(בעברית / in Hebrew) בית הספר למנהל עסקים (Business Administration)

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source: Hebrew University of Jerusalem    2011年2月22日
בית הספר למנהל עסקים, נאמן לייעודה המדעי, ההשכלתי והחברתי של האוניברסיטה העברית, חותר לעמוד בקדמת בתי הספר בארץ ובעולם:
*בהשכלה
*במחקר
*במעורבות קהילתית
בהשכלה, בית הספר קיבל על עצמו את האתגר:
*להיות המוביל בארץ בהכשרת המנהיגות העסקית והארגונית העתידה של ישראל.
*לאפשר לתלמידיו לרכוש השכלה עיונית מעמיקה וקפדנית, להיחשף לאתגרי המציאות העסקית, ולפתח ראיה אסטרטגית-אינטגרטיבית, ולעשות כל אלו ברמת האיכות הגבוהה ביותר.
*ליזום, לפתח, להקים ולקיים מתקני הוראה ייחודיים וחדשניים, ליישם ולהטמיע שיטות הוראה מתקדמות.
במחקר, לבית הספר מחויבות מדעית, המעוגנת בייעודה של האוניברסיטה העברית:
*לעמוד בחזית בתי הספר למנהל עסקים בעולם בקידום אופק המדע במגזרי פעילות נבחרים, וביצירת ידע חדשני ומשמעותי.
*לקיים ולקדם מחקרי חזית ברמת האיכות והחדשנות של בתי הספר המובילים בעולם.
*לטפח תשתית חוקרים, מתקנים, משאבים ומרכזי מחקר.
במעורבות קהילתית, בית הספר חותר:
*להרים תרומה משמעותית לקידום האיכות והמקצועיות של הניהול בארץ ולשיפור איכות החיים בישראל.
*להרחיב ולהעמיק את מערך ההוראה וההכשרה למנהלים, ולייעדו לרמת הניהול האסטרטגית.
*להעמיק במעורבות קהילתית ישירה.

רמי לוי, שיווק השקמה - ביה"ס למנהל עסקים 1:00:08
"ממציאים מחדש את תעשיית הון הסיכון" - ביה"ס למנהל עסקים
1:34:02
יום פתוח 2011 - תואר בוגר במנהל עסקים ובחשבנאות 3:04:37
יום פתוח 2011 - בוגר במנהל עסקים וחשבונאות 2:15:59
דן זיסקינד,חברת טבע - ביה"ס למנהל עסקים 1:14:35
מינוף ההון האינטלקטואלי בחברות ממשלתיות לשוק הפרטי 1:47:46
EMBA_010611.wmv 47:33
תואר שני במימון באוניברסיטה העברית - מפגש הסבר 20.01.2011 1:12:04
Executive MBA Integrative Management :מפגש הסבר תוכנית 28:52
Executive MBA Integrative Management :מפגש הסבר תוכנית 28:54
Executive MBA Integrative Management :מפגש הסבר תוכנית 43:34
תגמול בכירים בעקבות ועדת נאמן- חלק שני 1:07:11
תגמול בכירים בעקבות ועדת נאמן- ביה"ס למנהל עסקים 2:02:04
ביה"ס למנהל עסקים - יום פתוח 2012 2:34:33
איתן אבריאל, TheMarker, בבי"ס למנהל עסקים באוני' העברית 1:16:11
[私人影片]
טקס סיום תכנית Executive MBA 2:30
הדרכת מנהל עסקים 1:13:37
יזמות חברתית וטכנולוגיה - עדן פוקס 14:05
יזמות חברתית וטכנולוגיה - יובל אדמון 15:58
יזמות חברתית וטכנולוגיה - ערן קליין 17:57
יזמות חברתית וטכנולוגיה - נורית צור 16:03
יזמות חברתית וטכנולוגיה - בני דאון 14:32
הרצאת "פגוש את המנכ"ל" | שלומי גבאי מנכ"ל IKEA ישראל 1:47:44
טקס הענקת תעודות EMBA 2014 2:07
תכנית חילופי הסטודנטים של ביה"ס למנהל עסקים 4:31

Cancer (from 2011 - )

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source: WalterandElizaHall       2012年10月22日

Evolution and Climate (CARTA)

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source: University of California Television (UCTV)    2015年7月10日
Evolution and Climate
According to earth scientists, paleontologists, and scholars in other fields, the planet has entered a new geological phase – the Anthropocene, the age of humans. How did this transition of our species from an apelike ancestor in Africa to the current planetary force occur? What are the prospects for the future of world climate, ecosystems, and our species? This symposium presents varied perspectives on these critical questions from earth scientists, ecologists, and paleoanthropologists.

Human-Climate Interactions and Evolution: Past and Future 58:17
(Visit: http://www.uctv.tv) This symposium presents varied perspectives from earth scientists, ecologists, and paleoanthropologists on how climate may have shaped human evolution, as well as the prospects for the future of world climate, ecosystems, and our species with Peter deMenocal on African Climate Change and Human Evolution, followed by Jean-Jacques Hublin on The Climatic Framework of Neandertal Evolution, and Rick Potts on Climate Instability and the Evolution of Human Adaptability. Recorded on 05/15/2015. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [7/2015] [Science] [Show ID: 29683]
Human-Climate Interactions and Evolution: Past and Future 55:49
Human-Climate Interactions and Evolution: Past and Future: Ajit Varki Welcome Remarks 6:57
Peter deMenocal:African Climate Change and Human Evolution 19:59
Past and Future: Naomi Oreskes:Human Impacts:Will We Survive the Future? 19:12
Veerabhadran Ramanathan:Climate Mitigation:In Pursuit of the Common Good. 24:57
Human-Climate Interactions and Evolution: William Ruddiman:How Humans Took Control of Climate 20:52
Rick Potts:Climate Instability and the Evolution of Human Adaptability 20:59
Human-Climate Interactions and Evolution:Past and Future: Charles Kennel:Introductory Remarks 5:58
Jeff Severinghaus: Abrupt Climate Transitions and Humans 19:21
Charles Kennel:The Impacts of Arctic Sea Ice Retreat on Contemporary Climate. 21:59
Jean-Jacques Hublin: The Climatic Framework of Neandertal Evolution 23:43
Elizabeth Hadly:A Tipping Point? Using the Past to Forecast Our Future 22:18
Human-Climate Interactions and Evolution: Past and Future: Q and A and Closing Remarks 51:40
Human-Climate Interactions and Evolution: Past and Future 1:00:05

Domestication & Human Evolution (CARTA)

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source: University of California Television (UCTV)   2014年12月9日
Domestication & Human Evolution (CARTA)
The domestication of other species has played an undeniably central role in the evolution of modern humans, and in our planetary dominance and success. Researchers have over the years investigated the genetic underpinnings and the anatomical, neural, physiological and behavioral consequences of domestication across a number of animal species – but largely independently of each other. Recently, a convergence of views has led to the notion that the study of animal domestication may tell us something not only about our relationship with domesticated species since perhaps at least the Pleistocene, but also about our own evolution as a species in the more distant past. This symposium brings together researchers from a variety of research backgrounds to examine these concepts and to elucidate further the possible role of domestication in human evolution.

Richard Wrangham: Did Homo sapiens Self-Domesticate? 21:15
(Visit: http://www.uctv.tv) In this talk Richard Wrangham (Harvard Univ) puts forth the theory that Homo sapiens are, in fact, a self-domesticated species. He defines “self-domestication” as the evolution of a reduced propensity for reactive aggression (compared to an immediate ancestor), without the active involvement of another species. He then shows that communal sanctions practiced by hunter-gatherers, which depend on proactive aggression, provide a leading candidate mechanism selecting against high levels of reactive aggression. He therefore proposes that human self-domestication is an ironic consequence of a particularly well-developed facility for proactive aggression, and concludes that humans did indeed self-domesticate, providing a critical underpinning for inter-individual tolerance and cooperation.
Recorded on 10/10/2014. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Science] [Show ID: 28902]
Kazuo Okanoya:Domestication and Vocal Behavior in Finches 16:55
Tecumseh Fitch:The Domestication Syndrome and Neural Crest Cells 20:09
Philipp Khaitovich:Neotenous Genes in the Developing Human Brain 19:28
Terrence Deacon: The Domesticated Brain 21:24
Robert Franciscus: Craniofacial Feminization in Evolution 20:20
Anna Kukekova: Fox Domestication & Genetics of Complex Behaviors 19:25
Robert Wayne: The Transformation of Wolf to Dog 21:23
Behavior in Finches; Did Homo Sapiens Self-Domesticate?; The Domesticated Brain 56:19
Domesticated Brain;Gene Expression in the Brain;Domestication:Neural Crest Cells 57:45
Transformation of Wolf to Dog; Fox Domestication; Craniofacial Feminization 57:51
Welcome 6:56
Introductory Remarks 17:11
Q&A and Closing Remarks 55:35

How Language Evolves (CARTA)

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source: University of California Television (UCTV) 2015年4月24日
Evolution of Language
This symposium addresses the question of how human language came to have the kind of structure it has, focusing on three sources of evidence: 1) ways languages get new structure not present in the language of the previous generation(s) of speakers or signers; 2) what contrasts between new and mature languages reveal about how language evolves; and 3) neuroscientific investigations of functional specialization for language in the human brain and its dependence on the linguistic input the language learner gets during cognitive development.

Wrap-Up Question and Answer Closing Remarks 42:24
(Visit: http://www.uctv.tv/) This CARTA symposium addresses the question of how human language came to have the kind of structure it has today, focusing on three sources of evidence. In this program, the speakers field questions from the audience and the seminar is concluded. Series: "CARTA - Center for Academic Research and Training in Anthropogeny" [Health and Medicine] [Science] [Show ID: 29406]
Welcome and Introduction 6:53
Opening Remarks 8:49
Rachel Mayberry: How the Environment Shapes Language in the Brain 23:07
Evelina Fedorenko: Specialization for Language in the Human Brain 21:46
Edward Chang: Neuroscience of Speech Perception and Speech Production 21:19
Language in The Brain 1:00:24
Contrasts Between New and Mature Languages 59:41
Ray Jackendoff: What Can You Say without Syntax? 21:32
Mark Aronoff: Co-emergence of Meaning and Structure in a New Language 21:31
David Perlmutter:Combinatoriality within the Word:Sign Language Evidence 22:18
How Languages Get New Structure 58:22
Simon Kirby: Language Evolution in the Lab: Emergence of Design Features 22:31
Ann Senghas:Rethinking Recapitulation:Structure in Nicaraguan Sign Language 20:39
Carmel O’Shannessy: How Languages Get New Structure 20:36

Kavli Institute for Brain and Mind

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source: University of California Television (UCTV)    2017年2月1日
Kavli Institute for Brain and Mind (KIBM) researchers bridge disciplinary boundaries to further our understanding of the origins, evolution and mechanisms of human cognition, from the brain's physical and biochemical machinery to the experiences and behaviors we call the mind. Visit: http://www.uctv.tv/kavli

Early Life Stress on Brain and Behavior; The Parental Brain; The Amazing Teen Brain 55:50
(Visit: http://www.uctv.tv/) Three fascinating presentations explain how deeper understanding of neurological development reveals the basis of behavior and what factors can cause behavioral impairment, from external factors such as stress to critical periods of neurological growth and change in adolescence. Recorded on 12/02/2016. Series: "Influence of Early Experience on Adult Brain Organization and Function - Kavli Institute for Brain and Mind Symposium" [2/2017] [Science] [Show ID: 31756]
Regulating Synaptic DevelopmentTreating Synaptic Dysfunction Understanding Mutations in Autism 57:14
Early Brain and Mature Function;Brain Development and Alzheimer’s Disease; Challenges of Integration 54:47
Early Brain Trajectories and Evolving Oscillations: Template for Mature Function? 17:28
The Effects of Early Life Stress on Brain and Behavior 18:06
The Neurobiology of the Parental Brain 19:49
The Amazing Teen Brain 20:10
Making an Old Brain Young? From Developmental Critical Periods to Alzheimer's Disease 20:00
How Immune Cells Sculpt Developing Synaptic Circuits 20:32
Using Neurobiology to Overcome Genetic and Environmental Adversity 20:35
Tracing the Path from Spontaneous Mutation to Neurobiology in Autism Spectrum Disorders 18:20
The Challenge of Integration 19:32
Introduction to Influence of Early Experience on Adult Brain Organization and Function 9:53
QandA and Close for Influence of Early Experience on Adult Brain Organization and Function 38:47

Physiology 2016

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source: The Physiological Society    2016年9月21日
Physiology 2016
The Physiological Society and the American Physiological Society partnered to hold Physiology 2016 in Dublin. This partnership between the two oldest and largest physiological societies in the world marked the 140th anniversary of the founding of TPS and the 129th of the APS and is a continuation of a program of strategic collaborations.

Jeffrey Friedman: Keynote Lecture 42:15 Remote control of hypothalamic circuits controlling food intake and metabolism
Jeffrey Friedman, Rockefeller University, United States
John Cryan: The Physiological Society Annual Public Lecture 54:08
2016 Otto Hutter Prize Lecture: Prem Kumar 44:43
Barb Goodman: Student-centered learning in physiology courses enhanced by technology 14:37
Can you outrun a bad diet? Session 1: John Blundell 31:04
Can you outrun a bad diet? Session 2: Mark Hopkins 11:13
Can you outrun a bad diet? Session 3: Audrey Bergouignan 10:48
Can you outrun a bad diet? Session 4: Dylan Thompson 27:24
Plenary Lecture: Bert Sakmann 1:00:43
Mitochondria in integrative physiology of obesity & metabolic dysfunction- Session 1: Erin Seifert 28:58
Mitochondria in integrative physiology of obesity & metabolic dysfunction- Session 2: Robert Noland 23:44
Mitochondria in integrative physiology of obesity & metabolic dysfunction- Session 3 Shawn Burgess 27:37
Circadian regulation of cardiovascular and kidney function- Session 4: Michelle Gumz 24:04
Plenary Lecture: Emma Hart 37:37
Circadian regulation of cardiovascular and kidney function- Session 1: Martin Young 23:24
Circadian regulation of cardiovascular and kidney function- Session 2: Glenn Rodrigo 14:01
Circadian regulation of cardiovascular and kidney function- Session 3: Tami Martino 19:44
Keynote lecture: Susan Wray 44:55
John O'Keefe: The Physiological Society Annual Review Lecture 52:44
Physiological approaches to study the science of human sedentariness- Session 1: Marc Hamilton 27:41
Physiological approaches to study the science of human sedentariness- Session 2: Jason Gill 11:26
Physiological approaches to study the science of human sedentariness- Session 3: Audrey Bergouignan 11:23
Physiological approaches to study the science of human sedentariness- Session 4: Paul Greenhaff 28:47
How to publish your data- Session 1: Alan Batterham 22:10
How to publish your data- Session 2: Alicia McDonough 25:08
Plenary lecture: Chris Miller 51:53
Sleep and the ageing brain- Session 1: Julie Carrier 33:03
Keynote lecture: Nanduri R Prabhakar 43:53
Sleep and the ageing brain- Session 2: Claire Sexton 10:01
Sleep and the ageing brain- Session 4: Jose L. Cantero 13:56
Emerging author tools- Fiona Seymour 22:44
Publishing metrics- Paul Trevorrow 19:33

(2016下-商專) 統計學--簡郁紘 / 空中進修學院 (1-18)

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source: 華視教學頻道     2017年3月1日
更多統計學（商專）請見 http://vod.cts.com.tw/?type=education...

(2016下-商專) 財務管理--李志宏 / 空中進修學院 (1-18)

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source: 華視教學頻道     2017年3月2日
更多財務管理（商專）請見 http://vod.cts.com.tw/?type=education...

(2016下-商專) 銀行會計--李瑞慶 / 空中進修學院 (1-18)

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source: 華視教學頻道    2017年3月1日
更多銀行會計（商專）請見 http://vod.cts.com.tw/?type=education...

Summer School on Nanomedicine and Innovation

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source: TAUVOD   2014年6月17日
The Marian Gertner Institute for Medical Nanosystems,
Tel Aviv University, June 15-19, 2014

Welcome - Summer School on Nanomedicine and Innovation 7:07 Speaker: Dan Peer (TAU)
Day 1: Introduction to Nanomedicine
Introduction to nanomedicine with emphasis on carrier-mediated drug targeting 1:20:13
Harnessing RNAi based nanomedicines for precision medicine 1:08:26
Choosing proper lipids for your nanoscale drug/siRNA carrier 38:32
Plenary lecture 2:04:53
MicroRNA-based therapeutics in cancer 1:22:43
Nano-scale systems for targeted therapies 49:07
Effect on tumor microenvironment on the transport of nanovectors in primary tumors 52:01
NanoAssemblr technology 28:25
Nanoparticle-based mucosal delivery of RNA interference therapeutics 1:09:01
Keynote lecture - Nucleic acids delivery 1:07:25
Soft self-assembled drug nanocarriers based on cubosomes and hexosomes 52:55
Nanotechnology Tools in Biology and Medicine Applications 51:19
Multifunctional Discoidal Polymeric Nanoconstructs for Cancer Theranostics 59:49
Nanoparticles for Imagins and Sensing in Biology 46:37
[私人影片]
Nanomedicine and IP 37:07
The entrepreneur Reality Show - How do I start? 57:25
Why is it important to know the mode of action of drugs? 40:43
The invisible foe: the viral peril and the vecoy nanotechnology 30:25
Fromo the bench to the bedside 23:55
Liposome-based steroidal nano-drugs for the treatment of diseases that involve inflammation 20:07
Closure 2:31

Micro and Nano Technologies Introduction Course

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source: TAUVOD    2010年11月2日
This course covers all major microfabrication processes: General overview of the microfabrication technology. The structures of crystals and the silicon crystal, defects in crystals, fabrication processes of silicon crystals (CZ, FZ). Ion implantation. Diffusion. Thin layers: Evaporation, sputtering, CVD, PECVD, oxidation. Etching processes: Wet etching, dry etching (physical, chemical, RIE, DRIE). Photolithography. Conducting coatings. Electrical contacts and packaging: Wire bonding, flip-chip, wafer scale packaging. Overview of the Bipolar and CMOS technology in light of the subjects studied. Overview of MEMS in light of the subjects studies. Yield and reliability of the VLSI technology. Basic CAD for VLSI.

International Environmental Law at UCBerkeley

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source: UCBerkeley    2009年9月1日
This course is a seminar on the role of law in the management of international environmental problems. The course will begin with a brief introduction to public international law as it relates to the environment and a discussion of what international environmental law means. Participants in the course will study a range of environmental issues, legal sources, and institutions.

Lecture 1: The Scope of International Environmental Law 1:44:09
Lecture 2: Dispute Settlement, Compliance & International Institutions 1:45:19
Lecture 3: Bilateral Disputes 1:47:14
Lecture 4: Transboundary Watercourses and Groundwater 1:42:23
Lecture 5: Montreal Protocol 1:45:16
Lecture 7: Human Rights and Environment guest: Neil Popovic 1:54:17
Lecture 8: Climate Change 2 1:40:41
Lecture 9: Biodiversity 1:49:08
Lecture 10: Role of National Courts and Laws 1:03:52
Lecture 11: Trade and Environment 35:58
Lecture 12: Hazardous Materials 1:49:51
Lecture 13: Procedural Tools for Effectiveness: Participation, Access 1:47:08
Lecture 14: State Reponsibility - War and Environment 1:36:28
Frederick K. Cox International Law Center Lecture in Global Legal Reform - Luis Moreno-Ocampo 1:02:48
Environmental Law Lecture 1:10:37
Pt 1 - Symposium on International Law and Justice 1:15:26

EndNote Full Class Recordings

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source: EndNoteTraining     2017年1月31日
(Captions: None, but there is a topic transcript)
Recordings of some of the free online classes we regularly offer at endnote.com/training. Use the Interactive Transcript button under videos to see a menu of items covered and jump to that item.

EndNote X8 on Windows: A Class Recording This is a recording of a beginning-to-intermediate level EndNote class. It contains more information than the short course and has been edited to remove long Internet wait times, etc.
Note: There was a problem with a double cursor appearing during recording. I apologize in advance if it seems distracting, I didn't see it until I reached the editing stage. 58:38
EndNote on Macintosh: The Short Course A minimalist course on using the most popular features in EndNote X7 on Macintosh.  25:27
EndNote on Windows: The Short Course (EndNote X7)  A minimalist course on using the most popular features in EndNote X7 on Windows.  25:44
EndNote on the Desktop and Online for Macintosh: A Class Recording A class recording showing how to use EndNote for Macintosh on the desktop and online.  1:02:52
EndNote for Windows on the Desktop and Online: A Class Recording A class recording showing how to use EndNote for Windows on the desktop and online.  1:16:09
Building an EndNote Library: An EndNote Class Recording This is an advanced EndNote class covering how to create a new style in EndNote, or edit an existing style. 1:09:48
Cite While You Write in Microsoft Word: An EndNote Class Recording This class covers creating a library, different ways of adding references to a library, creating and managing groups, and importing and handling PDFs  53:40
Building an EndNote Macintosh Library: An EndNote Class Recording This class recording covers using the EndNote X7 Cite While You Write commands in Word 2011 on the Macintosh. 1:10:43
Cite While You Write in Word on Macintosh: An EndNote Class Recording This class recording covers using the EndNote X7 Cite While You Write commands in Word 2011 on the Macintosh. 51:25
EndNote Online for Macintosh: An EndNote Class Recording 59:36
EndNote Online: An EndNote Class Recording 1:08:14
Building a Simple EndNote Style: An EndNote Class Recording EndNote X7 for Macintosh, how to add references to the library.  1:03:05
Class Recording: EndNote X6 Desktop for Mac (EndNote on the Desktop) This is a class recording of the EndNote app for the iPad.  1:26:24
Class Recording-EndNote X6 Desktop (EndNote on the Desktop) This class covers the basics of using EndNote X6 for Macintosh on the Desktop.  1:39:11
Class Recording: EndNote and Word Master Documents This class covers the basics of using EndNote X6 for Windows on the Desktop.  8:43
Class Recording: Formatting Rich Text (RTF) Documents How to use EndNote with Microsoft Word master documents.  12:09
Class Recording: EndNote Fast Start: Windows This class covers setting Find Full Text preferences, importing, and the most-used CWYW commands on Macintosh.  59:23
Class Recording: EndNote Fast Start: Macintosh This is a recording of an EndNote X5 Fast Start class on the Windows platform, and covers the most popular features..  42:19
Class Recording: The Importance of the Data Folder THis is a recording an an EndNote X5 Fast Start class on Macintosh, and covers the most popular features.  8:25
Class Recording: Building an EndNote Library This class covers using the Format Paper command in EndNote to create formatted bibliographies in word processors without Cite While You Write.  1:09:07

Satisfiability Lower Bounds and Tight Results for Parameterized and Exponential-Time Algorithms

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source: Simons Institute     2015年11月10日
Satisfiability Lower Bounds and Tight Results for Parameterized and Exponential-Time Algorithms
Nov. 2 – Nov. 6, 2015
During the last decade, it has been recognized that the complexity assumption known as the (Strong) Exponential Time Hypothesis on satisfiability can explain the complexity of a large number of computational problems in a tight way, showing the optimality of known algorithms. This connection has transformed the field of parameterized complexity by refining the question of which problems are fixed-parameter tractable to a fine-grained optimality program that tries to determine the best possible running time for all problems. Recent results show that such an understanding is possible for a wide range of problems, but there are still no tight bounds in many cases. This indicates that further work is needed on understanding the complexity assumptions related to satisfiability, transferring these lower bounds to various specific problem domains, and obtaining matching algorithmic upper bounds. The goal of the workshop is to bring together researchers from satisfiability, classical computational complexity, parameterized complexity and algorithm design to present recent results in these areas and initiate a discussion on connections between the complexity of satisfiability and the fine-grained complexity of other problems, and their implications for algorithm design.
For more information, please visit https://simons.berkeley.edu/workshops/complexity2015-2.
These presentations were supported in part by an award from the Simons Foundation.

Fine-Grained Complexity of Exact Algorithms 57:01 Fedor Fomin, University of Bergen https://simons.berkeley.edu/talks/fed...
More Needles in the Hay Might Make it Harder to Find One? 24:28
Parameterized and Promised Streaming 37:13
Nondeterministic Extensions of the Strong Exponential Time Hypothesis and Consequences for Non-reduc 59:21
Lower Bound Results for Hard Problems Related to Finite Automata 30:05
New Unconditional Lower Bounds for Algorithms and Enumeration Problems 31:14
Fine-Grained Counting Complexity I 1:02:04
Dense Subset Sum May Be the Hardest 32:34
Parameterized Inapproximability of Max k-Subset Intersection under ETH 29:47
Lower Bound Issues in Computational Social Choice 58:20
Lower Bounds on the Running Time for Scheduling and Packing Problems 25:51
On the Subexponential Time Complexity of the CSP 27:06
Exact Algorithms from FPT Algorithms 1:00:50
Spotting Trees with Few Leaves 29:25
Fine-Grained Counting Complexity II 1:02:06
Subexponential Parameterized Complexity of Completion Problems: Survey of the Upper Bounds 29:28
Lower Bounds for Subexponential Parameterized Complexity of Minimum Fill-in and Related Problems 33:06
Lossy Kernelization 1:04:23
Color Coding-Related Techniques 28:52
Lower Bounds on the Space Complexity of Dynamic Programming 38:28
Constructive Algorithm for Matroid Pathwidth 31:02
Engineering Motif Search for Large Graphs 30:31
Sub-exponential Approximation Schemes for CSPs: from Dense to Almost Sparse 33:14
The Square Root Phenomenon in Planar Graphs -- Survey and New Results 1:06:23
Improved Deterministic Algorithms for Sparse Max-SAT 29:05
Towards General and Tight Hardness Results for Graph Problems 22:53
An Isomorphism Between Parameterized Complexity and Classical Complexity, for both Time and Space 29:08
Lower Bounds for Problems Parameterized by Clique-width 25:26
Faster Satisfiability Algorithms for Systems of Polynomial Equations over Finite Fields and ACC^0[p] 30:37
From Channel Assignment to Subgraph Isomorphism 17:28

KARPfest80 at Simons Institute

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source: Simons Institute    2015年12月10日
On Saturday October 17, the day immediately before FOCS 2015, the Simons Institute for the Theory of Computing will host a celebration of the work of Dick Karp on the occasion of his 80th birthday. This event, which features a dozen speakers from across the spectrum of theoretical Computer Science, will be held at the DoubleTree Marina Hotel in Berkeley, the same venue as FOCS itself. The event will run from approximately 9am to 5:30pm, and lunch will be provided; a schedule will be posted shortly.
Richard Karp received his PhD from Harvard University in 1959. After a nine-year stint at IBM Research, he joined the faculty of the University of California, Berkeley, where he is currently a University Professor and Director of the Simons Institute for the Theory of Computing. He has also held positions at the International Computer Science Institute in Berkeley and the University of Washington. The unifying theme in Karp's work has been the study of combinatorial algorithms. His early work pioneered the importance of NP-completeness, and he has also done seminal work in many areas, including parallel algorithms, the probabilistic analysis of algorithms, randomized algorithms, computational genomics and networks. He has supervised thirty-six PhD dissertations. His honors and awards include the National Medal of Science, the Turing Award, the Fulkerson Prize, the Von Neumann Theory Prize, the Babbage Prize and eight honorary degrees. He is a member of the U.S. National Academies of Sciences and Engineering, the American Philosophical Society and the French Academy of Sciences, and a Fellow of the American Academy of Arts and Sciences and the American Association for the Advancement of Science.
For more information, please visit https://simons.berkeley.edu/workshops/karpfest80.
These presentations were supported in part by an award from the Simons Foundation.

Practical, Efficient ZKPs, Economic and Social Processes 26:22  Michael Rabin, Harvard University https://simons.berkeley.edu/karpfest/...
Karp Plays a Game 32:38
Five Things I Learned from Dick Karp 24:46
Back to the Future: Going Beyond Worst Case Analysis 28:12
Some Current Computational Challenges in Bioinformatics 28:13
Some New Results on Random Points in the Unit Square 23:19
Perfect Matchings 31:52
Quantum NP and Beyond 25:19
Human Computation 35:24
The Computational Benefit of Correlated Instances 32:14
A Personal History (With Karp Reductions!) 18:44
Orthogonal Remarks 30:37

Algorithms and Uncertainty Boot Camp

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source: Simons Institute    2016年8月22日
Algorithms and Uncertainty Boot Camp
The Boot Camp is intended to acquaint program participants with the key themes of the Algorithms and Uncertainty program. It will consist of mini-courses on five topics, each featuring two or more speakers and occupying one day, as follows:
Kamesh Munagala (Duke University): "Approximation Algorithms for Stochastic Optimization"
Matt Weinberg (Princeton University): "Sequential Decision Making: Prophets and Secretaries"
Seffi Naor (Technion Israel Institute of Technology): "Competitive Analysis of Online Algorithms"
Nikhil Bansal (Technische Universiteit Eindhoven) and Adam Wierman (Caltech): "Online Scheduling Meets Queueing"
Eli Upfal (Brown University): "Sample Complexity and Uniform Convergence"
Nicolò Cesa-Bianchi (University of Milan): "Online Learning and Online Convex Optimization"
Yishay Mansour (Tel Aviv University): "Reinforcement Learning and Markov Decision Processes"
Tim Roughgarden (Stanford University): "Beyond Worst-Case Analysis"
Kevin Leyton-Brown (University of British Columbia): "Understanding the Empirical Hardness of NP-Complete Problems"
Anna Karlin (University of Washington): "Uncertainty in Algorithmic Mechanism Design"
Eilyan Bitar (Cornell University) and Adam Wierman (Caltech): "Energy and Uncertainty"
For more information, please visit https://simons.berkeley.edu/workshops/uncertainty2016-boo...
These presentations were supported in part by an award from the Simons Foundation.

Approximation Algorithms for Stochastic Optimization I 1:08:35 Kamesh Munagala, Duke University https://simons.berkeley.edu/talks/kam...
Approximation Algorithms for Stochastic Optimization II 1:03:15
Sequential Decision Making: Prophets and Secretaries I 1:00:40
Sequential Decision Making: Prophets and Secretaries II 1:00:55
Competitive Analysis of Online Algorithms I 1:03:11
Competitive Analysis of Online Algorithms II 1:06:57
Online Scheduling Meets Queueing I 59:55
Online Scheduling Meets Queueing II 1:03:20
Sample Complexity and Uniform Convergence I 51:16
Sample Complexity and Uniform Convergence II 44:27
Online Learning and Online Convex Optimization I 44:15
Online Learning and Online Convex Optimization II 53:19
Reinforcement Learning and Markov Decision Processes I 44:07
Reinforcement Learning and Markov Decision Processes II 49:56
Beyond Worst-Case Analysis I 1:04:03
Beyond Worst-Case Analysis II 1:05:05
Understanding the Empirical Hardness of NP-Complete Problems I 58:05
Understanding the Empirical Hardness of NP-Complete Problems II 53:28
Uncertainty in Algorithmic Mechanism Design 56:36
Energy and Uncertainty I 1:06:03
Energy and Uncertainty II 1:00:19

Optimization and Decision-Making Under Uncertainty

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source: Simons Institute       2016年9月19日
Optimization and Decision-Making Under Uncertainty
The classic area of online algorithms requires us to make decisions over time as the input is slowly revealed, without (complete) knowledge of the future. This has been widely studied, e.g., in the competitive analysis model ­­­and, in parallel, in the model of regret minimization. Another widely studied setting incorporates stochastic uncertainty about the input; this uncertainty reduces over time, but postponing decisions is either costly or impossible. Problems of interest include stochastic optimization, stochastic scheduling and queueing problems, bandit problems in learning, dynamic auctions in mechanism design, secretary problems, and prophet inequalities. Recent developments have shown connections between these models, with new algorithms that interpolate between these settings and combine different techniques. The goal of the workshop is to bring together researchers working on these topics, from areas such as online algorithms, machine learning, queueing theory, mechanism design, and operations research, to exchange ideas and techniques and forge deeper connections.
For more information, please visit https://simons.berkeley.edu/workshops/uncertainty2016-1.
These presentations were supported in part by an award from the Simons Foundation.

Introducing Decision-Making Under Uncertainty to Medical Research:... 56:15 Don Berry, University of Texas MD Anderson Cancer Center https://simons.berkeley.edu/talks/don...
Optimal A-B Testing 47:53
Stable Marriages in Metric Spaces 30:25
The Simplex and Policy-Iteration Methods are Strongly Polynomial... 52:16
Interpolating Between Stochastic and Worst-case Optimization 33:50
Smarter Tools for (Citi)Bike-Sharing 36:19
How to Predict When Estimation is Hard: Algorithms for Learning on Graphs 51:24
From Predictions to Decisions: Limitations and Possibilities of Optimization from Samples 48:10
Distributed Partial Clustering 35:47
Online Vector Packing 52:14
Clustering Using Pairwise Comparisons 30:32
Online Algorithms for Covering and Packing Problems with Convex Objectives 33:41
Kernel-Based Methods for Bandit Convex Optimization 58:30
Always Valid Inference: Continuous Monitoring of A/B Tests 50:19
Revisiting the Exploration-Exploitation Trade-Off in Bandit Models 31:40
Distribution-Free Models of Social and Information Networks 55:10
Learning in Games with Best-Response Oracles 30:37
Online Optimization and Learning Under Long-Term Convex Constraints and Objectives 34:48
Avoiding Cascading Failures for Time-of-Use Pricing 31:04
Procrastination with Variable Present Bias 33:51
Simple Pricing Schemes for Consumers with Evolving Values 34:18
A Unified Duality Theory for Bayesian Mechanism Design 35:29
Bandits and Agents: How to Incentivize Exploration? 39:07
Online Ad Allocation: Robust Optimization for Repeated Auctions 39:46
Competitive Algorithms from Competitive Equilibria 47:38
Online Flow-Time Optimization 36:13
Online Algorithms with Recourse 32:32
Scheduling with Uncertain Processing Times 34:32
Secretary Problems and Online Selection with A Priori Information 48:06
Optimal Online Algorithms via Linear Scaling 29:39

Real-Time Decision Making

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source: Simons Institute     2016年6月27日
Real-Time Decision Making
Jun. 27 – Jul. 1, 2016
This workshop concerns algorithmic methods for the control of systems characterized by the need to make real-time decisions based on data arriving continuously in high volume. Its goal is to create collaborations between researchers in domains of physical sciences, engineering and societal systems involving real-time decision making, and mathematical and computational scientists with the tools required to attack the decision-theoretic problems arising in these domains. The workshop will include expository presentations on robotic astronomical observation, earthquake early warning, control of transportation networks, online matching markets and smart energy grids; talks on the central mathematical and algorithmic problems arising in such decision problems; and group discussions aimed at framing a broad research agenda for both theoretical and applied progress on these problems.
For more information, please visit https://simons.berkeley.edu/workshops/real-time-decision-....
These presentations were supported in part by an award from the Simons Foundation.

Physics at the LHC: Data Analysis and Global Network Challenges with Exascale Data 1:07:18 Harvey Newman, California Institute of Technology https://simons.berkeley.edu/talks/har...
Warning When You Need It: Earthquakes and Smartphones 1:01:25
Real-Time Convex Optimization 25:44
Coding for Interactive Communication 56:44
Crowdsourcing for Clustering: Algorithms and Information-Theoretic Lower Bounds 47:26
Local Computation Algorithms 37:56
What Does `Real Time' Mean 54:44
The Palomar Transient Factory 54:03
Market Dynamics of Best-Response with Lookahead 40:59
Algorithms for Risk Mitigation in Networks 58:00
Core-sets for Real-Time Tracking using Caratheodory Theorem, with Applications to Drones 46:55
Closed-Loop Control of Network Processes 35:12
Distributed Learning Dynamics Convergence in Routing Games 48:03
Increasing Throughput in Urban Roads by Connected Vehicles 37:13
Seeing Real-Time Traffic Problems 44:30
Sub-Quadratic Recovery of Correlated Pairs 42:59
Optimal Power Flow: Relaxation, Online Algorithm, Fast Dynamics 53:27
Distributed Control for Demand Dispatch 49:03
Algorithmic Aspects of Online Advertising 38:29
Smarter Tools for (Citi)Bike-Sharing 56:46
Dynamic Pricing in Ridesharing Platforms 55:08
When Computing Time is Time Lost 36:58
Real-Time Decision Making in Hybrid Systems 57:12
Predicting from Noisy and Incomplete Data: Some Perspectives from Computational Learning Theory 47:58
Approximate Optimality with Bounded Regret in Dynamic Matching Models 45:10
Localization and Nonmetric Multidimensional Scaling via Paired Comparisons 38:54
 New Algorithms for Heavy Hitters in Data Streams 1:04:20