ETSI TR 103 419解决了设备和/或网络配置的测试方法问题 根据通用变量动态调整其性能，例如交通负荷变化，最终在 对本地和/或集中管理实体的控制。在SDN（软件定义网络）范围内有用 和/或NFV（网络功能虚拟化）应用程序，其中包括网络拓扑、设备可用性和/或 性能，如吞吐量、延迟、功耗、抖动等。 可根据功能进行动态调整 实时需求，例如优化运营支出。本文件旨在对有关问题作一个一般性介绍，目的是作为一份报告的基础 未来，作为SDN和/或NFV的一部分，可能会开发专门用于相关应用的系列论文 进化为清楚起见，本文件主要涉及动态调整功耗的能力 针对流量负载变化（以下也称为能量感知网络），但本文描述的原理可能是 扩展到测试任何其他SDN和/或NFV应用，其范围包括改变网络拓扑或设备 性能作为通用变量的函数。

ETSI TR 103 419 addresses the issues of testing methodology for equipment and/or network configurations able to dynamically adapt its performance as function of a generic variable, e.g. traffic load variations, eventually under the control of a local and/or a centralized Management entity. Useful in the ambit of SDN (Software Defined Networks) and/or NFV (Network Function Virtualization) applications where network topology, equipment availability and/or performances such as throughput, latency, power consumption, jitter, etc. may be dynamically adapted as function of real-time needs, in order for instance to optimize operational expenditures.The present document is intended as a general introduction to the issue in question, with the aim to be the basis for a family of papers dedicated to relevant applications may be developed in the future as part of SDN and/or NFV evolution. For sake of clarity the present document mainly refers to the ability to dynamically adapt power consumption to traffic load variations (hereinafter also called Energy Aware Networking), but principles herein described may be extended to test any other SDN and/or NFV application having the scope of altering network topology or equipment performances as function of a generic variable.