IEEE Design&Test Vol. 38, Issue 3
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Speaker:
Special Issue on Top Picks in Hardware and Embedded Security
- Location:
- Date: May/June
Magazine
Volume 38, Issue 3 (May/June)
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Highlights
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May/June 2021 Content
From the EIC
| • | Top Picks in Hardware and Embedded Security |
| View full article (PDF). |
Special Issue on Top Picks in Hardware and Embedded Security
| • | Guest Editors’ Introduction: Special Issue on Top Picks in Hardware and Embedded Security |
| View full article (PDF). |
| • | Defeating Cache Timing Channels with Hardware Prefetchers |
| This article proposes a framework to mitigate cache timing attacks. The framework identifies attacks and targets by monitoring the cache access pattern and counteracts them by injecting noise using hardware prefetcher. read more View full article (PDF). |
| • | Beyond the CPU: Side–Channel Attacks on GPUs |
| This article demonstrates that architectural side-channel attacks are possible also on applications that use the GPUs. read more. View full article (PDF). |
| • | End-to-End Automated Exploit Generation for Processor Security Validation |
| This article presents an end-to-end tool that, starting from a processor and a set of security-critical invariants, automatically generates exploits to help designers find security threats. read more. View full article (PDF). |
| • | Hardware/Algorithm Codesign for Adversarially Robust Deep Learning |
| This article describes DeepFense, a framework to make deep learning models automatically and efficiently realizable on constrained devices. read more. View full article (PDF). |
| • | A Cautionary Tale About Detecting Malware Using Hardware Performance Counters and Machine Learning |
| This article revisits the literature around the use of hardware performance counters for malware detection, highlighting discrepancies, and providing a retrospection of challenges for future research. read more View full article (PDF). |
| • | Provably Secure Sequential Obfuscation for IC Metering and Piracy Avoidance |
| This article introduces formal security proofs in the context of integrated circuits obfuscability. read more. View full article (PDF). |
| • | An Inside Job: Remote Power Analysis Attacks on FPGAs |
| This article presents how programmable resources of an FPGA can be utilized to perform side-channel attacks and reports practical examples of these attacks. read more. View full article (PDF). |
| • | EM/Power Side-Channel Attack: White-Box Modeling and Signature Attenuation Countermeasures |
| This article presents analysis methods to pin-point the cause of side channel leakage in integrated circuits and proposes a number of techniques for leakage attenuation. read more. View full article (PDF). |
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| • | DRAM PUFs in Commodity Devices |
| This article presents a technique to create robust DRAM PUFs with commodity hardware, and demonstrates its use on a Linux-based off-the-shelf device. read more. View full article (PDF). |
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| • | A Systematic Design Methodology of Formally Proven Side-Channel-Resistant Cryptographic Hardware |
| This article proposes a formal design system for automatically generating provably secure register transfer level description of cryptographic hardware based on generalized masking scheme. read more. View full article (PDF). |
General Interest Papers
| • | Discovering CAN Specification Using On-Board Diagnostics |
| The work presented in this article leverages on-board diagnostics for reverse-engineering CAN traffic data. The analysis of these data can be utilized to improve in-vehicle network security. read more View full article (PDF). |
| • | Ladder Scaling Fracmemristor: A Second Emerging Circuit Structure of Fractional-Order Memristor |
| This article presents a novel circuit structure of an arbitrary-order fracmemristor, called ladder scaling fracmemristor. This circuit structure shows that it is possible to realize a second emerging circuit structure of the fractional-order memristor in the form of an analog circuit. read more View full article (PDF). |
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| • | A Graduate Curriculum in Cyber-Physical Systems |
| A group of academicians from the University of Virginia has developed a graduate curriculum for cyber-physical systems education. The curriculum follows the National Academy of Engineering report on the need for such content consisting of multidisciplinary classes and professional development skills. read more View full article (PDF). |
Departments
| • | The 2021 Asia and South Pacific Design Automation Conference (ASPDAC) |
| View full article (PDF). |
| • | The Last Byte: Security Begins at Home |
| View full article (PDF). |
