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Articles 1411 - 1440 of 3180

Full-Text Articles in Engineering

Mux/Demux Of Hevc/H.265 Video Stream With He-Aac V2 Audio Bit Stream And To Achieve Lip Synch, Deepika Pagala Aug 2016

Mux/Demux Of Hevc/H.265 Video Stream With He-Aac V2 Audio Bit Stream And To Achieve Lip Synch, Deepika Pagala

Electrical Engineering Theses - Archive

The increasing demand for video and the increase in the number of devices enable of supporting digital media facilitate the enormous demand for video streaming over internet and and Internet Protocol Television (IPTV) applications. The high bit rates that result from the various types of digital video make their transmission through their intended channels very difficult. Hence it becomes necessary to select a good compression scheme to overcome storage and transportation problems of the digital video. High Efficiency Video Coding (HEVC) is an international standard for video compression developed by a working group of ISO/IEC MPEG (Moving Picture Experts Group) …

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Second Order Algorithm For Sparsely Connected Neural Networks, Parastoo Kheirkhah Aug 2016

Second Order Algorithm For Sparsely Connected Neural Networks, Parastoo Kheirkhah

Electrical Engineering Theses - Archive

A systematic two-step batch approach for constructing a sparse neural network is presented. Unlike other sparse neural networks, the proposed paradigm uses orthogonal least squares (OLS) to train the network. OLS based pruning is proposed to induce sparsity in the network. Based on the usefulness of the basic functions in the hidden units, the weights connecting the output to hidden units and output to input units are modified to form a sparse neural network. The proposed hybrid training algorithm has been compared with the fully connected MLP and sparse softmax classifier that uses second order training algorithm. The simulation results …

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Leak Detector System For Positive Airway Pressure Machines, Aishwarya Gopalakrishnan Aug 2016

Leak Detector System For Positive Airway Pressure Machines, Aishwarya Gopalakrishnan

Electrical Engineering Theses - Archive

The project aims to develop a system to indicate leaks occurring in a Positive Airway Pressure (PAP) machine which sends a passage of air to the patients suffering from sleep apnea, through a hose and a nose mask. The system uses programming software to record and analyse the data obtained from the sensors and provides an interface for the user to select a method for notifying the time instant and location of leak occurrences.The system used an approach of using sensors for leak detection. Two pressure sensors and two audio sensors were selected out of which, one pressure sensor and …

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Smartphone-Based Crowd Sourcing Of Bicycle And Pedestrian Conflict Data For Transportation Safety Assessment, Rahul Ankushrao Kawadgave Aug 2016

Smartphone-Based Crowd Sourcing Of Bicycle And Pedestrian Conflict Data For Transportation Safety Assessment, Rahul Ankushrao Kawadgave

Electrical Engineering Theses - Archive

This thesis presents the idea of mobile application development that aims at data collection for transportation safety assessment using cloud-based database. At present, transportation safety assessment relies only on data available from crash, accident reports. In combination with this crash data, it is possible that conflict data can become a very influential performance measure for transportation safety assessment. A transportation conflict happens when two parties cross a path and one party must take an action to avoid a collision or a crash. Such conflicts can occur between different transportation elements or parties like vehicle drivers, bicyclists, pedestrians. This project helps …

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Active Flyback Based Battery Management System With Proportional Balancing For Use In An Electric Race Car, Matthew Martin Aug 2016

Active Flyback Based Battery Management System With Proportional Balancing For Use In An Electric Race Car, Matthew Martin

Electrical Engineering Theses - Archive

Battery management systems are responsible for many tasks, most important of which is maintaining balance amongst the cells in a series string to prevent excess aging and unsafe operating conditions \cite{WhyBMS1}\cite{WhyBMS2}. In lithium-ion battery packs, traditionally, and almost exclusively in the world at large today, balancing is achieved by switching a resistor in parallel with high cells to bleed energy out of them and dissipate it as heat. This tactic is not only 100 percent inefficient, but it is slow due to power dissipation restrictions typically thermally imposed within a system, and it is only effective at preventing over-voltage conditions. …

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Adaptive Torque Control Of A Robotic Manipulator, Drew F. Waller Aug 2016

Adaptive Torque Control Of A Robotic Manipulator, Drew F. Waller

Electrical Engineering Theses - Archive

In this thesis, I present the theory and application of enabling intuitive control and physical interaction between a human operator and a mobile manipulator. To do so, the model of the manipulator was estimated for its kinematic and inertial properties. Specifically selected in this project was the Kuka youBot for its ease of use and wide academic availability. With thorough modeling of this device that included the arm as well as the base, and advanced control and guidance techniques, an adaptive controller was used to guide the manipulator towards a goal trajectory with great accuracy. The goal trajectory was built …

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Total Temperature Measurement At Pulse Detonation Engine Exhaust, Ninad Ramesh Kawle Aug 2016

Total Temperature Measurement At Pulse Detonation Engine Exhaust, Ninad Ramesh Kawle

Mechanical and Aerospace Engineering Theses - Archive

Pulse detonation engines (PDEs) are being studied in recent years as a potential means of power production. In PDEs, a supersonically travelling detonation wave traverses through the detonation tube. Total temperature of the exhaust of the PDE is not a well-known parameter. The objective of the research was to calibrate and employ miniature type E thermocouples for exhaust temperature measurement of the PDE. The probe making process along with the calibration techniques for AWG 20, AWG 24 and AWG 50 thermocouples are discussed at length. The time constants for thermocouples were determined. Reactive mixture containing hydrogen and oxygen was used …

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Method Of Characteristics Verification Of Inverse Frequency Model Of Turbulent Pipe Flow Transients, Mohammad Saifullah Mohammad Zafar Shaikh Aug 2016

Method Of Characteristics Verification Of Inverse Frequency Model Of Turbulent Pipe Flow Transients, Mohammad Saifullah Mohammad Zafar Shaikh

Mechanical and Aerospace Engineering Theses - Archive

Pressure transients in pipes with turbulent flow have classically been simulated using numerical techniques such as the method of characteristics. An alternative method utilizing an inverse frequency algorithm has recently been introduced for smooth pipe and determined to be computationally fast compared to the method of characteristics and in some cases more accurate. In addition, comparisons with experimental water hammer data has verified that the inverse frequency method is accurate out to Reynolds numbers of 15,800. This thesis investigates a comparison or the inverse frequency and method of characteristics methods for Reynolds numbers out to 200,000 for smooth pipes.

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A Novel Stress Analysis Method For Laminated Composite Stiffener With Asymmetric Z-Section Under Mechanical And Thermal Loading Conditions, Sidhant Singh Aug 2016

A Novel Stress Analysis Method For Laminated Composite Stiffener With Asymmetric Z-Section Under Mechanical And Thermal Loading Conditions, Sidhant Singh

Mechanical and Aerospace Engineering Theses - Archive

Composites structures are being used as load carrying members in latest aircrafts and performance automobiles, the design validation for such structures can be a time consuming and expensive process, if done by testing. Validation of a structure by analysis saves time and money for a design process and validation by analysis can be done by comparing the analytical solution with the finite element analysis of the structure, which requires availability of analytical expressions for every cross-sectional arrangement of the structural members. This research focuses on stress analysis of laminated composite stiffener with asymmetric Z-sections, where closed form analytical expressions are …

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Finite Element Analysis For Astm C-76 Reinforced Concrete Pipes With Reduced Steel Cage, Amin Darabnoush Tehrani Aug 2016

Finite Element Analysis For Astm C-76 Reinforced Concrete Pipes With Reduced Steel Cage, Amin Darabnoush Tehrani

Civil Engineering Theses - Archive

Reinforced concrete pipes (RCP) are composite pipes which have been widely used in the industry for more than ten decades. They are generally used for sewerage, water drainage, and industrial waste water. There are two methods for designing the RCP so that it will bear the soil weight and the live load on it: Indirect design (ID) and direct design (DD) methods. ASTM C76 (1) classifies pipes into five categories. The five categories of pipes have been classified in order of ascending pipe diameter with their required load and reinforcement’s area. Typically, there are two reinforcement types: circumferential and longitudinal. …

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Infiltration Study Using Tdr Techniques, Saurav Sinha Aug 2016

Infiltration Study Using Tdr Techniques, Saurav Sinha

Civil Engineering Theses - Archive

The study of water flow or infiltration in an unsaturated soil is a highly non-linear and complex problem, simultaneous verification of field and laboratory results is a convenient and practical approach to test the results. In this study, Time domain reflectometry (TDR) sensors are installed at three different locations close to a water body (Creek) in Arlington, Texas which is a part of the National Science Foundation Project titled “Cyper SEES: Type 2: Integrative Sensing and Prediction of Urban Water for Sustainable Cities (iSPUW)”. Time Domain Reflectometry (TDR) and Time Domain Transmissometry (TDT) sensors were deployed at five different depths …

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A Decision Support System Tool For Dynamic Pricing Of Managed Lanes, Maryam Zabihi Aug 2016

A Decision Support System Tool For Dynamic Pricing Of Managed Lanes, Maryam Zabihi

Civil Engineering Dissertations - Archive

Congestion pricing and managed lanes (ML) have been recently gaining interest around the country as a congestion management tool and as a means of revenue generation for facility maintenance and expansion as well repayment of highway construction debts. Congestion pricing in MLs entails one of several strategies, including time of day pricing, dynamic pricing based on predicted/anticipated traffic conditions, and real-time dynamic pricing based on actual traffic conditions. The overall goal of this study has been to develop a Decision Support System (DSS) tool based on drivers’ revealed willingness to pay (WTP) values. This should determine more effective dynamic toll …

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Evaluation Of Structural Capacity Of Epoxy-Coated Concrete Pipes And Its Interaction With Soil, Elmira Riahi Aug 2016

Evaluation Of Structural Capacity Of Epoxy-Coated Concrete Pipes And Its Interaction With Soil, Elmira Riahi

Civil Engineering Dissertations - Archive

Rehabilitation of concrete structures by using synthetic resins such as epoxy is increasing worldwide. Understanding the structural behavior of the resultant composite structure and the interaction between the coating and concrete can be beneficial in predicting performance of the rehabilitated structure. However, very little is known about the strength of the epoxy-coated concrete. This researcher conducted laboratory experiments designed to evaluate epoxy coated concrete specimens under different load configurations with an emphasis on its stress-strain characteristics. The tests include uniaxial compression cylindrical specimens, three-point and four-point bending and tests on beam specimens and three-edge bearing tests on concrete pipe specimens. …

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Investigation Of Copling Strength And Directionality Between Eeg And Fnirs At Resting State Using Permutation Conditional Mutual Information, Gowtham Krishnan Murugesan Aug 2016

Investigation Of Copling Strength And Directionality Between Eeg And Fnirs At Resting State Using Permutation Conditional Mutual Information, Gowtham Krishnan Murugesan

Bioengineering Theses - Archive

The motivation of study is to combine multimodality approach EEG-fNIRS to study relationship between neural activity and hemodynamic response applying information theory concepts. Investigating human brain function can be improved by employing a multimodal neuroimaging approach. Since each neuroimaging modality has its own characteristic features especially in terms of spatial and temporal resolution integrating fNIRS responses with EEG could accurately characterize the neurovascular coupling in cortical regions selected as part of the brain network involved in motor and cognitive behavior. Simultaneous recording of fNIRS-EEG is therefore an important resource for studying aspects of neurovascular coupling and its relationship with pathological …

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Investigating Causal Interactions In The Human Brain Using Eeg And Fnirs, Borzou Alipourfard Aug 2016

Investigating Causal Interactions In The Human Brain Using Eeg And Fnirs, Borzou Alipourfard

Bioengineering Theses - Archive

It is necessary for distributed neural assemblies to work in collaboration to achieve the most elementary brain functions. Activities within segregated neural assemblies are integrated to process an incredibly diverse collection of cognitive tasks. Measures such as correlation, cross-correlation, coherence and phase delay make limited use of the information that is available with the advanced multichannel and multimodal recordings of the brain’s activity. They can also give spurious and false results. Most importantly, these bivariate measures are not capable of describing the interaction among multiple neural assemblies and the effective connectivity among them. Through causality analysis, we can identify these …

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Evaluating The Impacts Of Sleep Disruptions In Women Through Automated Analysis (Sjsl Framework), Shalini Gupta Aug 2016

Evaluating The Impacts Of Sleep Disruptions In Women Through Automated Analysis (Sjsl Framework), Shalini Gupta

Industrial, Manufacturing, and Systems Engineering Dissertations - Archive

The proposed research suggests a solution for female sleep disruption by using automated analytics and attempts to improve our understanding of sleep disruption physiology. Although, sleep disruption monitoring is gaining attention with the use of sleep monitoring devices that track sleep disruptions. Automated technology can capture repeated measurements, evaluate sleep patterns, and make suggestions. However, facts revealed by clinical research suggest that it can measure sleep – disruption records, and sleep disorders. Moreover, this research can be useful for prescribing individual treatment, and hence improve individual healthcare optimization. In fact, some of the health tracking electronic devices assist individuals in …

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Evaluating The Impacts Of The Internet Of Things To Reduce Runway Incursions: Understanding The Why, How, And When, Samuel Inanore Okate Aug 2016

Evaluating The Impacts Of The Internet Of Things To Reduce Runway Incursions: Understanding The Why, How, And When, Samuel Inanore Okate

Industrial, Manufacturing, and Systems Engineering Dissertations - Archive

The Federal Aviation Administration’s (FAA) mission is to maintain the safest and most efficient aerospace system in the world. The FAA has stated that runway safety is one of their top priorities, which encapsulates pilots, air traffic controllers, and airport vehicle drivers and workers (Federal Aviation Administration, June 2015). Federal Aviation Administration categorizes a runway incursion as a hazardous event that can occur in the Air Operations Area (AOA) that involves an incorrect presence of an aircraft, vehicle or person in the protected area of a surface designated for the landing and takeoff of an aircraft (Federal Aviation Administration, June …

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Prefrontal Responses To Stroop Tasks In Subjects With Post-Traumatic Stress Disorder Assessed By Functional Near Infrared Spectroscopy, Amarnath Yennu, Fenghua Tian, Alexa Smith-Osborne, Robert J. Gatchel, Fu Lye Woon, Hanli Liu Jul 2016

Prefrontal Responses To Stroop Tasks In Subjects With Post-Traumatic Stress Disorder Assessed By Functional Near Infrared Spectroscopy, Amarnath Yennu, Fenghua Tian, Alexa Smith-Osborne, Robert J. Gatchel, Fu Lye Woon, Hanli Liu

Bioengineering Faculty Publications - Archive

No abstract provided.

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Thermal Conductivity Of Binary Sand Mixtures Evaluated Through Full Water Content Range, Benjamin M. Wallen, Kathleen M. Smits, Toshihiro Sakaki, Stacy E. Howington, T.K.K. Chamindu Deepagoda Jun 2016

Thermal Conductivity Of Binary Sand Mixtures Evaluated Through Full Water Content Range, Benjamin M. Wallen, Kathleen M. Smits, Toshihiro Sakaki, Stacy E. Howington, T.K.K. Chamindu Deepagoda

Civil Engineering Faculty Publications - Archive

A soil’s grain-size distribution affects its physical and hydraulic properties; however, little is known about its effect on soil thermal properties. To better understand how grain-size distribution affects soil thermal properties, specifically the effective thermal conductivity, a set of laboratory experiments was performed using binary mixtures of two uniform sands tightly packed with seven different mixing fractions over the full range of saturation. For each binary mixture, the effective thermal conductivity, l, capillary pressure, hc, and volumetric water content, q, were measured. Results demonstrated that the l–q relationship exhibited distinct characteristics based on the percentage of fine- and coarse-grained sands. …

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The Design And Control Of A Battery-Supercapacitor Hybrid Energy Storage Module For Naval Applications, Isaac J. Cohen May 2016

The Design And Control Of A Battery-Supercapacitor Hybrid Energy Storage Module For Naval Applications, Isaac J. Cohen

Electrical Engineering Dissertations - Archive

As the Navy transitions to a more electrical fleet, the electrical architectures must adapt to the changing load profiles. With the introduction of electrical propulsion and new types of electrical energy based weapons, load profiles have become higher power and more transient than ever seen before – especially during directed energy weapon operation. One issue that has become apparent with the introduction of these transient loads is the ability of traditional generation sources, such as fossil fuel generators, to power them. Generators are stiff sources of power which suffer efficiency losses when they deviate from operating at a constant maximum …

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Silicon Nitride Devices For Nonlinear And Quantum Optics Applications, Sarath Chandra Samudrala May 2016

Silicon Nitride Devices For Nonlinear And Quantum Optics Applications, Sarath Chandra Samudrala

Electrical Engineering Dissertations - Archive

The technology of fabricating photonic devices on silicon wafers using the well established CMOS process methodology has been under active investigation for several years. In particular, microring resonators have been shown to have several applications in telecommunications, in sensors and in nonlinear and quantum optics. This dissertation presents theoretical details and experimental results of silicon-nitride-based microring resonators fabricated on silicon wafers. The theoretical details of optical waveguides and numerical simulations of submicron thick waveguides are discussed. Later, the fabrication details of microring resonators and the experimental results of transmission properties of these microrings are presented. Further, the dispersion in microrings …

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Cooperative Control Of Multiple Untethered Magnetic Microrobots For Precision Micromanipulation, Nahum Arenas Torres May 2016

Cooperative Control Of Multiple Untethered Magnetic Microrobots For Precision Micromanipulation, Nahum Arenas Torres

Electrical Engineering Dissertations - Archive

The field of untethered microrobotics has emerged within the last two decades for its applications potential in military surveillance, micro and nano manufacturing, as well as in health care for minimal invasive surgery and drug delivery. Microrobots need to be fast and precise in order to be useful as a tool for manufacturing applications. It is well understood that at this size scale numerous challenges prevail such as stiction between microrobot and environment, providing power, locomotion control, and intelligence to microrobots and motion measurement. In order to accelerate the research in this field, I participated in the Mobile Microrobotics Challenge …

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Electronic Biosensors For Early Cancer Detection, Waqas Ali May 2016

Electronic Biosensors For Early Cancer Detection, Waqas Ali

Electrical Engineering Dissertations - Archive

Nanotechnology is an emerging field that holds promise to improved disease diagnosis and better health care. It has revolutionized the medical industry and is continuing to mesmerize in other research areas as well. Even after tremendous advancements in disease detection and treatment techniques, high mortality rate due to cancer necessitates the need for new sensing platforms for early cancer detection. The focus of this dissertation is development of new sensing platforms that are highly sensitive and selective and are able to detect the tumor at an early stage i.e. cellular or molecular level. We demonstrated that breast cancer tumor cells …

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Regularized Canonical Correlations In Clustering Sensor Data, Jia Chen May 2016

Regularized Canonical Correlations In Clustering Sensor Data, Jia Chen

Electrical Engineering Dissertations - Archive

In many data acquisition applications such as in sensor networks, the acquired sensor measurements contain information about multiple sources placed at different spatial locations. Such sources could correspond to different e.g., thermal sources or transmitters placed at different locations inside the sensed field. Before applying any statistical inference task, it is essential to identify which groups of sensors acquire observations that contain information about the same sources. This is essential to avoid `mixing' observations that contain information about uncorrelated sources. In this thesis, the goal is to cluster sensors into different groups based on their source information content about the …

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Optofluidic Photonic Crystal Platform For Label-Free Detection And Gas Sensing, Shuling Wang May 2016

Optofluidic Photonic Crystal Platform For Label-Free Detection And Gas Sensing, Shuling Wang

Electrical Engineering Dissertations - Archive

Photonic crystals (PhCs) based label-free sensing technology has great potential as a highly sensitive, high-throughput, and compact that has vast applications in biomedical research, healthcare, pharmaceuticals, environmental security, and battlefield to detect target analytes in either liquid or vapor phase. The PhC refers to a heterogeneous structure composed of a periodic arrangement of low-loss dielectric materials with contrasting refractive index (RI). Such a structure constrains the light propagation in certain ways such that the optical properties of the PhC are particularly sensitive to changes in RI, which in turn makes them useful for sensing purposes, since the interaction of target …

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Exploiting Higher-Order Statistics In Radar Data For Scattering Center Isolation, Jeffrey Brandon Hall May 2016

Exploiting Higher-Order Statistics In Radar Data For Scattering Center Isolation, Jeffrey Brandon Hall

Electrical Engineering Dissertations - Archive

Embedded in each observation of a RADAR system is an amalgam of scattered signals. An important function of RADAR signal processing is to resolve or separate this mixture of target signals. Imaging using RADAR data is a well-established area of research. Conventional RADAR imaging methods use a two-dimensional Fourier transform to back-project RADAR measurements to scattering sources [1]. The Fourier transform based imaging techniques have resolution limited by the bandwidth and spatial diversity of available data samples. Super-resolution methods such as MUSIC overcome the resolution limitation by employing an alternate model for the measured data [2]. These techniques are capable …

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Transfer Printed Semiconductor Nanomembranes For Heterogeneously Integrated Multi-Band Imager Arrays, Laxmy Menon May 2016

Transfer Printed Semiconductor Nanomembranes For Heterogeneously Integrated Multi-Band Imager Arrays, Laxmy Menon

Electrical Engineering Dissertations - Archive

The electronics industry is ruled by silicon which is realized as the solution to meet the requirements of higher bandwidth and low cost high density monolithic integration. However, silicon has its limitations when it comes to high frequency or optoelectronic applications. Fusion of several functionalities on one chip can be obtained by heterogeneous integration of materials that have optimized performance for a specific application. The ability to tailor heterogeneous materials to be able to integrate them with each other, in rigid or flexible form, can lead to novel and superior functionalities, with impact in multitude of areas like electronics, optoelectronics, …

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Microstructure And Properties Of Hard And Optically Transparent Hfo2 Films Prepared By High-Rate Reactive High-Power Impulse Magnetron Sputtering, Nai-Wen Pi May 2016

Microstructure And Properties Of Hard And Optically Transparent Hfo2 Films Prepared By High-Rate Reactive High-Power Impulse Magnetron Sputtering, Nai-Wen Pi

Material Science and Engineering Theses - Archive

Hafnium Dioxide (HfO2) has an extraordinary high bulk modulus, high hardness, high chemical stability, high melting point and high thermal stability. This material can be used as protective coatings for application involving high temperature environments. HfO2 films were fabricated on Si using high-rate reactive high-power impulse magnetron sputtering (HiPIMS) using different deposition-averaged target power density and voltage pulse durations t1. Five HfO2 films were prepared with (1) t1 = 25 µs, =7.6 Wcm-2 (T25S7), (2) t1 = 100 µs, =7.2 Wcm-2 (T100S7), (3) t1 = 200 µs, =7.3 Wcm-2 (T200S7), (4) t1 = 200 µs, =18 Wcm-2 (T200S18) and (5) …

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Silver Dendrite Based Three-Dimensional Surface Enhanced Raman Scattering (Sers) Substrates, Sandesh Rajkumar Shelke May 2016

Silver Dendrite Based Three-Dimensional Surface Enhanced Raman Scattering (Sers) Substrates, Sandesh Rajkumar Shelke

Material Science and Engineering Theses - Archive

Three-dimensional (3D) hierarchical nanostructures have been considered as one of the most promising surface-enhanced Raman spectroscopy (SERS) substrates because it provides high-density hotspots along the three-dimension directions and high surface areas. In this thesis, we report the synthesis process to develop 3D SERS substrates in thin wall quartz capillary tube on Cu wire. These 3D SERS substrates consist of Ag dendrite, Au-Ag and Pd-Ag bimetallic nanostructures which was synthesized by employing simple galvanic replacement reactions (GRR). In this synthesis process Cu wire which is used as substrate was inserted in the thin walled quartz capillary tube and then AgNO3 was …

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Numerical Modeling Of An Alloy Droplet Deposition With Non-Equilibrium Solidification, Vimal Ramanuj May 2016

Numerical Modeling Of An Alloy Droplet Deposition With Non-Equilibrium Solidification, Vimal Ramanuj

Mechanical and Aerospace Engineering Dissertations - Archive

Droplet deposition is a process of extensive relevance to the microfabrication industry. Various bonding and film deposition methods utilize single or multiple droplet impingements on a substrate with subsequent splat formation through simultaneous spreading and solidification. Splat morphology and solidification characteristics play vital roles in determining the final outcome. Experimental methods have limited reach in studying such phenomena owing to the extremely small time and length scales involved. Fundamental understanding of the governing principles of fluid flow, heat transfer and phase change provide effective means of studying such processes through computational techniques. The present study aims at numerically modeling and …

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