The purpose of the project is to design a wide frequency range programmable frequency divider used in a Continue reading
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Tag: CMOS
An Architecture for High-throughput and Improved-quality Stereo Vision Processor (Electronics Project)
This paper presents the VLSI architecture to achieve high-throughput and improved-quality stereo vision for real applications. The stereo vision processor generates Continue reading
Design of Pipelined Analog-to-Digital Converter with SI Technique in 65 nm CMOS Technology (Electronics Project)
Analog-to-digital converter (ADC) plays an important role in mixed signal processing systems. It serves as an interface between analog and digital signal processing systems. In the last two decades, circuits implemented in current-mode technique have drawn lots of Continue reading
A 65nm, Low Voltage, Fully Differential, SC Programmable Gain Amplifier for Video AFE (ECE/EEE Project)
Due to rapid growth of home entertainment consumer market, video technology has been continuously pushed to deliver sharper pictures with higher resolution. This has brought about stringent requirements on the video analog front end, which often coupled with the low power and low voltage Continue reading
Extensible Energy Planning Framework for Preemptive Tasks (Electronics/Computer Project)
ABSTRACT
Cyber-physical systems (CSPs) are demanding energy-efficient design not only of hardware (HW), but also of software (SW). Dynamic Voltage and and Frequency Scaling (DVFS) and Dynamic Power Manage (DPM) are most popular Continue reading
A Parallelized Algorithm for Hyperspectral Biometrics (Electronics/Biomedical Project)
ABSTRACT
The parallelized algorithm for hyperspectral biometrics uses the processing power of a GPU (Graphical Processing Unit) to compare hyperspectral images of people’s faces. The feature extraction algorithm first retrieves uniquely identifiable features Continue reading
On the Design of an Analog Front-End for an X-Ray Detector (Electronics Project)
Rapid development in CMOS technology has resulted in its suitability for the implementation of readout front-end systems in terms of high integration density, and low power consumption yet at the Continue reading
Portable High Throughput Digital Microfluidics and On-Chip Bacteria Cultures (Biomedical Project)
ABSTRACT
An intelligent, portable, and high throughput digital microfluidic (DMF) system is developed. Chapter 1 introduces microfluidics and DMF systems. In Chapter 2, a low-cost and highre solution capacitive-to-digital converter Continue reading
Noise Measurements of a Low Power Detector for RFID Applications (Electronics Project)
In this work we provide measurements on low power envelope detector and compare them with results predicted by theory. This envelope detector is supposed to Continue reading
Analysis and Implementation of Decimal Arithmetic Hardware In Nanometer CMOS Technology (Electrical Project)
Many scientific, engineering and commercial applications call for operations with real numbers. In many cases, a fixed-point numerical representation can be used. Nevertheless, this approach is not always feasible since the range that may be required is not always attainable with this method. Instead, floating-point numbers have proven to be an effective approach as they have the advantage of Continue reading
Noise Reduction in CMOS Image Sensors for High Quality Imaging (Electronics Project)
We propose a new method for image noise detection and reduction in complementary metal oxide semiconductor (CMOS) image sensors inspired from audio noise cancelling Continue reading
Development of Vision System for a Humanoid Robot (Robotics/Electronics Project)
This thesis investigates the design of a vision system for the “Guroo” a robot humanoid soccer player for use in object detection. The aim was to create a vision system that was able to view and track objects in the three dimensional world. Vision hardware is presented for Continue reading