Browsing Division of Electrical, Electronics, and Computer Science (EECS) by Title
Now showing items 604-623 of 1659
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Finding A Subset Of Non-defective Items From A Large Population : Fundamental Limits And Efficient Algorithms
(2017-07-12)Consider a large population containing a small number of defective items. A commonly encountered goal is to identify the defective items, for example, to isolate them. In the classical non-adaptive group testing (NAGT) ... -
A Fine-Grained Dynamic Information Flow Analysis for Android Apps
(2018-08-20)Android has been steadily gaining popularity ever since its launch in 2008. One of the major factors for this is the easy availability of a large variety of apps. They range from simple apps such as calculator apps to apps ... -
Finite field transforms applicatons to cryptography and error free polynimial matrix computation
In this dissertation, we have presented the properties of finite field transforms and a few of their applications. We do not consider our study exhaustive, and we expect other applications to be developed soon. The most ... -
FIR System Identification Using Higher Order Cumulants -A Generalized Approach
(Indian Institute of Science, 2010-01-12)The thesis presents algorithms based on a linear algebraic solution for the identification of the parameters of the FIR system using only higher order statistics when only the output of the system corrupted by additive ... -
First Principles Based Mobility Estimation of Graphene
Electron-phonon coupling (EPC) plays a vital role in detecting transport properties (e.g. mobility) of any material. First principles-based estimation of the mobility for any new material could act as a useful guideline ... -
First principles-based study of monolayer WSSe and metal interface.
The semiconductor-metal interface is universal for any electron device. Two-dimensional semiconductors have the advantages of free dangling bonds and atomically flat surfaces, making them promising materials to substitute ... -
First-principles Based Investigation of the Adsorption and Optoelectronic Properties of Polymorphic Borophene
The discovery of graphene has prompted interest in other two-dimensional materials, especially borophene, which is a single layer of boron atoms that forms a variety of crystal shapes. Borophene, the lightest member of the ... -
First-principles based study of graphene inserted tellurene-metal interface
Atomically thin two-dimensional (2D) materials have attracted extensive research interest since the journey started with the successful isolation of graphene in 2004. 2D materials have shown remarkable advancement in the ... -
First-Spike-Latency Codes : Significance, Relation to Neuronal Network Structure and Application to Physiological Recordings
(2018-04-12)Over the last decade advances in multineuron simultaneous recording techniques have produced huge amounts of data. This has led to the investigation of probable temporal relationships between spike times of neurons as ... -
Flexible Constraint Length Viterbi Decoders On Large Wire-area Interconnection Topologies
(2010-12-30)To achieve the goal of efficient ”anytime, anywhere” communication, it is essential to develop mobile devices which can efficiently support multiple wireless communication standards. Also, in order to efficiently accommodate ... -
Flux Rate Controlled Harmonic Filtering of Integrated Magnetic-Based Isolated-Inverter Topologies and Dynamically Variable Inductors
An intermediate filtering stage is mandatory to deliver smooth sinusoidal output voltage across the load. Several multilevel and modular multilevel-based inverter topologies are reported in the literature to reduce the ... -
FMCW Radar Systems for Indoor Biomedical Applications: Hardware, Software, and Techniques
The growing global demand for unobtrusive, non-contact health monitoring systems, driven by aging populations and the increasing prevalence of neurological disorders, underscores the urgent need for innovative sensing ... -
Formal Models for Code Generation and Code Compression
We propose formal models for the problems of target code generation and compression of tree intermediate code. For the first problem, we adapt an existing model to work for prefix linearizations of intermediate tree code. ... -
Formal tools for specification-driven protocol design of distributed computing systems
The widespread use of Distributed Computing Systems (DCSs) is due to the advantages of better performance, improved reliability, efficient resource sharing and easy upgradability. In order to realize the advantages of a ... -
Formal Verification Of Analog And Mixed Signal Designs Using Simulation Traces
(2011-07-08)The conventional approach to validate the analog and mixed signal designs utilizes extensive SPICE-level simulations. The main challenge in this approach is to know when all important corner cases have been simulated. An ... -
Fractal encoding for inpainting and secure image sharing
Fractal Encoding for Inpainting and Secure Image Sharing This thesis is an investigation to explore two new applications of fractal encoding: 1) secure image sharing and 2) image inpainting. Fractal encoding is a lossy ... -
Fragile Interpretations and Interpretable models in NLP
Deploying deep learning models in critical areas where the cost of making a wrong decision leads to a substantial financial loss, like in the banking domain, or even loss of life, like in the medical field, is significantly ... -
Frames as abstractions for efficient multimedia object retrieval
Multimedia Information Systems (MMISs) integrate various media types - text, audio, video, graphics, and animation - for machine-processable storage, retrieval, and presentation. These systems are characterized by complex ... -
A Framework for Privacy-Compliant Delivery Drones
We present Privaros, a framework to enforce privacy policies on drones. Privaros is designed for commercial delivery drones, such as the ones that will likely be used by Amazon Prime Air. Such drones visit a number of host ...