User-centric Networks: Building New User Experiences on Software Defined Networks

以用户为中心的网络：在软件定义网络上构建新的用户体验

• 批准号: 503483-2016
• 负责人: HolguinPando, Cristina
• 金额: $ 5.46万
• 依托单位: Algonquin College of Applied Arts and Technology
• 依托单位国家: 加拿大
• 项目类别: Applied Research and Development Grants - Level 2
• 财政年份: 2019
• 资助国家: 加拿大
• 起止时间: 2019-01-01 至 2020-12-31
• 项目状态: 已结题
• 来源: https://www.nserc-crsng.gc.ca/ase-oro/Details-Detailles_eng.asp?id=691951
• 关键词: User; centric; Networks; Building; New

Internet service providers (ISPs) are currently re-architecting their network equipment and practices to mirror those used in large data centres. Two large technology shifts - "Software Defined Networks" and "Network Function Virtualization" - are allowing traditional Internet routing and ISP services to be performed on commodity data-centre servers and switches and to be more programmable, automated, and responsive than ever before. Internet service providers are also drawing on the tools and experience developed in their core network transformation to extend the programmability of their networks into customer equipment.This project proposes building on the increased programmability of networks to provide new user experiences and new ways of interacting with the network. Questions include: How can users interact with a network even before they are customers? How can a device identify itself to the network or to applications? How does who a user or what a device is affect how the network behaves? What kind of customisation is possible and how can an operator manage it?The research team will focus on three projects that elaborate on these questions:1) App-centric home connectivity: The team will build an app to act as both an agent for the user and the user interface of the network. It will allow the user to manage her service and set up new devices, diagnose and report problems, fix configuration of home devices, optimise WiFi coverage, and provide service continuity.2) 'Warm' services: The team will simplify ordering and accessing service from 'always-on' networks.3) Semi-private networks: The team will create simple ways to set up private networks. Making private network access as convenient as public Internet access will give citizens and businesses of all the sizes better tools to protect their privacy and to secure 'Internet of Things' devices.

互联网服务提供商 (ISP) 目前正在重新构建其网络设备和实践，以反映大型数据中心所使用的设备和实践。 “软件定义网络”和“网络功能虚拟化”这两项重大技术变革使得传统互联网路由和 ISP 服务能够在商用数据中心服务器和交换机上执行，并且比以往任何时候都更加可编程、自动化和响应迅速。 互联网服务提供商还利用其核心网络转型中开发的工具和经验，将其网络的可编程性扩展到客户设备中。该项目建议以增强的网络可编程性为基础，提供新的用户体验和与网络交互的新方式。网络。 问题包括：用户在成为客户之前如何与网络进行交互？设备如何向网络或应用程序标识自己？用户或设备如何影响网络的行为？什么样的定制是可能的以及运营商如何管理它？研究团队将重点关注三个项目来详细阐述这些问题：1）以应用程序为中心的家庭连接：该团队将构建一个应用程序来充当家庭连接的代理。用户和网络的用户界面。它将允许用户管理其服务并设置新设备、诊断和报告问题、修复家庭设备的配置、优化 WiFi 覆盖范围并提供服务连续性。2) “温暖”服务：团队将简化订购和访问服务来自“永远在线”的网络。3) 半专用网络：该团队将创建简单的方法来设置专用网络。使专用网络访问与公共互联网访问一样方便，将为各种规模的公民和企业提供更好的工具来保护他们的隐私并保护“物联网”设备的安全。