## Doctoral thesis computer science

we further demonstrate that the performance of segmentation algorithms can be improved by using a lattice of competing hypotheses over the speech stream rather than just the one-best hypothesis as input. the aim of this thesis is to reason why metrics are needed in the agile developments, present which metrics and measurements are used and why, as well as how to apply them. alleviate this problem, this thesis present parakeet, a runtime compiler for an array-oriented subset of python. thesis would develop a simulator to answer the following questions:If a given graph-based model of a ciliate gene is reducible using only simple operations and,If the answer to the above question is yes, what the strategy would be? in this thesis, we present the theory and algorithms for validating speculative optimizations and generating the runtime tests necessary for speculative optimizations. the greater part of this thesis, we develop a set of convolutional networks that infer predictions at each pixel of an input image. describe the symunix operating system for the nyu ultracomputer, a machine with hardware support for fetch&phi operations and combining of memory references. their advantages are wide availability and cost-effectiveness, as compared to massively parallel computers. in the second part of this thesis, we address the problem of designing the shape of physical objects defined by a set of functional requirements. of the most important goals of computer vision research is object recognition. in addition, a computer-aided design system running on sun workstations has been implemented to help in the design. subsequently, the thesis should introduce the concept of model refinement and should implement the refinement of a chosen biochemical network in this language and compare the results with those obtained through an ode-based representation. whether we have neural spike trains in neuroscience, gene expression levels in systems biology, or stock price movements in finance, we want to determine why these systems behave the way they do. generation is a fascinating part of ai research, and a necessary part of many computer games. thesis work for this dissertation explores the development of an extensible multimodal environment toolkit (emmet) for prototyping and remotely testing speech and gesture based multimodal interfaces to three-dimensional environments. the applications range from highest-quality surfaces for manufacturing in cad, to believable animations of virtual creatures in special effects, to virtual worlds rendered in real-time in computer games. in the second part of this thesis we present a method for model-checking safety and liveness properties over procedural programs. training of a neural network and a structured model for computer vision. creation of 3d models is a fundamental task in computer graphics. finally, the thesis would discuss the future of the problem in terms of possible answers and their consequences. the second part of this thesis, we present the design and implementation of lockbox, a system designed to provide end-to-end private file-sharing with the convenience of google drive or dropbox. this could for example be done in form of a tool or tool extension to rodin as a practical part of the thesis.'m fully prepared to hear what you have been working on and to see whether that could be turned into a thesis. the past thirty years the desktop or wimp (windows, icons, menus, pointer) user interface has made the computer into a tool that allows non-specialists to get a variety of tasks done. this thesis, we provide a unified framework and architecture, named enriched content, to resolve the above problems. our pedestrian simulator is also serving as the basis of a testbed for designing and experimenting with visual sensor networks in the field of computer vision. more importantly, sets are a basic construct of mathematics and thus natural to use when mathematically defining the properties of a computer system. a thesis addressing this topic could aim at mapping subjective concepts of disjoint entities, providing a framework for data required to such mapping or the mathematical models of treating that data. in the thesis existing approaches and methodologies of using design patterns would be explored in the form of a literature survey to find out how they can help in the development process. conclude this thesis by giving algorithms that can be used to emulate a reliable shared memory with compare&swap on a message passing system prone to slow-downs. the thesis task would be to investigate one of these existing frameworks. this thesis, a japanese/english machine translation system with reversible components has been designed and implemented in prolog. recently, deep feature hierarchies have proven to be immensely successful at solving many problems in computer vision. address this situation, this thesis presents a software toolkit created specifically to support creativity in computational literature. this thesis focuses on sampling-based matrix approximation techniques that help scale kernel-based algorithms to large-scale datasets. finally, the thesis would discuss the future of the problem in terms of possible answers and their consequences. thesis presents several novel algorithms, analyses, and general techniques and tools for effective indexing and search that not only tolerate but actually exploit this uncertainty. in many contexts, painting and illustration have many advantages over photorealistic computer graphics, in aspects such as aesthetics, expression, and computational requirements. thesis proposes a general and efficient model-based object recognition scheme. (s)he will work together with computer scientists from the computational biomodeling laboratory -combio- (lead.: low-level image priors and laplacian preconditioners for applications in computer graphics and computational photography. the aim of this thesis is to reason why metrics are needed in the agile developments, present which metrics and measurements are used and why, as well as how to apply them. thesis would develop a simulator to answer the following questions:If a given graph-based model of a ciliate gene is reducible using only simple operations and,If the answer to the above question is yes, what the strategy would be? several instances of np-complete problems have been solved using molecular computers. this thesis approaches the problem of simplifying these complex descriptions by writing operating system prototypes using a very high-level programming language that significantly relieves the burden of low-level and machine dependent details. thesis can investigate varied issues regarding location-awareness, such as gps algorithms, location-tracking devices, or more theoretical comparisons of frameworks and systems. thesis presents an n -dimensional generalization of hermite's theorem for counting real roots of a polynomial using quadratic forms. this thesis we prove the solvability of the satisfiability problem for various classes of unquantified set-theoretical formulae.

How to write a thesis statement for an english essay

What is theses and dissertations

Phd defense presentation slides

## Doing Research

this thesis, we present several original constructions of the above primitives, which improve upon existing drm-enabling cryptographic primitives along the following two directions:Widening their scope of applicability e. example of a bsc/msc thesis that can be written on this topic is, for instance, investigating the similarities and differences of data refinement in csp and action systems. thesis on this subject could address the computational modelling of group formation (flocking, swarm formation). less than a decade and a half ago, this is a new, elegant, and promising paradigm of computing using biomolecules (dna, rna, proteins) rather than electronic computers.: we are not only talking of different kinds of handicap here; introducing computers to, say, children of age 3 would do just fine. in this thesis, we additionally describe techniques for leveraging lp and mip solvers to improve the performance of smt solvers without compromising correctness. use of diagrams in the field of computer science is thoroughly surveyed, and some underlying principles identi- fied. the goal of this thesis is to develop a tool which implements the exact and local string matching using this framework. in recent decades, it has been widely and successfully applied to the static analysis of computer programs. in this thesis we examine and analyze locking as a concurrency control mechanism for distributed databases. in this thesis, i documented my attempts from 3 different angles to push the limits of 3d printing: printability, microstructure design and robust geometry processing with mesh arrangements. a msc thesis can also be written on this topic. the synthesis problem, we distinguish between the synchronous and the asynchronous case. this thesis presents a formalism that is expressive enough to describe this flexible planning process. a thesis involves (studying and) describing the two languages, then explaining which features will be compared (and potential reasons for that), and then the actual comparison. based on this observation, the thesis provides an unconventional perspective that cdcl solvers can solve real-world problems very efficiently and often more efficiently just by maintaining a small set of certain classes of learned clauses. this thesis identifies two problems in contemporary software distributed shared memory systems: (1) poor application programming interfaces for programmers who need to solve complicated synchronization problems and (2) inefficiencies in traditional multiple writer protocols. the next part of the thesis focuses on understanding the inherently different natures of satisfiable and unsatisfiable problems and their implications on the empirical workings of cdcl. major accomplishments reported in this thesis are:- the development of a computer grammar for a nontrivial sublanguage of german. this thesis, we address the problem of the compilation time and execution performance trade-off in region-based compilation within the context of the key optimization of register allocation . the main theme of this thesis is using partitioned memory models to divide up memory based on the alias information derived from a points-to analysis. this thesis considers sequence alignment, a method for obtaining these correlations. complex logarithm as a conformal mapping has drawn interest as a sensor architecture for computer vision due to its psuedo-invariance with respect to rotation and scaling, its high ratio of field width to resolution for a given number of pixels, and its utilization in biological vision as the topographic mapping from the retina to primary visual cortex. of humans in images is a long standing problem in computer vision research for which, despite significant research effort, an adequate solution has not yet emerged. in this thesis we show that a run-time supervisor for an implementation of ada on highly parallel machines can be written which is free of costly serialization points. this thesis presents a parsing technique designed to minimize the frequency of spurious or misleading diagnostic messages emitted by the compiler, without the efficiency cost of similarly robust parsers. thesis addresses the difficult open problem in computer graphics of autonomous human modeling and animation, specifically of emulating the rich complexity of real pedestrians in urban environments. the thesis would then present the ideas of some of the (failed) approaches that have been proposed for this problem. to stl translation software for color/texture mapping in support of 3d printing of surfaces used in visual/tactile cross-modal cognitive neuroscience research. the thesis would also discuss the current state of the art in building quantum computers and perspectives for a world with quantum computers. the goal of the thesis is to demonstrate how quality is measured and what metrics are used in safety-critical / cyber-physical systems, e. has long been the goal in computer vision to learn a hierarchy of features useful for object recognition. next generation of robotic applications--computer integrated manufacturing, teleoperation, and mobile autonomous robots--will require far more computer systems support than currently available. this thesis, we consider approaches to creating and editing 3d models that minimize the user's thinking in 3d. the thesis should not contain multiple versions of the same guidelines. thesis presents two new algorithms for minimizing the kohn-sham energy, which is used to describe a system of non-interacting electrons through a set of single-particle wavefunctions. in the past, once good model were found for something (such as computer-aided design of electronic circuits), this research moves into a different field - the design of efficient algorithms, statistical models, computing hardware, etc. this thesis, we present parakeet, an array-oriented language embedded within python, a widely-used productivity language. analysis of problems in computer algebra: grobner bases and the nullstellensatz. in this thesis, we realize this principle by two different approaches. in the first part of this thesis we provide a framework and tools that allow to formally verify that a transactional memory implementation satisfies its specification. many of these algorithms use the faa (fetch-and-add) operation, a versatile low-level synchronization primitive that has been promoted by the nyu ultracomputer group and incorporated in several other supercomputer designs. student will have to give an introduction to the formulation of the problem and explain its relevance from the point of view of theoretical computer science. less than a decade and a half ago, this is a new, elegant, and promising paradigm of computing using biomolecules (dna, rna, proteins) rather than electronic computers. a thesis on this topic could address composition / aggregation of the data acquired from the crowd in order to acquire a decision. this notion of `commodity robotics' is expected to parallel the impact of the personal computer, in the sense of opening up new application niches for what has until now been expensive and therefore limited technology. thesis can explore one or several such frameworks for their advantages and disadvantages, can propose solutions, or describe case studies and/or implementations. computer procedure for generating visible-line drawings of solids bounded by quadric surfaces.

we suggest a simple language, the cell programming language (cpl), to write computer programs to describe this behavior. intrusion detection is therefore needed as another way to protect computer systems. second contribution of this thesis is cascade, a multi-platform, multi-paradigm framework for verification. this thesis studies a model of multiscale edge representation based on the local maxima wavelet transform. the main contributions of the thesis are understanding the computational complexity of, and designing algorithms for some key problems in both these domains. and conception of computer science and computer engineering among students and staff. this thesis describes the design, implementation, evaluation and user-study based analysis of four different mobile accessibility applications. a bsc thesis one can compare these languages, from certain perspectives such as the modelling of the state and the actions, how can one develop system models with these languages, etc. these operations and their relation to machine object recognition and artificial vision are discussed in detail elsewhere [marr 1982], [biederman 1985], but they are not our concern in this thesis. in this thesis, we expand the scope of smt solvers by developing decision procedures for new theories of interest in reasoning about hardware and software. in this thesis, we will work on abstract domains, one of the key concepts in abstract interpretation, which aim at automatically collecting information about the set of all possible values of the program variables. the advent of vlsi, new opportunities in computer architecture are emerging. the remainder of the thesis explores visual feature learning from video. thesis introduces the notions of rule-based modelling and model refinement. this thesis deals with three applications of the probabilistic method. this thesis, we focus on the research and development of formal methods to uniformly verify parameterized systems. there is a very large gap between what is known about brain structure and the functional capabilities of a living brain - closing this gap is one of the grand challenged in modern science and engineering. in this thesis we develop algorithms for planning the motion of a planar rod or ladder and a three link planar arm moving amidst an environment containing obstacles bounded by simple, closed polygons. it is mostly a matter of the scope and focus of the topic of the thesis. thesis describes a novel supervised approach based on kernel methods to address these issues. the second part of this thesis, we present an abstract domain functor whose elements are binary decision trees. in the second part of this thesis, we come up with an architecture which lets us use features in a very flexible way, in the context of content-addressable memories. this thesis shows that the local maxima not only identify the edges but also characterize the edges. a bsc/msc thesis one can survey communication models, analyzing them for a set of properties, comparing them or case studying them. tools of computer science can be a tremendous help to the working biologist. this is a common problem that arises in many computer vision applications: for example, predicting a semantic label at each pixel describes not only the image content, but also fine-grained locations and segmenta- tions; at the same time, finding depth or surface normals provide 3d geometric relations between points. the thesis also describes how sage was used to control a number of intelligent devices, including a utah/mit hand and a puma robot arm. the number of networked computers grows and the amount of sensitive information available on them grows as well there is an increasing need to ensure the security of these systems. the thesis contains mathematical observations that provide insight into the problem of motion analysis, and experimental observations that demonstrate the applicability of the algorithms. this thesis is a study of how the performance of a parallel processor is affected by associating a cache memory with each pe of the system. specifically, we explore the thesis that exposing and using detailed information about how clients use component-based internet services enables mechanisms that achieve the range of goals listed above. and conception of computer science and computer engineering among students and staff. thesis can investigate varied issues regarding location-awareness, such as gps algorithms, location-tracking devices, or more theoretical comparisons of frameworks and systems. second part of the thesis describes real-life applications using the anchored condition for electronic phenotyping. (s)he will work together with computer scientists from the computational biomodeling laboratory -combio- (lead. this thesis studies the euclidean geodesic problem in $\r^3$ with polyhedral obstacles and the rectilinear geodesic problem in $\r^d$ with pairwise-disjoint, axes-parallel boxes. we extend kung and song's on-the-fly garbage collection algorithm to support multiple tasks on the nyu ultracomputer/ibm rp3 computers. the hypothesis is that an intermediate language designed to meet the requirements of stream processing can assure implementation correctness; reduce overall implementation effort; and serve as a common substrate for critical optimizations. goal of the thesis is to collect, analyze and summarize published api design guidelines and heuristics. first part of the thesis is concerned with random construction of integer sequences with certain additive properties. this thesis you would design and implement any system that would make life easier/funnier for any target group with special needs. this problem, referred to as synthesis, is undecidable in the general case. such models are used in many computer-aided design and computer graphics applications. thesis develops a computational treatment of the comparative in english that is general, efficient, and relatively easy to implement, while not unduly complicating the natural language processing system. are two main topics in this thesis, a corpus-based parser and a study of sublanguage. thus, the computer-based design and optimisation of these bio-production pipelines is one of the hottest topics in synthetic biology. this thesis, we discuss the structure of the caddy planning system and the results of experimental tests of caddy when we applied to a simulated golf world.: we are not only talking of different kinds of handicap here; introducing computers to, say, children of age 3 would do just fine.

in this thesis, the g scanglia protocol is described in detail and some preliminary analysis of its effectiveness in some real robot systems is given. thesis addresses fault tolerance issues in parallel computing on loosely-coupled networks of non-dedicated, heterogeneous workstations. this thesis we consider parallel algorithms for solving band symmetric positive definite systems of linear equations where the number of equations is much larger than the band width. in computer chess, minimax search with [image ] - [image ] pruning based on a simple evaluation function can beat a beginner handily. two alternative models of asynchrony are presented, and shown to be equally expressive for the purpose of synthesis. thesis illustrates the strength of randomness by applying some recent probabilistic techniques to solve problems in number theory, graph theory and computer science. are several major closed-form challenges in computer science, such as. subscribethis question originally appeared on quora: what are currently the hot topics in computer science research? thesis also presents a software architecture for running parallel data mining programs on networks of workstations (now) in a fault-tolerant manner. this thesis would plan and execute a model for story generation. this thesis explores what these features mean for large-scale in-memory storage systems, and derives two key insights for building rdma-aware distributed systems. a version that simulates parallelism runs on vax and sun minicomputers. a thesis involves (studying and) describing the refinement concepts, then motivating the chosen type(s) of refinement to be investigated in the thesis, then the actual content. this thesis will show how to use sketches (random projections) in a way that combines several simple techniques -- sketches, convolution, structured random vectors, grid structures, combinatorial design, and bootstrapping -- to achieve high performance, windowed correlation over a variety of data sets. describe new algorithms and tools for generating paintings, illustrations, and animation on a computer. will present a unified set of techniques to implement a virtual reliable parallel-processing platform on a set of unreliable computers with temporally varying execution speeds. we improve upon sequence alignment tools designed for dna with plains, an algorithm than uses piecewise-linear gap functions and parameter-optimization to obtain correlations in remotely-related species pairs such as human and fugu using reasonable amounts of memory and space on an ordinary computer. in this thesis, we present novel solutions to key problems in computational biology that deal with nucleotide sequences (horizontal gene transfer detection), amino-acid sequences (protein sub-cellular localization prediction), and gene expression data (transcription factor - binding site pair discovery). this thesis argues for executable operational semantics (eos) as a methodology for formal definition which has many fundamental advantages. technology to help people teach and learn is an important topic in human computer interaction (hci). in this thesis, we focus on robust and efficient algorithms to analyze biological networks, primarily targeting protein networks, possibly the most fascinating networks in computational biology in terms of their structure, evolution and complexity, as well as because of their role in various genetic and metabolic diseases. three-dimensional geometric modeling in computer graphics is concerned with the representation, specification, and manipulation of free-form curves, surfaces, and volumes. thesis presents a novel set of data structures that has marked advantages when dealing with unstructured and unbounded data that are common in scientific fields and bioinformatics. instead of using sample-based synthesis technique which lacks user control on features usually producing gaps in features or breaking feature coherency, we have explored an alternative approach of generating features using random fibre processes. the thesis would also discuss the current state of the art in building quantum computers and perspectives for a world with quantum computers.-based authentication is the dominant mechanism for verifying the identity of computer users, even though it is well known that people frequently choose passwords that are vulnerable to dictionary attacks. algorithmic approaches from computer science have provided the first steps in this direction, but fail to capture the complex, probabilistic and temporal nature of the relationships we seek. problem of model-based object recognition is a fundamental one in the field of computer vision, and represents a promising direction for practical applications. this thesis, we focus on surface representation for particle-based fluid simulators such as smoothed particle hydrodynamics (sph). in the last part of the thesis, we present a reference solver that incorporates all the techniques described in the thesis. learning problems in computer vision, natural language processing, computational biology, and other areas are often based on large data sets of thousands to millions of training instances. move beyond such shortcomings, this thesis contributes a number of techniques that realize cooperative content distribution. this thesis, we focus on multi-marker/-locus statistical methods for analyzing high-throughput array data used for the detection of genes implicated in complex disorders. this thesis focuses in particular on our use of data parallel operators as a basis for locality enhancing program optimizations. first part of the thesis deals mainly with the decision problem for the first order theory of real closed fields, and the more general problem of quantifier elimination. the security of computer networks is not a new issue. thesis addresses the problem of how to provide a reusable infrastructure for stream processing languages. in the second part of the thesis, we propose a proof system for encoding automatically checkable refutation proofs in the theory of bit-vectors. the goal of this thesis is to study various quality aspects of safety-critical (or cyber-physical) developments by using measurements and metrics for early assessment of a system under construction. we then present a large collection of basic algorithms for both the ultracomputer and the paracomputer. this thesis presents a suite of novel big data analytics algorithms that operate on unstructured web data streams to automatically infer events, knowledge graphs and predictive models to understand, characterize and predict the volatility of socioeconomic indices. thesis describes a computer program for constructing a description of solid bodies from a set of n pictures of the bodies. this thesis addresses the fundamental challenges mobility presents to on-demand routing protocols and to tcp.: synthesis and verification of controllers for robotics and manufacturing devices with temporal logic and the "control-d" system. the main theme of this thesis is using partitioned memory models to divide up memory based on the alias information derived from a points-to analysis. of computer vision has been devoted to the question of representation through feature extraction. the goal of this thesis is to study various quality aspects of safety-critical (or cyber-physical) developments by using measurements and metrics for early assessment of a system under construction. finally, we illustrate these ideas with example data from both neuroscience and finance, comparing the results to those found with other inference methods.