This paper presents a novel methodology to design a secured custom reusable intellectual
property (IP) core for the convolutional layer of convolutional neural network (CNN). Since …

This paper presents a novel hybrid methodology with structural obfuscation and encrypted
chromosomal DNA impression to secure intellectual property (IP) cores of digital signal …

Security of important hardware accelerators such as digital image filter IP cores has become
a primary concern owing to its wide applicability in modern consumer electronics …

The use of blockchain smart contracts in the monetization of IoT data assets addresses
challenges in personal data ownership, quantifiable tracking of data assets, and efficient …

Reusable third-party intellectual property (3PIP) cores within the supply chain are vulnerable
to hardware threats such as IP piracy and false claim of ownership. Securing the reusable IP …

This paper presents a novel hardware security technique that leverages handwritten
signature image features for securing intellectual property (IP) cores, such as digital signal …

In the present era of the global design supply chain, several untrustworthy entities can be
involved. From an intellectual property (IP) vendor's perspective, an attacker in the system …

Fake/pirated hardware intellectual property (IP) cores integrated in consumer electronics
systems can cause reliability hazards and jeopardize the safety of end consumer. Robust …

This article proposes a robust encrypted protein molecular biometric signature-based
hardware security approach to secure hardware accelerators (like digital signal processing …

This paper presents a security aware design methodology to design secure generalized
likelihood ratio test (GLRT) hardware intellectual property (IP) core for electrocardiogram …