Collaborative Research: CT-T: TRIESTE: A Trusted Radio Infrastructure for Enforcing Spectrum Etiquettes

合作研究：CT-T：TRIESTE：用于执行频谱礼仪的可信无线电基础设施

• 批准号: 0716208
• 负责人: Jung-Min Park
• 金额: $ 5万
• 依托单位: Virginia Polytechnic Institute and State University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2007
• 资助国家: 美国
• 起止时间: 2007-10-01 至 2009-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0716208&HistoricalAwards=false
• 关键词: Collaborative; Research; CT; TRIESTE; Trusted

Most commercial wireless devices do not make lower-layer properties (e.g., raw waveform-level samples from an analog-to-digital converter) accessible to users. Recently, however, the research community has directed its attention towards the development of cognitive radios that will expose the lower-layers of the protocol stack to researchers and developers. Although the promise of such a flexible platform is great, there are also some serious potential security drawbacks. It is easily conceivable that cognitive radios could become an ideal platform for abuse since the lowest layers of the protocol stack will be accessible to programmers in an open-source manner. The proposed project addresses these concerns by focusing on two important building blocks needed in constructing a holistic solution to ensuring the trustworthy operation of software radios: first, the investigating team plans to develop tools to quantify the degree to which spectrum etiquette policies are abused in a network of cognitive radios and, second, the team plans to investigate methods for identifying such spectrum abuse, which is necessary in order to drive anomaly detection and response mechanisms. Overall, the broader impact of the effort is centered around the fact that cognitive radios represent an emerging technology that requires security mechanisms to be developed before these highly-programmable radios reach the public market.

大多数商业无线设备都不可用于用户访问的较低层属性（例如，来自类似物到数字转换器的原始波形级别样本）。然而，最近，研究界将注意力集中在认知无线电的发展上，这将使协议堆栈的低层堆放者向研究人员和开发人员展示。尽管这种灵活平台的承诺很大，但也存在一些严重的潜在安全弊端。很容易想象的是，认知无线电可能会成为滥用的理想平台，因为该协议堆栈的最低层将以开源方式可访问程序员。提议的项目通过关注构建整体解决方案所需的两个重要组成部分来确保软件无线电的运作所需的问题来解决这些问题：首先，调查团队计划制定工具，以量化频谱礼节策略的程度，在认知无线电的网络中滥用了哪些频谱礼节策略，并将团队的计划探讨了这些措施，以确定型号的措施，以确定一定的措施，以确定一定的措施，以进行验证，以验证一项措施，以进行验证，以进行措施，以进行验证，以验证一定的措施，以进行验证，以进行一定的措施，以进行验证，以进行措施，以进行措施，以验证一项措施，以进行验证，以进行验证，以验证一定的措施，以验证范围的措施。总体而言，这项工作的更广泛的影响是围绕以下事实：认知无线电代表了一种新兴技术，该技术需要在这些高度可编程的收音机到达公共市场之前开发安全机制。