A method for the minimization of power consumption of finite state machines (FSMs) by
splitting their internal states is proposed. It is shown that by splitting internal states, the …

A new finite state machine (FSM) partitioning approach is proposed in this paper. Genetic
algorithm (GA) is employed to search the optimal or near optimal partition. A new cost …

As the silicon process technology advances, chip reliability becomes more and more
important. One of the critical factors that affect the chip reliability is the peak current in the …

An efficient way to obtain finite-state machines (FSMs) with low-power consumption is to
partition the machine into two or more sub-FSMs and then use dynamic power management …

Security‐centric components and systems, such as System‐on‐Chip early‐boot
communication protocols and ultra‐specific lightweight devices, require a departure from …

Partitioned finite state machine (FSM) architectures in general enable low-power
implementations and it has been shown that for these architectures, state memory based on …

Our world is moving towards ubiquitous networked computing with unstoppable momentum.
With technology available at our every finger tip, we expect to connect quickly, cheaply, and …

As silicon-based technology feature sizes continue to decrease and designs remain
susceptible to novel attacks designers face competing goals when creating secure, low …

An efficient way to obtain Finite-State Machines (FSM) with low power consumption is to
partition the machine into two or more sub-FSMs and use dynamic power management …

Employing adaptable protocol processing architectures has shown a high potential in
provisioning Quality-of-Service (QoS) while retaining efficient use of available energy …