Search for tag: "graph"

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01:11:49 CAM Colloquium - Mauricio Velasco (5/7/21) CAM Colloquium - Mauricio Velasco (5/7/21)	CAM Colloquium - Mauricio Velasco (5/7/21) Zoom Recording ID: 95217932087 UUID: ihiEbS7jTPGpQl7Z8wMPeA== Meeting Time: 2021-05-07T19:19:51Z problem optimization varieties variety squares question degree things sigma sum space polynomials point polynomial fact lambda graph talk theorem convex From Erika Fowler-Decatur on May 7th, 2021 2 plays
56:58 4.5.21 Nathan Klein, University of Washington 4.5.21 Nathan Klein, University of Washington	4.5.21 Nathan Klein, University of Washington Zoom Recording ID: 92032593202 UUID: 6K9gbF7WT5qWIcsgY2Z2Uw== Meeting Time: 2021-04-05T20:02:50Z cuts tree edges edge trees probability cut distribution point approximation slack hierarchy constraints graph sort cost matching thing vertices polytope From Jordan Staiti on April 5th, 2021 2 plays
01:01:24 Visit Day CAM Colloquium Talk, Alex Townsend,… Visit Day CAM Colloquium Talk, Alex Townsend, March 26, 2001	Visit Day CAM Colloquium Talk, Alex Townsend, March 26, 2001 Zoom Recording ID: 95217932087 UUID: rArlcgjYT5iuZ4/Zs/wZyQ== Meeting Time: 2021-03-26T19:14:11Z graphs graph equilibrium question students things thing questions edge lot examples wave theta sync density synchronization alex tree fireflies bit synchrony cycle oscillators eigenvalues equilibria jacobian phase From Erika Fowler-Decatur on March 26th, 2021 4 plays
01:02:09 CAM Colloquium - Francesca Parise (3/12/21) CAM Colloquium - Francesca Parise (3/12/21)	CAM Colloquium - Francesca Parise (3/12/21) Zoom Recording ID: 95217932087 UUID: HFsG6DL7RxSEidN/qv2L8A== Meeting Time: 2021-03-12T20:15:16Z network graph agents equilibrium agent population question function model problem game intervention size thing strategy sense idea networks paper condition nash budget behavior From Erika Fowler-Decatur on March 13th, 2021 10 plays
56:31 3.8.21 Katherine Van Koevering, PhD Cornell… 3.8.21 Katherine Van Koevering, PhD Cornell University	3.8.21 Katherine Van Koevering, PhD Cornell University Zoom Recording ID: 92032593202 UUID: RmlsfJRYTgCSMYJPODUszg== Meeting Time: 2021-03-08T20:48:12Z graph core degree edges model nodes sequence graphs node edge configuration values question kind lot models questions chain chord idea From Jordan Staiti on March 8th, 2021 4 plays
52:58 11.23.20 Daniel Halpern, Harvard University 11.23.20 Daniel Halpern, Harvard University	11.23.20 Daniel Halpern, Harvard University Zoom Recording ID: 97470844866 UUID: MjqKXCYqQQeU4lNARkdwAQ== Meeting Time: 2020-11-23T21:05:25Z candidate candidates voters voter space rule voting question distortion choice matching distance graph rankings cost rules preferences alpha thing paper From Jordan Staiti on November 23rd, 2020 15 plays
59:16 10.5.20 Darren Strash, Hamilton College 10.5.20 Darren Strash, Hamilton College	10.5.20 Darren Strash, Hamilton College Zoom Recording ID: 97470844866 UUID: kIjfyxrnQl6pa9G6/BwJEQ== Meeting Time: 2020-10-05T19:59:36Z cut algorithm minimum edges graph vertices edge algorithms cuts graphs practice vertex blocks problem times cactus contractions log block things From Jordan Staiti on October 5th, 2020 18 plays
01:11:39 Digital Life Seminar \| Emma Pierson Digital Life Seminar \| Emma Pierson	Digital Life Seminar \| Emma Pierson model mobility network question income infections infection poi graph questions sort things thing disparities lot fraction cbg places visits york From Michael Byrne on September 30th, 2020 41 plays
28:21 CS 6120: Lesson 5: Static Single Assignment CS 6120: Lesson 5: Static Single Assignment	CS 6120: Lesson 5: Static Single Assignment Music: bensound.com Stock footage: videvo.net form phi instruction variable variables block nodes dominance control programs assignment instructions names graph blocks frontier things node stack algorithm From Adrian Sampson on September 29th, 2020 322 plays
42:03 CS 6120: Lesson 5: Global Analysis &… CS 6120: Lesson 5: Global Analysis & Optimization	CS 6120: Lesson 5: Global Analysis & Optimization loop block entry header graph domination cfg definition loops blocks edge edges times exit invariant node control dominators vertex definitions From Adrian Sampson on September 27th, 2020 439 plays
40:38 CS 6120: Lesson 4: Data Flow CS 6120: Lesson 4: Data Flow	CS 6120: Lesson 4: Data Flow Music: https://www.bensound.comStock footage: https://www.videvo.net block definitions function analysis algorithm variables definition flow variable things thing problem graph end transfer instruction point dataflow control sets From Adrian Sampson on September 19th, 2020 678 plays
45:01 CS 6120: Lesson 2: Introduction to Bril CS 6120: Lesson 2: Introduction to Bril	CS 6120: Lesson 2: Introduction to Bril Music: https://www.bensound.com block thing brill blocks instruction json function instructions representation language programs label output test interpreter cfg graph command text directory From Adrian Sampson on September 9th, 2020 1,077 plays
31:31 CS 6120: Lesson 2: Representing Programs CS 6120: Lesson 2: Representing Programs	CS 6120: Lesson 2: Representing Programs Music: https://www.bensound.com instruction block instructions blocks thing representation programs control graph language cfg label branch syntax things labels tree jump edge flow From Adrian Sampson on September 7th, 2020 1,735 plays
02:06:35 REU presentations 7/15/2020 REU presentations 7/15/2020	REU presentations 7/15/2020 Zoom Recording ID: 96251374359 UUID: yLMTLb7zTI6xaUPnXq0zjg== Meeting Time: 2020-07-15T13:50:58Z spot fitting interesting properties formal sciences high temperatures concepts in physics screen share chemical elements chemical kinetics long time electronic structure heat transfer metallic double thermodynamics symmetry points materials science physical property equal story physical quantities si base quantities electron fast top input file super cooling rising senior fold degeneracy electric field spot position real estate spray painting pretty cool critical exponent bright spots interference device 1st image logical insulator measurement magnetic ion great thing crystallography ray diffraction electron diffraction musical quintets quantum chemistry conceptual systems chemical properties atomic physics molten zone review process real time open training electron beam heat capacity critical excellence 1st step high quality spin orbital coupling cooper pair manganese business magnetism valence bands initial guess screen parameters training set time constant energetically favorable lanthanum palladium sulfide key thing images labeled conduction bad human intervention lead analysis symmetry magneto electric quality film learning fast bottom transition metals space group band structure phase transition entire time native element minerals quantum mechanics super doctors capacity data rates automate creating magnetic fields phase transitions face transition electron configuration experimental structure electron states energy storage palladium real property law direct material critical phenomena condensed matter physics density functional theory 1st place machine learning atomic structure lower temperature spaghetti noodles state functions crystal structure nice job computing double track material ultra high vacuum exponential decay double direct mathematical terminology caption complete single crystal constructive interference automated methods read signal renormalization group super inductor reflection high energy growth rate theoretical structure linear fit electronic band structures high energy electron fusion cells power point musical quartets rising junior precious metals neuroscience good morning critical temperature graduate student rich samples quantum espresso diffraction image analysis training site crystals sensitive materials temperature graph analysis process activation energy From James Overhiser on July 15th, 2020 11 plays
46:37 SYSEN 6100 - Systems Seminar/Ezra's Round… SYSEN 6100 - Systems Seminar/Ezra's Round Table	SYSEN 6100 - Systems Seminar/Ezra's Round Table differential equations botany global measurement ejc85 formal sciences quantum control underlying hamiltonian concepts in physics physical systems density operators project management cybernetics quantum network identification process induced graph caption complete differential equation discrete time complicated situation interesting thing dynamical systems graph families quantum mechanics control theory quantum information science quantum physics business law infographics quantum computing quantum consensus evaluation classical physics consensus problem means stochastic processes logic dimensional complex parenting control problem transition map simple network measurement outcome equations control ability physical quantities quantum average isis initial conditions physics thought quantum technology connected components quantum system standard computational From E. Cornelius on March 13th, 2020 6 plays
02:22:33 Young Researchers October 2019 (Not recorded… Young Researchers October 2019 (Not recorded correctly)	Young Researchers October 2019 (Not recorded correctly) linear program expected reward partial smoothness highest probability generalized equation geometric topology contemporary art specific bundle differential calculus salesman problem global convergence blue set general case elementary algebra classical deterministic poll numbers smooth functions higher degree cubic polynomial longer hold optimization algorithms and methods underlying structure function dimensional problem mathematical and quantitative methods (economics) smooth gradient squares polynomials minimal case stationary condition black box gradient descent expected number upper bound local min variational inequalities numerical analysis ejc85 lower dimensional deterministic algorithm linear convergence rate first order methods active manifold semi definite objective function chromatic number convex analysis local man statistical theory negative gradient direction original objective starting point convex problem north space wider search space high level idea complex form statistical methods statistical terminology linear approximation gradient approximation professor card single point performance profile bundle size traditional sort equations topology convex function conditional expectation function values optimal decisions classical case probability theory complicated manifold convergence rate reinforcement learning good quality elementary special functions primal dual optimality measure quality 1st order method types of functions local minima local minimum feasible region multivariable calculus differential geometry holds true operations research systems engineering smooth function statistical model natural question online algorithm constant rank manifolds dynamic programming competitive ratio type method high dimension quadratic approximation function evaluation intersection point regression analysis open question decomposable properties 2nd order special case 1st order caption complete design of experiments 1st time edge cost perfect graph algorithms north face 3rd condition hand side algebra mathematical analysis fast convergence mathematical optimization small probabilities adjacent vertices true gradient single edge sufficient decrease good conditioning strong perfect linear operators in calculus n.p. hard root-finding algorithms nonce move From E. Cornelius on October 5th, 2019 10 plays