Due to the rapid development of artificial intelligence (AI) and internet of things (IoTs),
neuromorphic computing and hardware security are becoming more and more important …

With the widespread use of mobile computing and internet of things, secured communication
and chip authentication have become extremely important. Hardware‐based security …

The rapid proliferation of security compromised hardware in today's integrated circuit (IC)
supply chain poses a global threat to the reliability of communication, computing, and control …

Physical unclonable functions (PUF) are cryptographic primitives employed to generate true
and intrinsic randomness which is critical for cryptographic and secure applications. Thus …

Nowadays, advancements in the design of trusted system environments are relying on
security provided by hardware‐based primitives, while replacing resource‐hungry software …

Digital keys are commonly used in today's hardware security systems. However, the
provable destruction of these keys after use remains a challenging problem. Most security …

The development of the internet-of-things requires cheap, light, small and reliable true
random number generator (TRNG) circuits to encrypt the data—generated by objects or …

A novel True Random Number Generator circuit fabricated in a 130 nm HfO 2-based
resistive RAM process is presented. The generation of the random bit stream is based on a …

Resistive random access memory (RRAM) is a promising technology for energy-efficient
neuromorphic accelerators. However, when a pretrained deep neural network (DNN) model …

Consumer electronics require secure operation in the face of the many emerging threat
vectors. One hardware security primitive is the Physically Unclonable Function (PUF). PUFs …