DataWrangling.Com
A comprehensive list of publicly available video lectures on various topics on Physics, Mathematics, Computer Science, Neuro-Science etc.
Physics
- Harvard Physics: Quantum Field Theory by Sidney Coleman – 50 videos
- University of New Mexico: Physics 524 Quantum Field Theory II -27 videos
- University of New Mexico: Physics 521 Quantum Mechanics – 32 videos
- UCSD Quantum Physics 130A, 130B, 130C ~ 25 videos each
- University of South Carolina PHYS 729 – Applied Group Theory – 22 Videos, The Foundations of Theoretical Physics Using Lie Groups & Algebras
- Florida Atlantic University: PHY 6938 General Relativity — Fall 2007 – 28 videos
- Brookhaven National Laboratory Streaming Video: Cosmology for Beginners -5 videos
- MIT OpenCourseWare | Physics | Video Lectures – Physics I: Classical Mechanics, 8.02 E & M, 8.03 Vibrations and Waves, 8.224 GR & Astrophysics
- Oregon State University – Physics 464/564, Computational Physics – 23 videos, based on “A Survey of Computational Physics”, Landau, Paez, Bordeianu
- Cambridge University Video – Thermodynamics and Phase Diagrams with Harry Bhadeshia – 7 videos
- University of New Mexico: Prof. Ivan H. Deutsch, Short Course in Quantum Information 8 videos
- The Vega Science Trust – Astrophysical Chemistry by Harry Kroto – 8 videos
- CERN: Introduction to String Theory – W. Lerche - 4 videos
- CERN: String Theory – Johnson, C. (University of Southern California) - 5 videos
- CERN: String Theory for Pedestrians – Zwiebach, B. (MIT) 3 videos, author of “A First Course in String Theory”
- CERN Short Courses in Particle Physics – Accelerators, Detectors, Bubble Chambers, Feynman Diagrams, etc.
Mathematics
- Stanford EE364a: Optimization Lecture Videos
- Stanford EE263: Linear Dynamical Systems Lecture Videos
- MIT Courseware: Godel, Escher, Bach: A Mental Space Odyssey
- Constraint Programming Summer School 2007
- University of Colorado at Colorado Springs UCCS – Mathematics Video Courses – Requires free registration.. lots of courses
- UCCS Math 432 Modern Analysis II | Spring 2008
- UCCS Math 311 Number Theory | Spring 2008
- UCCS Math 535 Applied Functional Analysis | Spring 2006
- Texas A&M University – Math 614 Dynamical Systems and Chaos
- MIT OpenCourseWare | Mathematics | Video Lectures- 18.03 Differential Equations, 18.06 Linear Algebra, 18.085 Computational Science and Engineering I, 18.086 Mathematical Methods for Engineers II
Computer Science & Engineering
- Information Retrieval / Web Crawling Course – University of Freiburg
- Advanced Topics in Algorithms and Datastructures 2006 – University of Freiburg
- University of Freiburg – Advanced Topics in Algorithms and Datastructures 2005: Parallel Algorithms
- MIT Structure and Interpretation of Computer Programs, Video Lectures
- CS 251: Intermediate Software Design with C++ – Vanderbilt University
- MIT OpenCourseWare | Electrical Engineering and Computer Science | 6.046J Introduction to Algorithms (SMA 5503), Fall 2005 | Lecture Notes
- Algorithms Video Lectures from ArsDigita University
- Theory of Computation Video Lectures from ArsDigita University
- University of Washington CSE 582: Compilers
- University of Washington CSE P505: Programming Languages
- nanoHUB – Scientific Computing with Python
- CSE567M: Computer Systems Analysis (2006) – Washington University in St Louis Comparing systems using measurement, simulation, and queueing models
- NJIT Distance Learning Class Videos for CS 631 Data Management System Design
- NJIT Distance Learning Class Videos for CIS 375_602 Applications Development and Java
- NJIT Distance Learning Class Videos for CS 630 Operating Systems
- Wireless Sensor Networks – University of Freiburg – 2006
- UC Santa Cruz CMPE 118 – Introduction to Mechatronics
- RPI – ECSE-6961: Fundamentals of Wireless Broadband Networks. Spring 2007.
Machine Learning
- UC Berkeley Machine Learning Workshop 11 lectures
- CS 281A / Stat 241A: Statistical Learning Theory
- U Washington Machine Learning Videos
- University of Freiburg – Advanced AI Techniques – Reinforcement Learning, NLP, Bayesian Networks
Neuroscience & Biology
- Graduate Summer School: Probabilistic Models of Cognition: The Mathematics of Mind
- UCSD: Quantitative Molecular Biology – Physics 172/272
- University of Illinois at Urbana-Champaign – NSF Biophysics Summer School Lectures
- nanoHUB – Resources > Courses
- ITP Program on Dynamics of Neural Networks- Dynamics of Neural Networks: From Biophysics to Behavior
- Harvard School of Public Health: Bioinformatics Core
- UC Berkeley Webcasts | Video and Podcasts: MCB 130 Cell Biology
- UC Berkeley Webcasts | Video and Podcasts: MCB 110: General Biochemistry and Molecular Biology
- Univeristy of South Carolina – Microbiology and Immunology – Streaming Video
- Univeristy of South Carolina – Microbology Video Index
Finance and Econometrics
- University of Toronto ACT 460 / STA2502 – Stochastic Methods for Actuarial Science – S. Jaimungal, Department of Statistics and Mathematical Finance Program
- Economics 421 – Econometrics- Mark Thoma: Department of Economics, University of Oregon
- Course Video Lectures: Latent Variable Analysis Professor Bengt Muthén of the UCLA Graduate School of Education & Information Studies
- INFO 747 – Social and Economic Data – Cornell Record Linkage Course Lecture Videos Prof. John M. Abowd
- UC Berkeley Webcasts: Econometrics 244 – Discrete Choice Methods with Simulation
Seminars, Talks, and Conference Videos:
See http://del.icio.us/pskomoroch/talk+video for more links…
Physics
- View Past Public Lectures – Perimeter Institute for Theoretical Physics
- African Summer Theory Institute (ASTI): Online Lectures
- Rutgers Physics: NHETC video seminars
- UW Math: Milliman Lectures Archive
- The Vega Science Trust – Richard Feynman Videos
- Kavli Institute for Theoretical Physics (KITP) Online Conferences, Lectures and Seminars
Mathematics
- MSRI Video Archive
- Duke University Mathematics Department Video Archive
- Michigan State University Math Department – Video Lectures
Computer Science & Engineering
Machine Learning
- DeepLearningWorkshopNIPS2007 < Public < TWiki
- NIPS : Conferences : 2006 : Program : NIPS 2006 Schedule
- NIPS : Conferences : 2006 : Media : NIPS 2006 Media
- NIPS : Conferences : 2005 : Tutorial Videos
- NATO Advanced Study Institute on Mining Massive Data Sets for Security
Neuroscience & Biology
- UC Irvine International Imaging Genetics Conference
- Hebrew University of Jerusalem: Heller Lecture Series in Computational Neuroscience
- NIH VideoCasting: Past Events
- U Texas. Colection of Online Neuroscience Lectures
- Internet Archive Search: 2007+brain+network+dynamics
- Conference on Brain Network Dynamics 2007 – University of California Berkeley
- nanoHUB – Resources > Online Presentations
- Mathematical Biosciences Institute: Workshop on Biophysics and Mathematical Models of Calcium Channels
Finance and Economics
- International Tax Lecture Series – University of Connecticut School of Law
- Daniel Kahneman – Nobel Prize Lecture: Maps of Bounded Rationality
Open Courseware Directories and Other Video Lecture Roundup Posts
- Berkeley Course Webcasts
- MIT OpenCourseWare Videos
- Stanford University Lecture Videos
- Open Yale Courses
- VideoLectures – exchange ideas & share knowledge
- Free Science and Video Lectures Online!
- Lecturefox: free university lectures – computer science, mathematics, physics
- Business Intelligence, Data Mining & Machine Learning: Machine Learning OnLine Lectures – Machine Learning OnLine Lectures
- Yet Another Machine Learning Blog » Machine learning videos [Pierre Dangauthier]
- obousquet – ML Videos – Online videos of talks or lectures about Machine Learning related topics
Wireless Sensor Networks: Technology and Applications
http://www.youtube.com/watch?v=PVH1K1Eocz0
The CarTel Project: Using Cars in a Mobile Sensor Network
http://www.youtube.com/watch?v=7AVtGOtX1Q0
How to set up a wireless sensor network in under 5 minutes
http://www.youtube.com/watch?v=XJ8kY3Qm9d8&feature=related
An Architecture for Query Optimization in Sensor Networks
http://www.youtube.com/watch?v=9FLGoozloDQ&feature=related
Source (DATAWRANGLING.COM)
Adaptive Security for Multilevel AdHoc Networks
“Adaptive Security for Multilevel AdHoc Networks” Published in Wireless Communications and Mobile Computing 2002, pp 533-547
Authors: J. Kong, H Luo, K. Xu, D Lihui Gu, M Gerla and S. Lu
This paper proposes a security framework for multilevel adhoc wireless networks. The paper is good to read, easy to understand and not mathematical. The works deals about how to seamlessly switch from infrastructure mode to infrastructureless mode while maintaining appropriate security level. It’s interesting in the sense that I have never met with previous work that talks about how to do the transition, keeping security aspects in mind, from an infrastructure based wireless net, to an ad hoc net which does not have an access point or a central node. The transition is based on a back-up scheme with distributed certification services, in the context of an unmaned aerial verhicle (UAV). The basic idea is sensible, but storage requirements and complexity of such a mechanism, are points to investigate.
FootyTube – Football Lovers
This great website called FootyTube, enables you to catch up with all the goals you want to see. If you are a fan and addict of football (soccer), then you will like the footytube.com site. It contains vast collection of football match highlight from all major football leagues around the planet, English premiere league, Euro leagues, Bundesligua, La ligua …etc. Footytube shows the fantastic goals scored during football seasons, and you will find latest updates of footballing actions of your favourite teams, Manchester, Liverpool, real Madrid, Chelsea, Milan, Barcelone, Arsenal… The football video clips are of fairly good quality and the latest football video highlights are really amazing. You can view the football video clips of past great and historic match games with the best players, “ football stars”.
http://www.shvoong.com/internet-and-technologies/1840810-footytube-football-lovers/
Cloud Computing Buzz
Cloud Computing’s Perfect Storm?
An Intel, Yahoo, and HP initiative will use large-scale research projects to test a new Internet-based computing infrastructure.
By John Borland
Intel, Yahoo, HP, and an international trio of research institutions announced a joint cloud-computing research initiative. The ambitious six-site project is aimed at developing an Internet-based computer infrastructure stable enough to host companies’ most critical data-processing tasks. The project also holds an unusual promise for advances in fields as diverse as climate change modeling and molecular biology.
The new array of six linked data centers, one operated by each project sponsor, will be one of the largest experiments to date focusing on cloud computing–an umbrella term for moving complex computing tasks, such as data processing and storage, into a network-connected “cloud” of external data centers, which might perform similar tasks for multiple customers.
The project’s large scope will allow researchers to test and develop security, networking, and infrastructure components on a large scale simulating an open Internet environment. But to test this infrastructure, academic researchers will also run real-world, data-intensive projects that, in their own right, could yield advances in fields as varied as data mining, context-sensitive Web search, and communication in virtual-reality environments.
…… (article 1) (article 2) (article 3) (article 4) (article5)
Special Events – University of Pittsburgh
Two interesting islamic events are scheduled in the month of october 2008, at the university of Pittsburgh:
1. A lecture by
Pitt’s Matthew B. Ridgway Speaker Series to Present A Lecture by Ray Takeyh: “Iran in the New Middle East,” Oct. 7
PITTSBURGH-The University of Pittsburgh’s Matthew B. Ridgway Center for International Security Studies will present a lecture by Ray Takeyh, a senior fellow for Middle Eastern studies at the Council on Foreign Relations, as part of its speaker series. A specialist on Iran, the Persian Gulf, and U.S. foreign policy, Takeyh will present a free public lecture titled “Iran in the New Middle East” at 7:30 p.m. Oct. 7 in Room 1500, Posvar Hall, 230 S. Bouquet St., Oakland.
Takeyh is a contributing editor for “The National Interest,” published by the Nixon Center in Washington, D.C. He was formerly a professor of national security studies at the National War College and a professor and director of studies at the Near East and South Asia Center, National Defense University.
Author of “Hidden Iran: Paradox and Power in the Islamic Republic” (Times Books, 2006) and “The Origins of the Eisenhower Doctrine: The U.S., Britain and Nasser’s Egypt, 1953-1957” (MacMillan Press, 2000), Takeyh is currently working on a book titled “The Guardians of the Revolution: Iran’s Approach to the World” (under contract by Oxford University Press).
T
Visit the Ridgway Center’s Web site for additional information (www.ridgway.pitt.edu)
2. Interdisciplinary Conference on Islam and Popular Culture in Indonesia and Malaysia
Friday, Saturday, Sunday – 10, 11, 12 October 2008
Conference Framework
The conference will consist of an introductory dialogue, a film, a music concert, and twelve presentations constituting six panels (1.5 hours each). Conference themes include, but are not restricted to:
1. Historical and Comparative Perspectives on Islam in Indonesia and Malaysia;
2. Muslim Identities in a Changing World;
3. Defining Publics through Mass Media;
4. Contemporary Discourses about Islam and the Nation-State;
5. Alternative Media: Technologies, Discourse, and Practice;
6. Shaping Perceptions about Islam among non-Muslims.
Film Showing:
GUBRA (Anxiety), 2006
A film by Yasmin Ahmad
Date: October 10, 2008
Time: 7:30 pm
Admission: Free and open to the public
Place: Melwood Screening Room
Outcomes
The goals of the conference are to (1) stimulate dialogue about Islam and Popular Culture and (2) to produce an edited volume of these papers in a volume entitled Islam and Popular Culture in Indonesia and Malaysia.
Video Library
Vidslib is a video search engine that scours the web for videos and puts them all into their searchable database of videos. Sources of collection of videos from all over the web, including youtube, metacafe, google video, dailymotion and many other popular video sites. The site is well-designed, allowing you to search for a term in their search bar or by category. Top videos are also displayed on the homepage along with a bar that allows you to see what people are currently searching for and another that shows what people are currently watching. So, if you are looking for an easy to use site that will allow you to search multiple video databases, Vidslib is a nicely designed option worth checking out. According to quantcast analysis, the site reaches 100 thousands visitors monthly. The site caters to a heavily male, skewing older, more educated audience. Just enter keywords in the search box, click search, and start browsing results without ever leaving the site. Videos can then be shared through a link or embedded on your site. Free.
Cloud Computing (Part 2)
At the fringe are the end users making the requests that initiate computations and who receive the results. Although the future of cloud computing is less than clear, a few examples of present practice suggest likely directions:
Wordstar for the Web. The kinds of productivity applications that first attracted people to personal computers 30 years ago are now appearing as software services. The Google Docs programs are an example, including a word processor, a spreadsheet, and a tool for creating PowerPoint-like presentations. Another undertaking of this kind is Buzzword, a Web-based word processor acquired by Adobe Systems in 2007. Another recent Adobe product is Photoshop Express, which has turned the well-known image-manipulation program into an online service.
Enterprise computing in the cloud.
Software for major business applications (such as customer support, sales, and marketing) has generally been run on corporate servers, but several companies now provide it as an on-demand service. The first was Salesforce.com, founded in 1999, offering a suite of online programs for customer relationship management and other business oriented tasks; the company’s slogan is “No software!”
Cloudy infrastructure. It’s all very well to outsource the chore of building and maintaining a data center, but someone must still supply that infrastructure. Amazon.com has moved into this niche of the Internet ecosystem. Amazon Web Services offers data storage priced by the gigabyte-month and computing capacity by the CPUhour. Both kinds of resources expand and contract according to need. IBM has announced plans for the “Blue Cloud” infrastructure. And Google is testing the App Engine, which provides hosting on Google server farms and a software environment centered on the Python programming language and the Bigtable distributed storage system.
The cloud OS. For most cloud-computing applications, the entire user interface resides inside a single window in a Web browser. Several initiatives aim to provide a richer user experience for Internet applications. One approach is to exploit the cloud-computing paradigm to provide all the facilities of an operating system inside a browser. The eyeOS system, for example, reproduces the familiar desktop metaphor—with icons for files, folders, and applications—all living in a browser window.
YOUTUBE VIDEO LECTURES:
2. Computing in the Cloud – What Next?
Cloud Computing (Part one)
Something is happening today in the world of computing. Data and programs are being swept up from desktop PCs and corporate server rooms and installed in “the compute cloud.” Whether it’s called cloud computing or on-demand computing, software as a service, or the Internet as platform, the common element is a shift in the geography of computation. When you create a spreadsheet with the Google Docs service, major components of the software reside on unseen computers, whereabouts unknown, possibly scattered across continents. The shift from locally installed programs to cloud computing is just getting under way in earnest. Some substantial fraction of computing activity is migrating away from the desktop and the corporate server room. The change will affect all levels of the computational ecosystem, from casual user to software developer, IT manager, even hardware manufacturer.
The new regime is not quite a return to the hub-and-spoke topology of time-sharing systems, if only because there is no hub. A client computer on the Internet can communicate with many servers at the same time, some of which may also be exchanging information among themselves. However, even if we are not returning to the architecture of time-sharing systems, the sudden stylishness of the cloud paradigm marks the reversal of a long-standing trend. Where end users and corporate IT managers once squabbled over possession of computing resources, both sides are now willing to surrender a large measure of control to third-party service providers.
What brought about this change in attitude? For the individual, total control comes at a price. Software must be installed and configured, then updated with each new release. The computational infrastructure of operating systems and low-level utilities must be maintained. Every update to the operating system sets off a cascade of subsequent revisions to other programs. Outsourcing computation to an Internet service eliminates nearly all these concerns. Cloud computing also offers end users advantages in terms of mobility and collaboration.
For software vendors who have shifted their operations into the cloud, the incentives are similar to those motivating end users. Software sold or licensed as a product to be installed on the user’s hardware must be able to cope with a baffling variety of operating environments. In contrast, software offered as an Internet-based service can be developed, tested, and run on a computing platform of the vendor’s choosing. Updates and bug fixes are deployed in minutes. (But the challenges of diversity don’t entirely disappear; the serverside software must be able to interact with a variety of clients.) Although the new model of Internet computing has neither hub nor spokes, it still has a core and a fringe.
The aim is to concentrate computation and storage in the core, where high performance machines are linked by high-bandwidth connections, and all of these resources are carefully managed.
(Courtesy: ACM Communications July 2008)
YOUTUBE VIDEO LECTURES ON CLOUD COMPUTING
1. Cloud Computing – Introduction
3. The Future of Operating System – Cloud Computing?
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