Technological transition from IPv4 to IPv6 at SNR

IF 0.4 Q4 ENGINEERING, MULTIDISCIPLINARY Ingenieria Solidaria Pub Date : 2021-05-05 DOI:10.16925/2357-6014.2021.02.12
Andersson Salinas Gonzalez
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Abstract

Summary. Introduction: The article is the product of the research “Technological transition IPv4 - IPv6 protocol" developed at the Francisco José de Caldas District University in 2020. Problem: There is no detailed plan for the transition to IPv6 for the SNR that solves the support and connectivity problems of new devices to compete more efficiently in the telecommunications market for access to officials and the population. Objective: To Generate a transition process plan that includes a detailed description of the phases and includes the key activities for said transition. Methodology: This article, therefore, describes the research and implementation project that led to determine activities, phases and products corresponding to the technological transition from IPv4 to IPv6 in the SNR. Results: The scope is visualized, as well as the documentary assurance through actions and recommendations of the change. Conclusion: It is evident that, after complying with a proposed evaluation methodology, the experience can be characterized as a case of success, since it facilitated the pertinent decision making within the process of adopting the new protocol. Originality: Through this research, the three transition phases suggested by the Ministry of Information Technologies and Communications (MinTIC) are contemplated. Limitations: The technological transition from the IPv4 to IPv6 protocol is limited to the fact that the process is not immediate but transitory, so it must be supported by transition mechanisms that allow the coexistence of both protocols.
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在信噪比下从IPv4到IPv6的技术过渡
总结。简介:本文是2020年由Francisco jos de Caldas地区大学开发的“技术转型IPv4 - IPv6协议”研究的产物。问题:没有详细的计划过渡到IPv6的SNR,解决新设备的支持和连接问题,在电信市场上更有效地竞争,以获得官员和人口。目标:生成一个产品化过程计划,包括产品化阶段的详细描述和产品化的关键活动。方法:因此,本文描述了研究和实施项目,该项目导致确定与SNR中从IPv4到IPv6的技术过渡相对应的活动、阶段和产品。结果:范围可视化,并通过改变的行动和建议形成文件保证。结论:显然,在遵守拟议的评价方法之后,这一经验可以被定性为成功的案例,因为它促进了在通过新议定书的过程中作出有关的决策。独创性:通过本研究,对信息技术和通信部(MinTIC)提出的三个过渡阶段进行了思考。限制:从IPv4到IPv6协议的技术过渡是有限的,因为这个过程不是立即的,而是暂时的,所以它必须由允许两种协议共存的过渡机制来支持。
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Ingenieria Solidaria
Ingenieria Solidaria ENGINEERING, MULTIDISCIPLINARY-
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