the size of data packets by approximately 9.98% translating into approximately 90.02% effectiveness. The tests showed that the performance metrics are all well within the recommended standards. The IPSec Based MPLS Virtual private network is more stable and secure than one without IPSec.
文摘本文介绍了一种如何创建基于 Internet的远程虚拟实验室的通用方法。采用 L ab VIEW应用程序开发环境对本地仪器进行控制。为了实现通过 Internet对仪器的远程控制 ,在 Web服务器端和 L ab VIEW应用程序之间 ,采用了双客户端 /服务器构造实现它们之间的通信。远程用户通过 In-ternet济览器向 Web服务器提交命令和参数 ,远程控制实际的仪器设备 ,同时还可以实时地观察到实验结果。
