For over 50 years, Amdahl's Law has been the hallmark model for reasoning about
performance bounds for homogeneous parallel computing resources. As heterogeneous …

The traditional hallmark in embedded systems is to minimize energy consumption
considering hard or soft real-time deadlines. The basic principle is to transfigure the …

Performance and energy efficiency considerations have shifted computing paradigms from
single-core to many-core architectures. At the same time, traditional speedup models such …

Modern embedded systems execute multiple applications, both sequentially and
concurrently, on heterogeneous platforms. Determining the most energy-efficient system …

Modular multi exponentiation (MME) is a critical operation in most of the public-key
cryptosystems and verification functions. Two novel algorithms: HRMME and SFWHRMME …

At present, the traditional methods of calculating the worst response time upper bounds for
direct acyclic graph (DAG) task scheduling on heterogeneous multi-core platforms suffer …

Efficient and secure authentication of the user in today's world, where most of the multimedia
data is shared over the public network, is essential. The verification step of the multi-user …

Most of the authentication protocols have modular multi-exponentiation (MME) as their core
operation in the verification step. Triple modular-multi exponentiation playing a vital role in …

The present paper proposes a secure design of the energy-efficient multi-modular
exponential techniques that use store and reward method and store and forward method …

Voltage margins, or guardbands, are imposed on DVFS systems to account for process,
voltage, and temperature variability effects. While necessary to assure correctness …