Conventional computation models assume symbolic representations of states and actions. Gurevich’s “Abstract-State Machine” model takes a more liberal position: Any mathematical structure may serve as a state. This results in “a computational model that is more powerful and more universal than standard computation models” [5]. We characterize the Abstract-State Machine model as a special class o...

Reducing the area and power dissipation of FSM circuit is of significant importance for EDA technology. Many methods are adopted to achieve an effective and fast transformation of FSMs to binary codes, including Genetic algorithm (GA) and others. In this paper, we propose a GA based state assignment of a FSM circuit to gain the minimization of power consumption and area. We modify the tradition...

This papers considers the problem of nite-state power control for minimizing the bit-error-rate of uncoded modulation systems over fading channels. Finite-state power control is deened as a power control policy that employs a nite number of distinct power levels, each over a diier-ent interval of the fade depth. We develop an algorithm that determines the optimal nite-state power control and pr...

This paper presents a new analysis of power complementary filters using the state-space representation. Our analysis is based on the bounded-real Riccati equations that were developed in the field of control theory. Through this new state-space analysis of power complementary filters, we prove that the sum of the controllability/observability Gramians of a pair of power complementary filters is...

Digital fluid power technology has rapidly achieved the status of potential and serious fluid power technology. Several research branches exist each having their own strengths and challenges. Applications are also emerging. This paper summarizes the research results so far and tries to find development trends and estimate the future of digital fluid power.

In this paper, we address the problem of state assignment to minimise both area and power dissipation for Finite State Machine designs. We propose a new matching-based state-assignment algorithm which considers area and state transitions simultiG neously. Experimental results on a set of benchmarks demonstrate that our approach is indeed very effective in minimising both area and power dissipat...

Electrical power requirements for the next generation of deep space missions cover a wide range from the kilowatt to the milliwatt. Several of these missions call for the development of compact, low weight, long life, rugged power sources capable of delivering a few milliwatts up to a couple of watts while operating in harsh environments. Advanced solid state thermoelectric microdevices combine...

Of course, from childhood to forever, we are always thought to love reading. It is not only reading the lesson book but also reading everything good is the choice of getting new inspirations. Religion, sciences, politics, social, literature, and fictions will enrich you for not only one aspect. Having more aspects to know and understand will lead you become someone more precious. Yea, becoming ...

In 2001, Power Electronics and Electric Machines program was fully developed in electrical and computer engineering department at Cleveland State University. To support newly developed curriculum, state of the art Power Electronics and Electric Machines Laboratory has been established. This effort has been supported by National Science Foundation (award # 0410912), Nasa Glen Research Center and...