This thesis investigates transient stability of the power system using numerical methods and direct methods. Structure preserving models are prepared for the stability an[...]

The advantage of geometric dynamics analysis over the classical analysis method is that geometric method is independent of the choice of coordinates. The work, presented[...]

As the memory wall becomes an obstacle in the multi-core architecture, many hardware solutions have been proposed to utilize the available memory bandwidth more efficient[...]

Recently, small radio-controllable aircraft known as quadrotors, or quadcopters, have become very popular. These aircraft have the ability to vertically takeoff and move [...]

The complexity of many-core processors continues to grow as a larger number of heterogeneous cores are integrated on a single chip. Such systems-on-chip contains computin[...]

This research designs a Fault Tolerant Control (FTC) approach that compensates for both actuator and sensor faults by using multiple observers. This method is shown to w[...]

Along with the evolution of heterogeneous multi-core architectures, advanced thread scheduling algorithms for maximizing system efficiency are needed. As power density in[...]

Integrated Circuits (ICs) for logic (computation) have dramatically increased in both capacity <italic>and</italic> speed since their introduction in 1958. H[...]

The recent development of the compressed sensing (CS) theory has given rise to several algorithms being proposed for signal acquisition and reconstruction. Implementing t[...]

Discrete Cosine Transform (DCT) and Discrete Sine Transform (DST) are widely used in image and data compression applications. To process the DCT or DST of a signal a port[...]