This Is AuburnElectronic Theses and Dissertations

Browsing by Department "Electrical and Computer Engineering"

Now showing items 201-220 of 281

A Parallel Implementation of Fault Simulation on a Cluster of Workstations 

Han, Kyung (2006-12-15)
Parallel simulation on a cluster workstations is one method by which fault simulation time for large circuits can be reduced significantly. To get near-linear speedups from parallel processing, parallelization methods ...

Particle Swarm Optimization Applied to the Design of a Nonlinear Control 

Broderick, David (2006-05-15)
A method of searching for a tuning of an input to state linearizing controller is presented. The problem of ?nding the appropriate weights of the control law’s terms is treated as an optimization problem. Given the highly ...

Perfomance Analysis of 802.11b Networks 

Paruchuri, Ravi-Chandra (2006-05-15)
Wireless local area networks (WLANs), especially those incorporating the 802.11b standard, have experienced rapid evolution and unprecedented widespread deployment during the past few years. Increasing research led to the ...

Phase Locked Loop Analysis and Design 

Ratcliff, Marcus (2008-12-15)
The components of the phase locked loop (PLL) circuit discussed in this thesis are designed for use in a transmit receive (TR) module contracted out to Auburn University by United States Space and Missile Defense (USSMDC) ...

Planning Stage Reliable Operation of Dynamic Microgrids 

Zhu, Xuefei (2023-12-08)
The deployment of renewable energy generation is increasing at the distribution level in power systems. The concept of microgrids reduces the complex control burden from the system operator and lowers electricity prices. ...

Power and Performance Optimization of Static CMOS Circuits with Process Variation 

Lu, Yuanlin (2007-08-15)
With the continuing trend of technology scaling, leakage power has become a main contributor to power consumption. Dual threshold (dual-Vth) assignment has emerged as an efficient technique for decreasing leakage power. ...

Power control, Neighbor Discovery, and Backup Scheme for Emerging Wireless Networks 

Wang, Yu (2020-08-04)
With the booming wireless applications and services there has been a drastic increase in mobile data in recent years, as observed in several industrial white papers (e.g., Cisco Visual Network Index Report and Qualcomm’s ...

Power Management of a Grid Forming Enabled Hybrid Energy System 

Ezeodili, Echezona (2021-12-03)
Hybrid power generation systems that combine different renewable energy sources and energy storage systems offer an environmentally friendly alternative to conventional power generators for stand-alone applications. However, ...

Power Quality Standard Comparison between China, IEEE, and IEC 

Zheng, Tianxu (2018-11-15)
This thesis compares power quality standards and measurement methods of the U.S. and China. These standards specify the power quality parameters (harmonics, flicker, unbalance,etc.), that are dedicated to ensure the ...

A Practical Quaternary FPGA Architecture Using Floating Gate Memories 

Fadamiro, Ayokunle (2020-05-11)
A new quaternary FPGA (QFPGA) architecture based on floating-gate memory elements is presented and analyzed. While technology scaling has delivered substantial FPGAperformance, consumer demands grow beyond what binary ...

Practically Realizing Random Access Scan 

Mudlapur, Anand (2006-05-15)
The number of clock cycles in a serial scan (SS) test is often prohibitive as the number of flip-flops (FF) increases. Besides, scan-in and scan-out sequences result in unwanted circuit activity. This increases the test ...

Predicting Generator Coupling Using Power System Impedance Matrices 

Sayler, Kent (2006-05-15)
The combination of power flows on multiple lines constitutes a flowgate. Transmission flowgates are one tool being used to deal with wide-area stability issues because experience with dynamic simulation suggests that ...

Predicting Signal Probabilities Using Neural Networks to Improve Test Point Insertion 

Immanuel, Joshua (2019-12-18)
This thesis presents an artificial neural network signal probability predictor for VLSI circuits that considers reconvergent fan-outs. Testability analysis techniques are useful in the insertion of testpoints to improve ...

Printed Circuit Board Sensor Technology: Rigid vs. Flexible vs. Additive Manufacturing 

Reed, Moriah (2022-07-21)
There is no denying that printed circuit boards (PCB) have integrated themselves into all sorts of technology that we have today. They are in the computers on which we work, the appliances we use, and the sensors that ...

Process Development of Double Bump Flip Chip with Enhanced Reliability and Finite Element Analysis 

Yan, Wei (2005-08-15)
Flip chip technology has drawn tremendous attention in electronic packaging in recent years due to the advantages it offers, such as better electrical performance, high I/O density and smaller size. However, as package ...

Process-Variation-Resistant Dynamic Power Optimization for VLSI Circuits 

Hu, Fei (2006-05-15)
Power dissipation is an increasingly critical issue in modern VLSI design and testing. Previously, linear programming (LP) based methods have been proposed for optimization of circuits for low power dissipation. However, ...

QoS/QoE Provisioning in Emerging 5G Wireless Networks 

He, Zhifeng (2016-12-09)
In recent years, there has been a drastic growth in wireless traffic, and in the near future, a majority of wireless traffic will be video-related. How to support the increasing demand of radio resources from the ...

Quality-Aware Data Crowdsourcing and Federated Learning in Wireless Networks 

Zhao, Yuxi (2022-11-21)
Data crowdsourcing (referred to as ``crowdsourcing'' for brevity) has found a wide range of applications. In principle, crowdsourcing leverages the ``wisdom'' of a potentially large crowd of workers (e.g., mobile users) ...

Radial Deblurring with FFTs 

Webster, Christopher (2007-08-15)
Radial blurring (sometimes called zoom blurring) of an image occurs when a camera acquires an image while traveling at a high rate of speed towards an object. Removing this blur is a challenging problem because it is a ...

Radiation Hard Thin Film Transistors and Logic Circuits Based on ZnO and Related Materials 

Wang, Shiqiang (2017-11-30)
Thin film and thin film transistors (TFTs) and logic circuits based on zinc oxide (ZnO) and related materials, such as zinc tin oxide (ZTO), are designed, fabricated and characterized in this Ph.D. dissertation. ZnO as ...