Computer science undergraduate projects
Science research opportunitiesfor undergraduate and graduate studentswith 3-point project course e the research labs:Did you know that you can pursue a research project you like, working directly with cs faculty and phd candidates, and get 3 points of credit to count towards your cs degree? A project you find er science projects listed under the student research involvement ble research projects in t the professor, introduce yourself and ask if you can work for the can also browse available projects, and network with faculty to find the project that's right for you, at the undergraduate and ms project fair! Come to the cs lounge (450 mudd) wednesday and thursday, january 18 and 19, 2017, at 12:00pm-2:00pm and be sure to bring your resume and a copy of your official a list of projects and their days, click er for the project as though it were a course (before the last day to add a class) using the appropriate course number:Masters students: register for e6901. You can to 6 points of project courses toward your cs t the research project liaisons - project [at] lists [dot] cs [dot] columbia [dot] email them directly:[first name] [middle initial] [last initial] [at] cs [dot] columbia [dot] ronous circuits and systems mous agents ia automated vision ia vision and graphics ational er graphics for computational learning er graphics and user interfaces se research buted computing and communications buted network analysis research ation-based et real-time ion detection ges and compilers l language processing k computing k security mming systems le computer language processing of computing to list your project? 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, ...
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 also work with biologists, physicists, and mathematicians in the development and validation of simulations of chicken limb development as part of a national science foundation biocomplexity y: - design and analysis of real-time -time embedded systems can be found in many applications such as communication devices, transportation machines, entertainment appliances, and medical instruments. 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 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. This project is funded by the national science y: : spontaneous information and resource objective of this project is to overcome the limitations of mobile wireless devices by allowing them to spontaneously request access to resources (such as storage, cpus, network bandwidths) and information (e. 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 raduate you can picture yourself doing a fantastic job on a t and some day making a significant contribution to the practice of computer science. Your time at stanford offers a unique be involved in cutting-edge you might be interested in getting a phd, research experience a prerequisite for admission to any of the top ms and if you think you might like to be a professor cher some day, you should absolutely make undergraduate research. If you're not yet sure about your , doing research as an undergraduate might help you decide if interested in continuing on to graduate school and working if you aren't planning to go to graduate school, research will make you much more employable. However, many groups have side projects that they to see completed but don't have time to work on. Most professors supervise one or more , which typically consist of the professor's phd students, ts, and often a few undergraduate students. Many different ways to find out about research projects at examples are listed a professor whose research interests you want to learn .
That way if their office hours ularly busy, they can suggest another to a grad e the graduate students work on the projects every day with most of the details, they are probably one of the s of information. Are still deciding between projects, ask the graduate they think - you'd be surprised at how helpful and honest bscs list is constantly getting announcements tations that are being given by faculty, advanced ts, and visiting faculty. They post these projects on resop for your sors typically post information about their ties on their webpages. Research is often done through curis, for , or through an informal arrangement with a is the program raduate summer research in computer science. This a list of the projects available that is usually updated february with new projects for the upcoming summer. Plus, doing research is a great opportunity to learn of the best computer science faculty and students in the 'll learn to think and work like a researcher from people who d and dedicated, are used to thinking deeply about problems , and are passionately interested in what they do. Computer updated on thursday, 16-jan-2014 09:58:43 by linda nguyen, 'raduate programadvisors & ng a cs icate programcourse of study / interdisciplinary tracks for non-engineering epartmental ndent work & thesesimportant steps and ines and useful raduate research ndent work ndent work seminar offerings - fall ndent work seminar offerings - spring independent work seminar involvedmailing lists and y of women in computer science (pwics).
All>computational biologycomputational markets / game theory / economicscomputer architecturegraphics / vision / human-computer interactionmachine learningprogramming languages / compilerssecurity / privacy / policysystems / networkstheory project name. The main research issues are to develop effective shape representations and query y and graduate students:David dobkin, thomas funkhouser, adam finkelstein, szymon cs / vision / human-computer internet censorship lab (iclab) is a research platform to enable researchers to study a broad class of online information controls (e. And graduate students:Security / privacy / data: anonymity, privacy, data: anonymity, privacy, y and graduate students:Security / privacy / ormatics & functional new era of large-scale experimental methods in molecular biology has transformed it into an information-based science, making bioinformatics an integral part of genomic research. The is is a joint laboratory with the department of computer science and the lewis-sigler institute for integrative y and graduate students:Computational n and n and y and graduate students:Security / privacy / : content-aware search project investigates how to build an efficient, high-quality content-based similarity search engine for feature-rich (non-text) data, which has dominated the increasing volume of digital information. For a variety of example styles, we demonstrate high-quality user-constrained synthesized patterns that visually resemble the exemplars while exhibiting plausible structural y and graduate students:Graphics / vision / human-computer rise and data-center rise and data-center y and graduate students:Epigenome-wide association are currently developing methods for performing epigenome-wide scans for association of methylation status with phenotypes of y and graduate students:Computational e is a game to map the brain from seung lab at mit. We hope imagenet will become a useful resource for researchers, educators, students and all of you who share our passion for y and graduate students:Graphics / vision / human-computer interaction, systems / et et y and graduate students:Faculty and graduate students:Interdisciplinary . Landay: from on body to out of body user ton ai4all planning on the road: initiative on artificial intelligence and calendar and weinberg uses algorithmic mechanism design to keep websites credible, in spite of their et martonosi sketches a path for a new type of ston speaker - barbara raduate programadvisors & ng a cs icate programcourse of study / interdisciplinary tracks for non-engineering epartmental ndent work & thesesimportant steps and ines and useful raduate research ndent work ndent work seminar offerings - fall ndent work seminar offerings - spring independent work seminar involvedmailing lists and y of women in computer science (pwics).