A digital system showcasing two custom video processing chips was designed and implemented. The custom chips perform a forward and inverse discrete cosine transform (DCT) operation using only milliwatts of power. This work presents a hardware-based demonstration system for this chipset that captures and buffers full-motion video data, routes the data through the DCT and inverse DCT devices, and...

Flexible Alternating Current Transmission Systems (FACTS) devices have been used for several targets in power system, one of the main contributions of the devices is improving operation conditions. In this paper, two types of these devices have been placed to raise voltage profile, minimizing system loss and arising loadability. The suggested FACTS devices are: Unified Power Flow Controller (UP...

Automating Layout of Reconfigurable Subsystems for Systems-on-a-Chip by Shawn A. Phillips Chair of the Supervisory Committee: Professor Scott Hauck Electrical Engineering As technology scales, engineers are presented with the ability to integrate many devices onto a single chip, creating entire systems-on-a-chip. When designing SOCs, a unique opportunity exists to add custom reconfigurable fabr...

The Internet of Things (IoT) is transforming all applications into real-time monitoring systems. Due to the advancement in sensor technology and communication protocols, implementation IoT occurring rapidly. In agriculture, encouraging crop fields from any remote location. However, there are several agricultural challenges regarding low power use long-range transmission for effective IoT. These...

Flexible Alternating Current Transmission Systems (FACTS) devices have been used for several targets in power system, one of the main contributions of the devices is improving operation conditions. In this paper, two types of these devices have been placed to raise voltage profile, minimizing system loss and arising loadability. The suggested FACTS devices are: Unified Power Flow Controller (UP...

Power quality becomes one of the significant contemplations in power system. It has become particularly with presentation advanced devices. These high-level devices are sensitive to nature supply. The refers voltage, current, and frequency at evaluated value. If any variation occurred these quantities standard rating is considered as problem. issues like loss sine, voltage sag, swell, short int...

The energy recovery principle used in high-efficiency power supplies can be applied to digital CMOS logic to reduce dynamic power dissipation. We describe experiments with a custom linedriver chip and resonant power supply that can switch eight 100pF loads at 1MHz over 6 times more efficiently than conventional CMOS. The paper describes the adiabatic charging principle underlying this class of ...

The design challenges and custom design techniques associated with low-power, smallarea, high-performance CMOS digital signalprocessing circuits for hard-disk-drive applications are presented. The advantages of custom design are demonstrated by an example custom digital FIR filter macro that provides substantial improvement in performance, area, and power dissipation over standard-cell implemen...