2016-12-09
The Partially Examined Life Live on Tocqueville (ep. 152) at Brown U. 10/27/16
source: The Partially Examined Life 2016年11月19日
On "Democracy in America," recorded on the eve of our perilous election. Thanks to Brown U. and the Swearer Center for sponsoring and filming this event. Featuring Mark Linsenmayer, Seth Paskin, Wes Alwan, and Dylan Casey. See http://www.partiallyexaminedlife.com for more discussions.
History of English Literature by Bhim Singh Dahiya
# click the up-left corner to select videos from the playlist
source: Cec Ugc 2016年3月1日
1 : The Anglo-Saxon Period 53:55
source: Cec Ugc 2016年3月1日
1 : The Anglo-Saxon Period 53:55
3 : The Age of Chaucer 58:29
8: The Younger Romantics 59:15
9: The Romantic Prose 55:58
10: The Romantics Criticism 59:01
11: The Elder Romantics 54:42
12: The Victorian Temper 51:40
13: The Victorian Poets 51:22
14: The Victorian Prose 59:02
15: The Victorian Criticism 56:05
16: The Modernist Movement 58:36
17: The Vogue of Eliot and Pound 58:22
18: The Age of Auden & Co. 57:38
19: The Post War Poets 58:45
20: Modern Novel 56:56
21: Modern Novel - Later Phase 58:38
22: The Age of Dryden 59:27
23: The Age of Pope 57:33
24: The Age of Johnson 58:09
25: The Pre Romantics and Blake 55:53
26: The Drama Stage in 1950's 59:18
27: School of Dynal Thomas 57:15
28: The Postmodern Wave 56:55
29: The Age of Theory 58:50
30: The Post Modern Wave 57:18
國際人力資源管理: 趙必孝 / 中山大學
播放清單 (請按影片左上角選取影片觀看)
source: NSYSUOCW 2015年9月6日
國立中山大學開放式課程網址 http://ocw.nsysu.edu.tw
1 55:27
2 38:10
3 37:50
4 41:28
5 23:59
6 32:31
7 49:25
8 25:43
9 33:29
10 1:13:43
11 1:04:24
12 29:25
13 40:45
14 40:45
15 40:31
16 38:59
17 30:16
18 53:43
19 31:15
20 27:55
21 56:09
22 49:05
23 53:34
24 48:18
25 49:17
26 34:27
27 38:50
source: NSYSUOCW 2015年9月6日
國立中山大學開放式課程網址 http://ocw.nsysu.edu.tw
1 55:27
2 38:10
3 37:50
4 41:28
5 23:59
6 32:31
7 49:25
8 25:43
9 33:29
10 1:13:43
11 1:04:24
12 29:25
13 40:45
14 40:45
15 40:31
16 38:59
17 30:16
18 53:43
19 31:15
20 27:55
21 56:09
22 49:05
23 53:34
24 48:18
25 49:17
26 34:27
27 38:50
Caltech Researchers Link Parkinson’s Disease to Gut Bacteria (Sarkis Mazmanian)
source: caltech 2016年12月1日
More information: http://www.caltech.edu/news/parkinson...
Professor Sarkis Mazmanian explains how he and postdoctoral scholar Tim Sampson discovered the link between the gut biome and Parkinson’s disease.
Credit: Caltech
Caltech Alumnus David Ho: A Breakthrough in Health
source: caltech 2016年11月30日
David Ho (BS ’74) did something uncommon after graduating from Caltech: He went to medical school and became a physician. At the dawn of the AIDS crisis in the early 1980s—seeing young men suddenly afflicted by a mysterious and deadly illness—he became one of the first investigators to dedicate their efforts to the disease. In 1996, Ho’s research team published results that changed the way science looked at HIV/AIDS. These revelations pointed to treatment with anti-retroviral therapy, the “drug cocktail” that would tip the balance against the disease, extending and improving countless lives. Since then, Ho has been heaped with honors, including Time magazine’s Man of the Year in 1996, the Presidential Citizens Medal in 2001, and a Caltech Distinguished Alumni Award in 2015. But what he relishes most is the occasional thanks from people he encounters in his everyday life who recognize him as a scientist whose discoveries have touched their lives.
In this video, Ho, scientific director and chief executive officer at Aaron Diamond AIDS Research Center, talks about his experiences with patients during the early days of the AIDS epidemic, how his research team accomplished the breakthrough that helped turn HIV/AIDS into a manageable condition, and how his Caltech training prepared him to make such an impact on society.
Learn about how Break Through: The Caltech Campaign is supporting students like David Ho—the difference makers of tomorrow—at http://breakthrough.caltech.edu/.
Video produced by Caltech in association with Smartypants Pictures. ©2016 California Institute of Technology
Bringing Silicon to Life: Scientists Persuade Nature to Make Silicon-Car...
source: caltech 2016年11月24日
More information: http://www.caltech.edu/news/bringing-...
Researchers in Frances Arnold’s lab at Caltech have persuaded living organisms to make chemical bonds not found in nature. The finding may change how medicines and other chemicals are made in the future.
Scientists Engineer Therapeutic Bacteria to Listen to Us
source: caltech 2016年11月14日
Learn more: https://www.caltech.edu/news/biologis...
Breakthrough research from Caltech allows scientists to communicate with engineered cells in the body, holding promise for localizing, instructing, and shutting down cell therapy regimes in the future.
Diagnostics for Global Health and Antimicrobial Stewardship - Rustem Ismagilove
source: caltech 2016年11月1日
"Diagnostics for Global Health and Antimicrobial Stewardship" - Rustem Ismagilov, Ethel Wilson Bowles and Robert Bowles Professor of Chemistry and Chemical Engineering; Director of the Jacobs Institute for Molecular Engineering for Medicine, Caltech
Learn more about:
- Dr. Ismagilov’s Research: http://ismagilovlab.caltech.edu
- 2016 - 17 Watson Lecture Series Season: https://www.caltech.edu/master-calend...
- This Lecture: https://www.caltech.edu/content/ruste...
- An interview with Dr. Ismagilov: https://www.caltech.edu/news/revoluti...
Produced in association with Caltech Academic Media Technologies. ©2016 California Institute of Technology
Carol Gilligan - Election Game Changer: Is Gender the Explosive issue? | The New School
source: The New School 2016年10月27日
Lang Scholar in Residence (http://newschool.edu/lang), Carol Gilligan, hosts a public conversation about gender and this election with Wendy Puriefoy, educator, philanthropist, Ford Foundation Fellow; Janet Reitman, Investigative Journalist and Contributing Editor at Rolling Stone, covering politics and the election; and New School students Esther Franke, Laura Age, and Ali Shames-Dawson.
Together they will address the questions: Is this potentially a turning point in American democracy? Are we witnessing the end-game of patriarchy? Is a gender conversation crucial? Who will vote for Hillary?
The Scholar in Residence program is a series of events that let Lang students engage with a prominent academic scholar. The series features large public dialogues with leading intellectuals and scholars and small, hands-on workshops and seminars focused on immersing students in the scholar’s practices.
THE NEW SCHOOL | http://newschool.edu
Pioneered by bell hooks, (née Gloria Watkins), internationally recognized scholar, poet, author, and radical thinker, this series continues with Carol Gilligan. Dr. Gilligan is a feminist, ethicist, and psychologist. Her first book, In A Different Voice, was called the “little book that started a revolution” by Harvard University Press. She was named one of the most influential people of the year by TIME Magazine. Her latest book is Joining the Resistance.
Location: Wollman Hall, Eugene Lang College
65 West 11th Street Room B500, New York, NY 10003
Monday, October 24, 2016 at 6:00 pm to 8:00 pm
Operation Dhib: The Dhofar war and covert action in Yemen
source: SchAdvStudy 2016年11月17日
25-10-2016 Institute of Historical Research
http://www.sas.ac.uk/
Institute: http://www.history.ac.uk
Operation Dhib: The Dhofar war and covert action in Yemen
Dr Geraint Hughes
(King's College London)
International History seminar series
Thubten Chodron: "Creating Habits for Happiness" | Talks at Google
source: Talks at Google 2016年11月8日
Thubten Chodron is a Tibetan Buddhist nun, prolific author, and world renowned teacher. She is the founder and abbess of Sravasti Abbey, and co-author of a book with His Holiness the Dalai Lama.
Want to be happy? Join Venerable Thubten Chodron to learn how. By becoming aware of how our actions affect those around us, as well as ourselves, she offers ways to identify and overcome our self-centered attitude that pretends to look out for our welfare, but is actually self-sabotaging and primes us to make unwise choices.
Strings 2011 (Uppsala University)
# click the up-left corner to select videos from the playlist
source: GraduatePhysics 2014年3月26日
Talks held at the Uppsala University, June 27-July 2, 2011.
Event website: http://www.physics.uu.se/external/strings2011/
Thomas Klose - Recent Results for Holographic Three Point Functions 37:56
Sergio Cecotti - N=2 gauge theories and algebras 38:30
Niklas Beisert - Counterterms and E7 Symmetry in N=8 Supergravity 46:19
Michael Green - Multiloop systematics in pure spinor field theory 44:33
Fabio Zwirner - LHC results and prospects from a theorist's viewpoint 59:47
Henrik Johansson - Lie Algebra Structures in Yang Mills and Gravity Amplitudes 50:35
David Gross - Opening (Strings 2011) 27:01
Tadashi Takayanagi - Holographic Entanglement Entropy and its New Developments 41:46
Miranda Cheng - K3 String Theory, the Largest Mathieu Group, and Holographic Moonshine 43:07
Liam McAllister - String cosmology 57:33
Jeff Harvey - Summary (Strings 2011) 38:53
Erik Verlinde - The Hidden Phase Space of Our Universe 45:52
Brian Greene - Warped tunneling 44:45
Ashoke Sen - What can black holes tell us about microstates? 40:02
Andrei Linde - Chaotic inflation in supergravity 34:37
Yaron Oz - Holography and Hydrodynamics 37:54
Vasily Pestun - Exact Results for 't Hooft Loops in Gauge Theories on S^4 45:02
Subir Sachdev - Quantum matter and gauge-gravity duality 57:11
Shiraz Minwalla - A Theory of Dissipative Superfluid Hydrodynamics 54:27
Sergei Gukov - A polynomial, B model, and S duality 43:38
Rajesh Gopakumar - Holographic Minimal Models 43:41
Mariana Graña - Constructing metastable vacua in Klebanov Strassler 37:15
Greg Moore - The Recent Role of (2,0) Theories in Physical Mathematics 1:03:27
Gary Shiu - Towards Simple de Sitter Vacua 38:21
Frank Wilczek - Three Ways Beyond the Standard Model 1:01:05
Davide Gaiotto - Field theories labeled by three manifolds 35:09
'Gong Show' (14 x 5 minute talks on string theory topics, Strings 2011) 1:13:35
Samson Shatashvili - Integrability in Quantum Theory, and Applications 40:53
Nathan Seiberg - Recent advances in SUSY 1:00:32
Marcos Mariño - Exact results and stringy effects in ABJM theory 31:50
Juan Maldacena - Comments on de Sitter perturbation theory 46:38
Henriette Elvang - Recent progress on amplitudes 58:12
Dimitrios Tsimpis - Uses of 3d toric varieties 28:18
Chris Hull - Double Field Theory and Duality 35:11
Anastasia Volovich - Symblifying Scattering Amplitudes in N=4 Yang Mills 38:13
Alexei Morozov - Challenges of beta deformation 51:40
Edward Witten - Knot Invariants From Maximally Supersymmetric Yang-Mills Theory 37:45
source: GraduatePhysics 2014年3月26日
Talks held at the Uppsala University, June 27-July 2, 2011.
Event website: http://www.physics.uu.se/external/strings2011/
Thomas Klose - Recent Results for Holographic Three Point Functions 37:56
Sergio Cecotti - N=2 gauge theories and algebras 38:30
Niklas Beisert - Counterterms and E7 Symmetry in N=8 Supergravity 46:19
Michael Green - Multiloop systematics in pure spinor field theory 44:33
Fabio Zwirner - LHC results and prospects from a theorist's viewpoint 59:47
Henrik Johansson - Lie Algebra Structures in Yang Mills and Gravity Amplitudes 50:35
David Gross - Opening (Strings 2011) 27:01
Tadashi Takayanagi - Holographic Entanglement Entropy and its New Developments 41:46
Miranda Cheng - K3 String Theory, the Largest Mathieu Group, and Holographic Moonshine 43:07
Liam McAllister - String cosmology 57:33
Jeff Harvey - Summary (Strings 2011) 38:53
Erik Verlinde - The Hidden Phase Space of Our Universe 45:52
Brian Greene - Warped tunneling 44:45
Ashoke Sen - What can black holes tell us about microstates? 40:02
Andrei Linde - Chaotic inflation in supergravity 34:37
Yaron Oz - Holography and Hydrodynamics 37:54
Vasily Pestun - Exact Results for 't Hooft Loops in Gauge Theories on S^4 45:02
Subir Sachdev - Quantum matter and gauge-gravity duality 57:11
Shiraz Minwalla - A Theory of Dissipative Superfluid Hydrodynamics 54:27
Sergei Gukov - A polynomial, B model, and S duality 43:38
Rajesh Gopakumar - Holographic Minimal Models 43:41
Mariana Graña - Constructing metastable vacua in Klebanov Strassler 37:15
Greg Moore - The Recent Role of (2,0) Theories in Physical Mathematics 1:03:27
Gary Shiu - Towards Simple de Sitter Vacua 38:21
Frank Wilczek - Three Ways Beyond the Standard Model 1:01:05
Davide Gaiotto - Field theories labeled by three manifolds 35:09
'Gong Show' (14 x 5 minute talks on string theory topics, Strings 2011) 1:13:35
Samson Shatashvili - Integrability in Quantum Theory, and Applications 40:53
Nathan Seiberg - Recent advances in SUSY 1:00:32
Marcos Mariño - Exact results and stringy effects in ABJM theory 31:50
Juan Maldacena - Comments on de Sitter perturbation theory 46:38
Henriette Elvang - Recent progress on amplitudes 58:12
Dimitrios Tsimpis - Uses of 3d toric varieties 28:18
Chris Hull - Double Field Theory and Duality 35:11
Anastasia Volovich - Symblifying Scattering Amplitudes in N=4 Yang Mills 38:13
Alexei Morozov - Challenges of beta deformation 51:40
Edward Witten - Knot Invariants From Maximally Supersymmetric Yang-Mills Theory 37:45
String-Math 2011 (University of Pennsylvania)
# click the up-left corner to select videos from the playlist
source: GraduatePhysics 2014年9月4日
Talks held at University of Pennsylvania, Jun 06-11, 2011.
Event website: http://www.math.upenn.edu/StringMath2011/
David Ben Zvi - Geometric Character Theory 47:55
Lev Borisov - Recent developments in the vertex algebra approach to toric mirror symmetry 45:29
Andrei Caldararu - Understanding brane intersections from a Lie theoretic viewpoint 51:41
Kevin Costello - Mirror symmetry at higher genus 49:13
Michael Douglas - Foundation of Quantum Field Theory 48:47
Miranda Cheng - M24, K3 String Theory, and Holographic Moonshine 50:31
Dan Freed - Remarks on fully extended 3 dimensional topological field theories 50:21
Davide Gaiotto - BPS states in 4d and 2d 50:33
Sergei Gukov - Branes and Geometric Representation Theory 48:53
Albrecht Klemm - Omega backgrounds and generalized holomorphic anomaly equation 43:02
Andrew Neitzke - A 2d/4d wall crossing formula 49:40
Cumrun Vafa - Complete N=2 Gauge Theories in 4 Dimensions 49:35
Cumrun Vafa - Public Lecture on Strings and Geometry 1:03:32
Ludmil Katzarkov - Degenerations, dimension spectra, and wall crossing 43:32
Martijn Wijnholt - Higgs bundles and String Phenomenology 42:00
Matilde Marcolli - Motives in quantum field theory 48:43
Melissa Liu - Open Gromov-Witten invariants of toric Calabi-Yau 3-folds 46:14
Paul Seidel - Families of objects in Fukaya categories 49:21
Sheldon Katz - (0,2) Quantum Cohomology 45:02
Yuji Tachikawa - On 2d TQFTs whose values are hyperkähler cones 50:42
Yongbin Ruan - Towards a global mirror symmetry 44:13
David Baraglia - Topological T-duality with monodromy 22:41
Chris Brav - Ping-pong and exceptional vector bundles 19:46
Eric Bergshoeff - Dual Doubled Geometry 20:49
Lara Anderson - Geometric Moduli Stabilization in Heterotic Calabi-Yau Vacua 23:38
Jimmy Dillies - Generalized Borcea Voisin Construction 19:42
Nils Carqueville - Topological defects and Khovanov Rozansky homology 22:05
Shyamoli Chaudhuri - Matrix Theory and the Fundamental Symmetry 24:36
David Favero - Graded matrix factorizations and functor categories 19:13
James Fullwood - On generalized Sethi-Vafa-Witten formulas 20:21
Fabio Ferari Ruffino - Freed-Witten anomaly and D-brane gauge theories 24:45
Benjamin Jurke - Cohomology of Toric Varieties and Applications 23:04
Michael Kay - Bulk deformations of open topological string theory 22:04
Louis Kauffman - A Quantum Context for the Jones Polynomial and Khovanov Homology 21:52
Sergey Grigorian - Deformations of structures 20:37
Tyler Jarvis - Moduli of Curves with W-structure and Mirror Symmetry 21:36
El kaïoum Moutuou - Twistings of for Real groupoids 22:37
Andreas Malmendier - Heterotic/F-theory duality and lattice polarized K3 surfaces 21:55
Peggy Kouroumalou - Supergravities in 5 and 6 dimensions and their possible realization in F-theory 23:14
Samuel Monnier - The global gravitational anomaly of the self-dual field theory 19:32
Stefan Mendez Diez - K-theoretic Aspects of String Theory Dualities 19:21
Takashi Kimura - On stringy algebraic operations in equivariant K-theory 22:21
Jihye Seo - Singularity structure and massless dyons of pure N = 2 theories 19:44
Masahito Yamazaki - Hyperbolic Volume from Gauge Theories on Duality Walls 27:28
Nicolo Sibilla - Mirror Symmetry and Ribbon Graphs 20:08
Matt Szczesny - Feynman graphs, Hall algebras, and linear categories 21:10
Anatoly Preygel - Matrix factorizations via group actions on categories 25:28
source: GraduatePhysics 2014年9月4日
Talks held at University of Pennsylvania, Jun 06-11, 2011.
Event website: http://www.math.upenn.edu/StringMath2011/
David Ben Zvi - Geometric Character Theory 47:55
Lev Borisov - Recent developments in the vertex algebra approach to toric mirror symmetry 45:29
Andrei Caldararu - Understanding brane intersections from a Lie theoretic viewpoint 51:41
Kevin Costello - Mirror symmetry at higher genus 49:13
Michael Douglas - Foundation of Quantum Field Theory 48:47
Miranda Cheng - M24, K3 String Theory, and Holographic Moonshine 50:31
Dan Freed - Remarks on fully extended 3 dimensional topological field theories 50:21
Davide Gaiotto - BPS states in 4d and 2d 50:33
Sergei Gukov - Branes and Geometric Representation Theory 48:53
Albrecht Klemm - Omega backgrounds and generalized holomorphic anomaly equation 43:02
Andrew Neitzke - A 2d/4d wall crossing formula 49:40
Cumrun Vafa - Complete N=2 Gauge Theories in 4 Dimensions 49:35
Cumrun Vafa - Public Lecture on Strings and Geometry 1:03:32
Ludmil Katzarkov - Degenerations, dimension spectra, and wall crossing 43:32
Martijn Wijnholt - Higgs bundles and String Phenomenology 42:00
Matilde Marcolli - Motives in quantum field theory 48:43
Melissa Liu - Open Gromov-Witten invariants of toric Calabi-Yau 3-folds 46:14
Paul Seidel - Families of objects in Fukaya categories 49:21
Sheldon Katz - (0,2) Quantum Cohomology 45:02
Yuji Tachikawa - On 2d TQFTs whose values are hyperkähler cones 50:42
Yongbin Ruan - Towards a global mirror symmetry 44:13
David Baraglia - Topological T-duality with monodromy 22:41
Chris Brav - Ping-pong and exceptional vector bundles 19:46
Eric Bergshoeff - Dual Doubled Geometry 20:49
Lara Anderson - Geometric Moduli Stabilization in Heterotic Calabi-Yau Vacua 23:38
Jimmy Dillies - Generalized Borcea Voisin Construction 19:42
Nils Carqueville - Topological defects and Khovanov Rozansky homology 22:05
Shyamoli Chaudhuri - Matrix Theory and the Fundamental Symmetry 24:36
David Favero - Graded matrix factorizations and functor categories 19:13
James Fullwood - On generalized Sethi-Vafa-Witten formulas 20:21
Fabio Ferari Ruffino - Freed-Witten anomaly and D-brane gauge theories 24:45
Benjamin Jurke - Cohomology of Toric Varieties and Applications 23:04
Michael Kay - Bulk deformations of open topological string theory 22:04
Louis Kauffman - A Quantum Context for the Jones Polynomial and Khovanov Homology 21:52
Sergey Grigorian - Deformations of structures 20:37
Tyler Jarvis - Moduli of Curves with W-structure and Mirror Symmetry 21:36
El kaïoum Moutuou - Twistings of for Real groupoids 22:37
Andreas Malmendier - Heterotic/F-theory duality and lattice polarized K3 surfaces 21:55
Peggy Kouroumalou - Supergravities in 5 and 6 dimensions and their possible realization in F-theory 23:14
Samuel Monnier - The global gravitational anomaly of the self-dual field theory 19:32
Stefan Mendez Diez - K-theoretic Aspects of String Theory Dualities 19:21
Takashi Kimura - On stringy algebraic operations in equivariant K-theory 22:21
Jihye Seo - Singularity structure and massless dyons of pure N = 2 theories 19:44
Masahito Yamazaki - Hyperbolic Volume from Gauge Theories on Duality Walls 27:28
Nicolo Sibilla - Mirror Symmetry and Ribbon Graphs 20:08
Matt Szczesny - Feynman graphs, Hall algebras, and linear categories 21:10
Anatoly Preygel - Matrix factorizations via group actions on categories 25:28
The Battlecode Programming Competition(MIT-Engineering, 2013) by Maxwell Mann
# click the upper-left icon to select videos from the playlist
source: tawkaw OpenCourseWare 2015年5月13日
Lecture 1 Introduction to Battlecode 1:00:04
Lecture 2 Writing Your First Player 54:04
Lecture 3 Navigation 52:09
Lecture 4 Git Repository 43:14
Lecture 5 Swarms, Artillery, and Mines 49:27
Lecture 6 Numerical Strategy 42:20
Lecture 7 The Lost Lecture 58:18
Lecture 8 Lessons from the Sprint Tournament 48:30
source: tawkaw OpenCourseWare 2015年5月13日
Lecture 1 Introduction to Battlecode 1:00:04
Lecture 2 Writing Your First Player 54:04
Lecture 3 Navigation 52:09
Lecture 4 Git Repository 43:14
Lecture 5 Swarms, Artillery, and Mines 49:27
Lecture 6 Numerical Strategy 42:20
Lecture 7 The Lost Lecture 58:18
Lecture 8 Lessons from the Sprint Tournament 48:30
Mechanical - Robotics (IIT Bombay)
# click the up-left corner to select videos from the playlist
source: nptelhrd 2008年6月23日
Mechanical - Robotics by Prof. C. Amarnath, Prof. B. Seth, Prof. K. Kurien Issac, Prof. P. S. Gandhi, Prof. P. Seshu. Department of Mechanical Engineering, IIT Bombay
Lecture - 1 Introduction to Robotics 41:48
Lecture - 2 Technologies in Robots 52:23
Lecture - 3 Industrial Robots 55:07
Lecture - 4 Industrial Manipulators and its Kinematics 1:02:31
Lecture - 5 Parallel Manipulators 1:06:47
Lecture - 6 Grippers Manipulators 1:01:24
Lecture - 7 Electric Actuators 58:29
Lecture - 8 Actuators - Electric, Hydraulic, Pneumatic 1:01:22
Lecture - 9 Internal State Sensors 56:46
Lecture - 10 Internal State Sensors 54:17
Lecture - 11 External State Sensors 1:01:03
Lecture - 12 Trajectory planning 59:09
Lecture - 13 Trajectory Planning 55:51
Lecture - 14 Trajectory Planning 1:04:52
Lecture - 15 Trajectory Planning 1:06:28
Lecture - 16 Trajectory Planning 1:03:04
Lecture - 17 Trajectory Planning 57:51
Lecture - 18 Trajectory Planning 1:05:30
Lecture - 19 Trajectory Planning 54:27
Lecture - 20 Forward Position Control 1:01:09
Lecture - 21 Inverse Problem 59:21
Lecture - 22 Velocity Analysis 57:31
Lecture - 23 Velocity Analysis 51:24
Lecture - 24 Dynamic Analysis 59:45
Lecture - 25 Image Processing 59:48
Lecture - 26 Image Processing 48:36
Lecture - 27 Image Processing 50:02
Lecture - 28 Image Processing 51:33
Lecture - 29 Image Processing 50:12
Lecture - 30 Image Processing 56:48
Lecture - 31 Robot Dynamics and Control 58:53
Lecture - 32 Robot Dynamics and Control 1:01:16
Lecture - 33 Robot Dynamics and Control 58:26
Lecture - 34 Robot Dynamics and Control 1:02:41
Lecture - 35 Robot Dynamics and Control 56:43
Lecture - 36 Robot Dynamics and Control 59:12
Lecture - 37 Futuristic Topics in Robotics 57:45
Lecture - 38 47:29
Lecture - 39 57:10
Lecture - 40 Futuristic Topics in Robotics 58:25
source: nptelhrd 2008年6月23日
Mechanical - Robotics by Prof. C. Amarnath, Prof. B. Seth, Prof. K. Kurien Issac, Prof. P. S. Gandhi, Prof. P. Seshu. Department of Mechanical Engineering, IIT Bombay
Lecture - 1 Introduction to Robotics 41:48
Lecture - 2 Technologies in Robots 52:23
Lecture - 3 Industrial Robots 55:07
Lecture - 4 Industrial Manipulators and its Kinematics 1:02:31
Lecture - 5 Parallel Manipulators 1:06:47
Lecture - 6 Grippers Manipulators 1:01:24
Lecture - 7 Electric Actuators 58:29
Lecture - 8 Actuators - Electric, Hydraulic, Pneumatic 1:01:22
Lecture - 9 Internal State Sensors 56:46
Lecture - 10 Internal State Sensors 54:17
Lecture - 11 External State Sensors 1:01:03
Lecture - 12 Trajectory planning 59:09
Lecture - 13 Trajectory Planning 55:51
Lecture - 14 Trajectory Planning 1:04:52
Lecture - 15 Trajectory Planning 1:06:28
Lecture - 16 Trajectory Planning 1:03:04
Lecture - 17 Trajectory Planning 57:51
Lecture - 18 Trajectory Planning 1:05:30
Lecture - 19 Trajectory Planning 54:27
Lecture - 20 Forward Position Control 1:01:09
Lecture - 21 Inverse Problem 59:21
Lecture - 22 Velocity Analysis 57:31
Lecture - 23 Velocity Analysis 51:24
Lecture - 24 Dynamic Analysis 59:45
Lecture - 25 Image Processing 59:48
Lecture - 26 Image Processing 48:36
Lecture - 27 Image Processing 50:02
Lecture - 28 Image Processing 51:33
Lecture - 29 Image Processing 50:12
Lecture - 30 Image Processing 56:48
Lecture - 31 Robot Dynamics and Control 58:53
Lecture - 32 Robot Dynamics and Control 1:01:16
Lecture - 33 Robot Dynamics and Control 58:26
Lecture - 34 Robot Dynamics and Control 1:02:41
Lecture - 35 Robot Dynamics and Control 56:43
Lecture - 36 Robot Dynamics and Control 59:12
Lecture - 37 Futuristic Topics in Robotics 57:45
Lecture - 38 47:29
Lecture - 39 57:10
Lecture - 40 Futuristic Topics in Robotics 58:25
Electronics For Analog Signal Processing I by K. Radhakrishna Rao (IIT Madras)
# click the upper-left icon to select videos from the playlist
source: nptelhrd 2008年8月31日
Electronics - Electronics For Analog Signal Processing - I by Prof. K. Radhakrishna Rao, Department of Electrical Engineering, IIT Madras.
Lecture - 1 Introduction 50:11
Lecture - 2 Diode 50:41
Lecture - 3 Diode Characteristics 51:38
Lecture - 4 Rectifier 51:49
Lecture - 5 Voltage Multiplier 56:06
Lecture - 6 Full Wave Rectifier and Peak Detector 49:08
Lecture - 7 Diode as a GATE 53:03
Lecture - 8 Analog GATE 51:07
Lecture - 9 Small Signal Analysis of Diode Circuit 50:43
Lecture - 10 Zener Regulator and Voltage Regulator 50:12
Lecture - 11 Varactor Diode 51:05
Lecture - 12 Amplifiers 53:29
Lecture - 13 Cascading of Amplifiers 52:31
Lecture - 14 Cascading of Amplifiers 50:16
Lecture - 15 h and g Parameters 49:55
Lecture - 16 Two Port Analysis 52:15
Lecture - 17 Amplifier Applications 50:36
Lecture - 18 Frequency Limitations Of An Amplifier 51:59
Lecture - 19 Distortion In Amplifiers 55:52
Lecture - 20 Bipolar Junction Transistor 54:23
Lecture - 21 Transistor (BJT) Inverter 56:09
Lecture - 22 Transistor Biasing 54:35
Lecture - 23 Stable Way of Biasing 59:04
Lecture - 24 Common Emitter Amplifiers 54:58
Lecture - 25 Transistor Biasing Using Single Supply 55:51
Lecture - 26 Metal Oxide Semiconductor 56:41
Lecture - 27 Construction of a MOSFET 56:39
Lecture -28 Varieties of MOSFETS and JFETS 52:34
Lecture - 29 Characteristics of MOSFET 52:09
Lecture - 30 Cascading Amplifiers 51:28
Lecture - 31 Cascading (Direct Coupling) 55:07
Lecture - 32 The Differential Amplifiers 58:18
Lecture - 33 BJT Differential Amplifiers 50:20
Lecture - 34 MOSFET Differential Amplifiers 51:17
Lecture - 35 Cascading Differential Amplifiers 51:57
Lecture - 36 Current Source and Current Sink 55:14
Lecture - 37 NMOS Inverters and CMOS Inverters 51:59
Lecture - 38 Active Components used in Electronics 45:43
source: nptelhrd 2008年8月31日
Electronics - Electronics For Analog Signal Processing - I by Prof. K. Radhakrishna Rao, Department of Electrical Engineering, IIT Madras.
Lecture - 1 Introduction 50:11
Lecture - 2 Diode 50:41
Lecture - 3 Diode Characteristics 51:38
Lecture - 4 Rectifier 51:49
Lecture - 5 Voltage Multiplier 56:06
Lecture - 6 Full Wave Rectifier and Peak Detector 49:08
Lecture - 7 Diode as a GATE 53:03
Lecture - 8 Analog GATE 51:07
Lecture - 9 Small Signal Analysis of Diode Circuit 50:43
Lecture - 10 Zener Regulator and Voltage Regulator 50:12
Lecture - 11 Varactor Diode 51:05
Lecture - 12 Amplifiers 53:29
Lecture - 13 Cascading of Amplifiers 52:31
Lecture - 14 Cascading of Amplifiers 50:16
Lecture - 15 h and g Parameters 49:55
Lecture - 16 Two Port Analysis 52:15
Lecture - 17 Amplifier Applications 50:36
Lecture - 18 Frequency Limitations Of An Amplifier 51:59
Lecture - 19 Distortion In Amplifiers 55:52
Lecture - 20 Bipolar Junction Transistor 54:23
Lecture - 21 Transistor (BJT) Inverter 56:09
Lecture - 22 Transistor Biasing 54:35
Lecture - 23 Stable Way of Biasing 59:04
Lecture - 24 Common Emitter Amplifiers 54:58
Lecture - 25 Transistor Biasing Using Single Supply 55:51
Lecture - 26 Metal Oxide Semiconductor 56:41
Lecture - 27 Construction of a MOSFET 56:39
Lecture -28 Varieties of MOSFETS and JFETS 52:34
Lecture - 29 Characteristics of MOSFET 52:09
Lecture - 30 Cascading Amplifiers 51:28
Lecture - 31 Cascading (Direct Coupling) 55:07
Lecture - 32 The Differential Amplifiers 58:18
Lecture - 33 BJT Differential Amplifiers 50:20
Lecture - 34 MOSFET Differential Amplifiers 51:17
Lecture - 35 Cascading Differential Amplifiers 51:57
Lecture - 36 Current Source and Current Sink 55:14
Lecture - 37 NMOS Inverters and CMOS Inverters 51:59
Lecture - 38 Active Components used in Electronics 45:43
Electronics For Analog Signal Processing II by K. Radhakrishna Rao (IIT Madras)
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source: nptelhrd 2008年9月5日
Electronics - Electronics For Analog Signal Processing - II by Prof. K. Radhakrishna Rao, Department of Electrical Engineering, IIT Madras.
Lecture - 1 Feed Back Theory 50:01
Lecture - 2 Negative Feedback 52:01
Lecture - 3 Negative Feedback 53:42
Lecture - 4 Y-Feedback 46:41
Lecture - 5 h and g Negative Feedback 51:25
Lecture - 6 g Feedback With Mosfet 52:42
Lecture - 7 Operational Amplifier In Negative Feedback 53:43
Lecture - 8 Operational Amplifier in Negative Feedback 51:18
Lecture - 9 Positive Feedback (Regenerative) 49:55
Lecture - 10 Experimental Demonstration 44:46
Lecture - 11 Instrumentation Amplifiers 51:31
Lecture - 12 Active Filters 52:16
Lecture - 13 Simulation of Harmonic Oscillators 52:58
Lecture - 14 Oscillators 52:34
Lecture - 15 Oscillators 57:27
Lecture - 16 Frequency Compensation in Negative Feedback 52:20
Lecture - 17 Frequency Compensation 50:55
Lecture - 18 Wideband (video) Amplifiers 51:50
Lecture - 19 Wideband Amplifiers 48:47
Lecture -20 ICs For Video And Tuned Amplifier Applications 54:03
Lecture - 21 Power Amplifier 52:14
Lecture - 22 Power Amplifier 51:07
Lecture - 23 Class B and C Power Amplifiers 53:09
Lecture - 24 Class-B Power Amplifier Load and Drive 51:06
Lecture - 25 CONTROL CIRCUITS 51:28
Lecture - 26 VOLTAGE REGULATORS 49:13
Lecture -27 Voltage Regulators 51:18
Lecture -28 Voltage Regulators 54:09
Lecture - 29 Convertors 54:11
Lecture -30 Analog Multipliers (Modems & Mixers) 49:25
Lecture -31 Log-Antilog Multipliers 52:52
Lecture -32 Multipliers 48:49
Lecture - 33 Multipliers 49:31
Lecture - 34 AGC/AVC 51:39
Lecture - 35 AGC/AVC 50:41
Lecture - 36 Experimental Demonstration 46:23
Lecture - 37 PLL (PHASE LOCKED LOOP) 51:58
Lecture - 38 PLL(PHASE LOCKED LOOP) 50:02
Lecture - 39 Lock Range Capture Range and FSK and FM 45:42
source: nptelhrd 2008年9月5日
Electronics - Electronics For Analog Signal Processing - II by Prof. K. Radhakrishna Rao, Department of Electrical Engineering, IIT Madras.
Lecture - 1 Feed Back Theory 50:01
Lecture - 2 Negative Feedback 52:01
Lecture - 3 Negative Feedback 53:42
Lecture - 4 Y-Feedback 46:41
Lecture - 5 h and g Negative Feedback 51:25
Lecture - 6 g Feedback With Mosfet 52:42
Lecture - 7 Operational Amplifier In Negative Feedback 53:43
Lecture - 8 Operational Amplifier in Negative Feedback 51:18
Lecture - 9 Positive Feedback (Regenerative) 49:55
Lecture - 10 Experimental Demonstration 44:46
Lecture - 11 Instrumentation Amplifiers 51:31
Lecture - 12 Active Filters 52:16
Lecture - 13 Simulation of Harmonic Oscillators 52:58
Lecture - 14 Oscillators 52:34
Lecture - 15 Oscillators 57:27
Lecture - 16 Frequency Compensation in Negative Feedback 52:20
Lecture - 17 Frequency Compensation 50:55
Lecture - 18 Wideband (video) Amplifiers 51:50
Lecture - 19 Wideband Amplifiers 48:47
Lecture -20 ICs For Video And Tuned Amplifier Applications 54:03
Lecture - 21 Power Amplifier 52:14
Lecture - 22 Power Amplifier 51:07
Lecture - 23 Class B and C Power Amplifiers 53:09
Lecture - 24 Class-B Power Amplifier Load and Drive 51:06
Lecture - 25 CONTROL CIRCUITS 51:28
Lecture - 26 VOLTAGE REGULATORS 49:13
Lecture -27 Voltage Regulators 51:18
Lecture -28 Voltage Regulators 54:09
Lecture - 29 Convertors 54:11
Lecture -30 Analog Multipliers (Modems & Mixers) 49:25
Lecture -31 Log-Antilog Multipliers 52:52
Lecture -32 Multipliers 48:49
Lecture - 33 Multipliers 49:31
Lecture - 34 AGC/AVC 51:39
Lecture - 35 AGC/AVC 50:41
Lecture - 36 Experimental Demonstration 46:23
Lecture - 37 PLL (PHASE LOCKED LOOP) 51:58
Lecture - 38 PLL(PHASE LOCKED LOOP) 50:02
Lecture - 39 Lock Range Capture Range and FSK and FM 45:42
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