Computer related projects
Here's computer science fair project you're interested in learning about computer programming and computer science, we have some great science fair project ideas to get you started. All rights uction of material from this website without written permission is strictly of this site constitutes acceptance of our terms and conditions of fair sity of notre e of of the ment of computer science and er science course er engineering course ntly asked guide to the honor m objectives, outcomes, and n valley ation for graduate graduate studies te school academic y of degree graduate student orientation rad research ering research t cse login rad research ering research t projects(old). Biometric thms and software for problems in radiosurgery, radiation therapy, and other medical les mosquito comparative tic emotion ell: computational methods for simulation of biological - design and analysis of real-time intensive abstractions for high end biometric ing grids with machine learning ing ultra-dense computers with nting endangered c data-driven applications simulation (wiper). Energy/power efficient, real-time system computational discovery to privacy preservation in social, product, and health grammars for igent edge ous resource ges and systems for data intensive scientific : morphable computer architectures for highly energy-aware networks for machine : processing in ol: computational methods for simulation of : spontaneous information and resource le and reliable computation re engineering of scientific of the open source software ak: collaborative mobile ng the wandering rvised multilingual language ed biometric project is investigating various biometric sources (face, iris, hand, fingerprint, and gait) and sensors (2d, 3d, infra-red, ... Our research group is supporting the government programs on the gait challenge problem, the face recognition grand challenge, and the iris challenge y: bowyer, thms and software for problems in radiosurgery, radiation therapy, and other medical project is on the design, analysis, implementation, and experimentation of new algorithms and software for solving geometric optimization problems arising in radiosurgery, radiation therapy, and other related medical applications. Gambiae species group and the larger set of species in relation to y: tic emotion goal of this project is to develop computer systems that automatically sense when a user is bored, confused, frustrated, etc. The emotion detection systems will be integrated into computer interfaces in an attempt to provide more effective, user-friendly, and naturalistic interactions. Several projects focusing on either adapting existing emotion detection systems or investigating new modalities for emotion detection are y: d'ell: computational methods for simulation of biological are creating a model that includes how genetics at the subcellular level interacts with biophysics at the cellular level to orchestrate the development of organisms. We are building and deploying tools that explain failures in computing grids of thousands of y: chawla, ing ultra-dense computers with m: most projections of cmos technologies perceive an ultimate limit of about 0. The qca solution: utilize a new technology termed quantum cellular automata (qca) to build real computers orders of magnitude denser than the limits of cmos from molecularly sized devices where information is moved by coulombic interactions rather than current y: nting endangered logies for large-scale data collection and automatic transcription and word alignment in endangered and unwritten languages. This notion of collective intelligence opens up a new tremendous source of data which can vastly improve decision making in many domains, be it advertising, the effectiveness of offering related products, or the ability to diagnose medical conditions. This work is driven by the insight that careless (non-cooperative) adaptation of multiple resource or multiple communicating devices can lead to sub-optimal savings in resource utilization or degraded application performance; effects which are often difficult to capture with theoretical models alone, thereby requiring extensive experimental y: ges and systems for data intensive scientific problems in science and engineering can only be solved by harnessing large collections of computers called cluster, clouds, or grids. To address this, our lab is designing new languages and systems that allow end users to easily specify and execute workloads that run on hundreds of y: : morphable computer architectures for highly energy-aware an energy gear to high performance embedded y: brockman, networks for machine and algorithms for translation and language modeling using neural y: : processing in the current trend of rapidly increasing cpu speeds and ballooning ram capacities, the bottleneck between the processor and main memory is becoming more and more costly. Biocompute divides large bioinformatics jobs into hundreds of smaller jobs that are sent to either a large collection of personal computers or an external cloud. Biocompute is maintained by the cooperative computing lab and is supported by the bioinformatics core facility at the university of notre y: emrich, and reliable computation project allows resource-constrained devices (limited in their battery life or computational capabilities) to use external computing resources such as supercomputers or grids to carry out their extensive computational tasks in a secure and reliable way. We also are trying to build self-adaptive programs that can choose the best algorithms and parameters for particular problems at run y: of the open source software research project seeks to understand the free/open source software (f/oss) phenomenon and to predict the pattern of growth exhibited by f/oss projects over time. A number of short and long-term projects that focus on eye tracking and other methods to detect mind wandering are y: d'rvised multilingual language and algorithms for translation, word alignment, and bilingual lexicon induction from parallel and non-parallel texts. Further, vectorbase will be responsible for providing bioinformatics support of four included "driving biological projects," which will generate cutting-edge experimental data for both graduate students and staff to y: collins, emrich, department of computer science and engineering at the university of notre dame. Mail: cse@itation bachelor’s degree programs in aerospace, chemical, civil, computer, electrical, and mechanical engineering are accredited by the engineering accreditation commission of abet, inc.
The bachelor’s degree program in computer science is accredited by the computing accreditation commission of abet, ibility er engineering or cse is a field of engineering that is concerned with computer software development and research. This page lists a variety of computer science projects ideas for students research and development. This section lists various b tech final year projects for cse along with be final year projects for cse branch. These projects have been researched and compiled into a list to make it easy for students to choose their desired project topic for final year presentation. Browse through our list below to find your final year computer engineering project topics:Software project cial card/ computing events management platform for online auction security system (sss) using parking system using y checking using image fruit recognition using image l character extraction under different illumination ing political sentiment in social media from textual tion of academic performance of students with fuzzy logic. Learning platform using cloud developers constantly research on latest technologies to find various concepts that can be used as final year projects by computer science students. The above listed projects are chosen as effective topics for computer science and computer engineering students. Nevonprojects has a variety of projects in android, dotnet, java, matlab and other related technologies best suited for computer engineering branch students. To youtube sity of oxford department of computer resources & t projects - raduate student is and verification of stochastic hybrid stic hybrid systems (shs) are dynamical models that are employed to characterize the probabilistic evolution of interleaved and interacting continuous and discrete analysis, verification, and optimal control of shs models represent relevant goals because of their lity and for their applicability to a wealth of studies in the sciences and in a number of practical instances the presence of a discrete number of continuously operating modes (e. Are directly applicable to general shs models, while being computationally s: computer-aided formal verification, probabilistic model checking, probability and computing, automata logic uisites: familiarity with stochastic processes and formal ted verification of complex systems in the energy microgrids are small-scale versions of centralized electricity systems, which locally generate, distribute, and flow of electricity to consumers. This framework provides the opportunity of employing formal methods to verify properties of the goal of the project is in particular to focus on the energy production via renewables, such as photovoltaic project can benefit form a paid visit/internship to industrial s: computer-aided formal verification, probabilistic model checking, probability and computing, automata logic uisites: familiarity with stochastic processes and formal verification, whereas no specific knowledge of smart pment of software for the verification of mpl project is targeted to enhance the software tollbox verisimpl (''very simple''), which has been developed to abstraction of max-plus-linear (mpl) models. This enables the verification of mpl models against temporal specifications within s: computer-aided formal verification, numerical solution of differential uisites: some familiarity with dynamical systems, working knowledge of matlab and tive sensing and actuation for smart isation and actuation in smart buildings and the development of smart hvac (heat, ventilation and air-conditioning). Further, we plan to investigate approaches to perform meta-sensing,Namely to extrapolate the knowledge from physical sensors towards that of virtual elements (as an example, to infer the ng occupancy from correlated measurements of temperature and humidity dynamics). Computer-aided formal uisites: some familiarity with dynamical learning and ndro abate, daniel project will explore connections of techniques from machine learning with successful approaches from formal project has two sides: a theoretical one, and a more practical one: it will be up to the student to emphasise either two sides depending on his/her background and/of interests. On the other hand, a more practical project will apply the above theoretical connections on a simple models the area of robotics and s: computer-aided formal verification, probabilistic model checking, machine e simulations and analysis of aggregated probabilistic project shall investigate a rich research line, recently pursued by a few within the department of cs, looking development of quantitative abstractions of markovian models. As such, whatever can be shown abstract model, can be as well formally discussed over the original project, grounded on existing literature, will pursue (depending on the student's interests) extensions of this , or its implementation as a software s: computer-aided formal verification, probabilistic model checking, machine re development for abstractions of stochastic hybrid stic hybrid systems (shs) are dynamical models for the interaction of continuous and discrete states. For samson abramsky is happy to supervise projects in the following areas:- study of nonlocality and contextuality in quantum information and beyond. For example, it may be the case that with quantum systems, fewer resources are project will investigate the classical simulation of quantum systems in simple scenarios in which quantum systems icated from one party to another, or in which quantum systems are measured to produce correlated outcomes. Alternatively, the project could look into extending our existing traffic analysis framework in order up the analysis and improve the accuracy and coverage of the tracker ng an animation or simulation simulation of objects and beings within a computer has become a hot topic over the last few years, with virtual reality, the design of safe stadia, synthetic actors and environments for films, and computer games, amongst project would look at the design and construction of a relatively simple animation or simulation system, that ly sacrifice ease of animation in order to focus on the modelling of interactions between the actors and their a project would probably make use of existing collision detection code within the computing laboratory, coupled thms that simulate the physical interaction of bodies.
Projects to help continue this work are available,And suggested topics include (but are not limited to): building better sensing or (radio) communication hardware for ; designing (and possibly testing) novel algorithms to look at cooperation between sheepdogs; using machine allow the shepdogs to learn; and building better simulations of the robots. The project has the potential to be split among a small group of -oriented splines objects are described to computer design and animation systems as a number of curved surface pieces, called splines are many different families of such splines (with different mathematical -- and thus aesthetic -- properties), , b-spline, and nurbs. Be done by starting with a regular array of points in a plane, which the user can tweak using the computer's be useful as a design tool the system should be totally interactive: the user should be able to use the windowing view the grid of control points from any viewing angle, using icons to control the interaction. Computing and quantum information, logic, category theory, fundamental coecke is willing to supervise projects in the following areas. Other projects on novel human-computer interfaces for security possible, interest and ing of security-related interactions, in csp or more evocative notations such as milner's bigraphs. Security: one concrete idea is the development of a policy language to allow the authors of apps to behaviour, designed to be precise about the expected access to peripherals and networks and the purpose thereof (ed and usage); uses skills in formal specification, understanding of app behaviour (by studying open-source apps),Possibly leading to prototyping a software tool to perform run-time checking that the claimed restrictions are adhered le for good 3rd or 4th year undergraduates, or msc, concurrency, concurrent programming, computer security all advantage. Other projects within this domain possible, according to interest and rency, concurrent programming, computer security all possibly an logy-layer social networks. This msc project will build upon opal to deal with static forms but also with sequences of interrelated forms, as in case of a rough initial form, followed by. In the case of the kemeny consensus, which is an np-complete rank aggregation rule, of interest to exploit heuristics that may be effective on real-world data, and see for how large a data set can the sus be uisites: familiarity with polynomial-time algorithms, np-hardness; interest in computational -paper-scissors for the computerised the well-known game of rock-paper-scissors, it is clear that any player can "break even" by playing entirely at the other hand, people do a poor job of generating random numbers, and expert players of the game can take advantage table aspects of opponents' behaviour. Depending on how , we could also consider extending this approach to related uisite: interest in working with probability is important. A web camera or a microsoft kinect to conduct anomaly detection on real-world environments,And flag any issues related to potential ements: programming skills ering the performance limiters for l goldsmith, sadie creese, ioannis agrafiotis, arnau erola, jason behavior of controls will be dependent upon how they are used. Other projects on visualizations are possible (not just cybersecurity), depending on ements: programming skills worried should we be about a malign entity deliberately changing or poisoning our data? We will also be able to provide training for the student,So they are able to use the eyetracking tools ements: programming skills -computer interaction using motion l goldsmith, jassim -gesture peripherals have become popular in recent years, with leap motion, myo and kinect being a few examples. These projects tend to have a strong focus on human-computer interaction elements, designing and implementing user-friendly and meaningful motion gestures for a variety of real-world applications. Other projects on novel human-computer interfaces possible, depending on interest and ational cybersecurity capacity building l goldsmith, sadie creese, ioannis agrafiotis, arnau erola, jason is a large investment being made by the international community aimed at helping nations and regions to develop ty in cybersecurity. Ts on novel human-computer interfaces for security possible, depending on interest and ing of security-related interactions, in csp or more evocative notations such as milner's bigraphs. Of security-related interactions, in csp or more ons such as milner's rency and computer security a distinct advantage. Such as on an application server) to further refine the understanding of which users and live on which applications ements: students must be able to construct software prototypes and have a working knowledge of network computer ural methods in computer l goldsmith, jassim ural methods in computer graphics help us develop content for virtual environments (geometry and materials) grammars. These projects tend to have a strong focus designing and implementing existing procedural methods, but also includes.
Other projects on business process modelling also possible, interest and ising attack l goldsmith, sadie creese, ioannis agrafiotis, arnau erola, jason use of visualisation techniques to better detect attacks and predict the harm that might result is a common project will provide the student with sample data-sets so that a novel visualisation might be developed (using ies) of one or more insider attacks. Such games have multiple logic and semantics, artificial intelligence and multi-agent systems, and verification and computer science. In this project, the aim is to an algorithm and to check its performance so that iterated boolean games can be solved in uisites: discrete mathematics, introduction to formal proof, imperative ble: computer-aided formal verification, design and analysis of t type: larity in logics for strategic equilibrium is the standard solution concept for multi-player games. Such games have multiple applications in semantics, artificial intelligence and multi-agent systems, and verification and computer science. For instance, whether a logics for strategic reasoning become invariant under bisimilarity if the new model of strategies is considered, or that are unable to express nash equilibria, such as alternating-time temporal logics, can do so with respect to model of uisites: discrete mathematics, introduction to formal proof, logic and ble: computer-aided formal verification, computational on procedures for nash equilibria in multi-player ption: nash equilibrium is the standard solution concept for multi-player games. Discrete mathematics, introduction to formal proof, logic and ble: computer-aided formal verification, computational s tractable strategic reasoning in strategy gy logic (sl) is a temporal logic to reason about strategies in multi-player games. The fragments to be studied can be either syntactic fragments full language or semantic fragments where only particular classes of models are uisites: discrete mathematics, introduction to formal proof, logic and ble: computer-aided formal verification, computational el algorithms for computing hilbert a homogeneous system of linear equations a x = 0, a hilbert basis is a unique finite minimal set of non-negative which every non-negative solution of the system can be generated. Computing hilbert bases is a fundamental problem various areas in computer science and mathematics, for instance in decision procedures for arithmetic theories, the infinite-state systems and pure combinatorics. Time permits, an implementation of the decision procedure developed in this project could be uisites: good familiarity with first-order logic, linear algebra and computational ormatics ormatics projects can be found you choose any of these projects you must find a joint supervisor from the department of computer science. Prerequisites: ideally computer graphics, or at least familiarity gui raduate students who wish to enquire about a project for 2017-18 are welcome to contact prof ker but that the response may be delayed as he is on ography means hiding a hidden payload within an apparently-innocent cover, usually an item of digital media. Fundamentals of learning theory is useful, but not ations of deductive machine goal of deductive machine learning is to provide computers with the ability to automatically learn a behaviour ly satisfies a given high-level specification. Security/cryptographic protocol: learn a protocol that performs a security-related potentially applies cryptographic methods. This can apply to both lossless and lossy ts being offered by d kroening is happy to supervise projects related toautomated hardware and software issat and decision proceduresapplications of sat or smt in other areas, e. List of sample projects, see kroening, tom intel galileo boards are micro controller boards that can be networked, and also conform to the arduino standard devices (sensors, actuators, screens, i/o devices) can be attached to them and controlled. Probabilistic modelling, verification and sor marta kwiatkowska is happy to supervise projects in the area of quantitative/probabilistic modelling, synthesis, particularly those relating to the prism model checker. Network protocols are sets of rules that information is exchanged between computers or agents on a network. Experience with finite element methods (navier stokes) and image ry declarations for aint programming is a programming paradigm, in which programmers write programs by specifying the problem aints) and letting computers use their computational power to figure out the solution automatically. In the second project, students ent and compare different physical models to describe hydrogen bonding, which is among the most important ctions that stabilize the double helical project is recommended for students who took the geometric modelling and computer animation well as have some interest in numerical methods (e. The be tailored to suit those from a variety of backgrounds but would benefit from having taken the following courses: cs, geometric modelling and computer electronic commerce cial use of the internet is becoming more and more common, with an increasing variety of goods becoming purchase over the net.
Cache locality), some knowledge of compilers is desirable but not dr olteanu would be happy to discuss specific projects within the aforementioned topics with interested ilistic databases (maybms, sprout). However, usually the only available form is a bing the construction, while no computer code (and often no detailed description of a possible implementation) ed. It can provide a more comprehensive view of model behaviour, far described in traditional publications, greatly assisting users in selecting a suitable model for reuse which will, , result in the development of more relevant and accurate can see the current functional curation system in action and experiment with it for yourself at https:///functionalcuration/l projects are available in this area, depending on the interests and experience of the student. Some examples are:Improving usability, for example by developing an editor for the protocol ng protocols to be run on sbml models, not just cellml as at present, greatly widening applicability of ing the use of metadata annotations for interfacing between models and protocols, allowing for reasoning tions from ol analysis for performance optimisation, especially the use of ng protocols to be run on l graphics projects. If you have a particular area cs-related research that you are keen to explore then we can tailor a bespoke project for you. Have supervised in the past include "natural tree generation" which involved using lindenmayer systems to grow g bushes and trees to be rendered in a scene; "procedural landscape generation" in which an island world could be -the-fly using a set of simple rules as a user explored it; "gesture recognition" where a human could control a simple hand-gestures; "parallel ray-tracing" on distributed-memory clusters and using multiple threads on a gpu card; " for analysing the distribution of rfid radio signal inside a building; and "non-photorealistic rendering" where were rendered with toon/cel shaders and a set of pencil-sketch cs pipeline -requisites: computer graphics, object-oriented idea behind this project is to build an educational tool which enables the stages of the graphics pipeline to be might imagine the pipeline being represented by a sequence of windows; the user is able to manipulate a model in window and watch the progress of her modifications in the subsequent windows. The goal of t is to apply the unfolding technique to the verification of cbps, and compare with existing verification uisites: suitable for students having followed the course "computer-aided formal verification". Digitral systems or computer ution neural networks for microcontrollers and constrained ution neural networks have made dramatic advances in recent years on many image and vision processing tasks. Face in the field of view of a low pixel camera) on low-power uisites: machine learning & computer architecture useful but not ecting extinct the architecture of current reduced instruction set processors is well established, and relatively static, the of computing saw extensive experimentation and exploration of alternative designs. This period the development of the first single chip microprocessors, such as the intel 4004, and the first personal computers, the altair 8800 using the intel 8080 microprocessor. An altair 8800 on a small usb stick uisites: digital systems or computer ing and verifying systems in timed csp and csp reinterprets the csp language in a real-time setting and has a semantics in which the exact times of recorded as well as their order. It should be possible to make a of lego mindstorms, then control it with an instance of geomlab running on a host computer, with communication over bluetooth. Large international community of researchers is trying to use computers to allow groups of people (or groups of ) make better joint decisions. Most likely, require designing and implementing a tableau-based algorithm, in the spirit of related tools for description the guarded uisites: logic and proof (or equivalent). In recent years, computer-based tests have ped in order to remove the human subjectivity from the diagnosis, and in order to enable the patient to carry out litation programme at home. It is unrealistic to assume this project can run in the fying features in mri scan recent years, medical diagnosis using a variety of scanning modalities has become quasi-universal and has brought need for computer analysis of digital s of the spatial reasoning research group have developed image processing software for ct (tomography) scan data. It is proposed to construct a computer-based tool which would help with this from the choice of tools and materials, the tool would also feature a virtual model of the knee. There would be pre-defined parameters regarding the type and depth of each cut, and tion tool on how the virtual cuts compared against the project goals are quite extensive and so this would be suitable for an experienced project is co-supervised by professor david murray ma, md, frcs (orth), consultant orthopaedic surgeon at the aedic centre and the nuffield department of orthopaedics, rheumatology and musculoskeletal sciences (ndorms), and hemant pandit mbbs, ms (orth), dnb (orth), frcs (orth), dphil (oxon)orthopaedic surgeon / honorary senior clinical lecturer,Oxford orthopaedic engineering centre (ooec), e fabric detail tional computer-aided design (cad) software uses methods such as extrusion and revolution tools that the user can create the 3d shape of a tools are based on traditional manufacturing methods and work very well for most cad application which these tools do not work well for is creating 3-dimensional representations of exact path of each fibre within the textile is dependent upon the other fibres, and the flexibility of the purpose of this project is to create a simple software tool/algorithm into which a user can input a weave pattern (flat),Or a braid pattern (cylindrical), and the flexibility of the fibres and it will create a 3-dimensional representation of investigation of the solution of least squares problems using the qr mental data inevitably contains error. This method, when used in practice, can cal instabilities, where the (inevitable) numerical errors due to fixed precision calculations on a computer are magnified,And may swamp the calculation.
On a given computer we may only store a finite number of matrix working with sparse matrices we usually store only the non-zero entries and their locations. Year project registration form for mathematics & computer for 3rd year for 4th year t registration form for 3rd year undergraduate project undergraduate project undergraduate project undergraduate project undergraduate project undergraduate project g skills slides by maggie resources & handbooks.
