Biblio

The design methods and the detection methods for Hardware Trojan develop rapidly. Existing trustiness verification methods are effective to obviously malicious HT but no effect on Stealthy Trojan. Stealthy Trojan is an advanced attack form and hard to be detected. In this paper, we analyze the characteristic of stealthy Trojan and propose a static detection method based on feature analysis. The results on ISCAS benchmarks show that the proposed method can detect the Stealthy Trojan node and is convenient to be implanted into other scalable verification framework.

This workshop aims to develop an agenda within the CHI community to address the emergence of blockchain, or distributed ledger technologies (DLTs). As blockchains emerge as a general purpose technology, with applications well beyond cryptocurrencies, DLTs present exciting challenges and opportunities for developing new ways for people and things to transact, collaborate, organize and identify themselves. Requiring interdisciplinary skills and thinking, the field of HCI is well placed to contribute to the research and development of this technology. This workshop will build a community for human-centred researchers and practitioners to present studies, critiques, design-led work, and visions of blockchain applications.