Collaborative Research: CI-ADDO-NEW: TrustHub: Design of Trust Benchmarks, Hardware Validation Platforms and a Web-based Dissemination Portal

合作研究：CI-ADDO-NEW：TrustHub：信任基准、硬件验证平台和基于 Web 的传播门户的设计

• 批准号: 0958369
• 负责人: Miodrag Potkonjak
• 金额: $ 2万
• 依托单位: University of California-Los Angeles
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2010
• 资助国家: 美国
• 起止时间: 2010-06-01 至 2012-05-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0958369&HistoricalAwards=false
• 关键词: Collaborative; Research; CI; ADDO; NEW

Hardware trust has become important and has seen major growth over the last several years. There is a large and active group of academic and industry researchers working on various aspects of the hardware trust problem. However, most research in this area is currently carried out in an ad-hoc fashion and results are reported using figures of merit that prevent objective cross-field comparisons of Trojan detection schemes. A few benchmark circuits infected with hardware Trojans (called trust benchmarks) are developed. The trust benchmarks pass a thorough test procedure and several detection techniques. To support further validation of the trust benchmarks, hardware platforms are developed to validate trust benchmarks and a web portal is set up to make the benchmarks and hardware platforms available to help accelerate research in hardware security and trust. Technical meetings are scheduled to collect feedbacks from experts in the community about the benchmarks and hardware platforms. The intellectual merit of this proposal include development of (i) a detailed taxonomy for Trojans, (ii) a set of static trust benchmarks, (iii) a number of hard-to-detect Trojans, (iv) hardware platforms for hardware emulation and validation of Trojan detection methods, and (v) a repository called Trust-Hub. A trust benchmark is selected for fabrication using the MOSIS program.

硬件信任已经变得很重要，并且在过去几年中已经实现了重大增长。有一个很大的积极的学术和行业研究人员研究了硬件信任问题的各个方面。但是，目前，该领域的大多数研究都以临时的方式进行，并使用功绩数字进行了报告，以防止对特洛伊木马检测方案的客观跨场比较。开发了一些感染了硬件木马（称为信任基准）的基准电路。信托基准通过了彻底的测试程序和几种检测技术。为了支持对信任基准的进一步验证，开发了硬件平台来验证信任基准，并设置了Web门户网站，以使基准和硬件平台可用，以帮助加速硬件安全性和信任的研究。计划会议计划收集社区专家的反馈，内容涉及基准和硬件平台。该提案的智力优点包括开发（i）特洛伊木马的详细分类法，（ii）一组静态信任基准测试，（iii）许多难以检测的特洛伊木马，（iv）硬件仿真的硬件平台和Trojan检测方法的硬件仿真和验证，以及（v）称为Trust sository称为Trust sository。使用MOSIS计划选择信任基准进行制造。