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01:14:02 Dr. Aimone: A Probabilistic Future for… Dr. Aimone: A Probabilistic Future for Neuromorphic Computing	Dr. Aimone: A Probabilistic Future for Neuromorphic Computing Abstract: As Moore’s Law comes to a close, new innovative approaches to microelectronics research are important to achieve much needed capabilities improvements in computing for both… neuromorphic neuromorphic computing stochastic processes probabilistic computing artificial intelligence things neurons coin computing computer lot kind brain louis bit problem questions algorithm thing algorithms sort probability learning energy distribution From Luis El Srouji 0 likes 5 plays 0
01:01:32 Clip of HSI Summit Pt. 2 - "Plenary… Clip of HSI Summit Pt. 2 - "Plenary Keynote" (1 hr 1 min 32 sec)	Clip of HSI Summit Pt. 2 - "Plenary Keynote" (1 hr 1 min 32 sec) HSI Summit Pt. 2 - Quantum Information Sciences Session: QIS Pedagogy Plenary Panel Length: 1 hr 1 min 32 sec Plenary Speaker Introduction: Dr. Mark Pederson, Professor, Department of Physics,… quantum computing dei hsi engineering computer science undergraduate education computer computers chemistry paper science cubits molecule energy professor algorithms mark simulation things mexico field programs idea advisor From Christopher Lawrence 0 likes 3 plays 0
26:49 ECS222A Project - Chuan Hsin Cho, Yu Hsuan Tseng ECS222A Project - Chuan Hsin Cho, Yu Hsuan Tseng	ECS222A Project - Chuan Hsin Cho, Yu Hsuan Tseng Paper: Nyberg, Daniel. (2011). Analysis of Two Common Hidden Surface Removal Algorithms, Painter’s Algorithm & Z-Buffering.Kandidatexjobb CSC ; K11061. algorithm polygons buffer painter polygon problem pixel algorithms space tree frame bsp image color depth result elements statement fashion memory From Chuan-Hsin Cho 0 likes 18 plays 0
07:50 ECS 220 5c:6.6 why is it hard to prove P neq NP ECS 220 5c:6.6 why is it hard to prove P neq NP	ECS 220 5c:6.6 why is it hard to prove P neq NP statement algorithm clique proof problems algorithms np star size circuits circuit reason instance fact sat end threshold boolean instances gates From David Doty 0 likes 21 plays 0
14:14 ECS 220 4b:6.2 upper bounds versus lower bounds ECS 220 4b:6.2 upper bounds versus lower bounds	ECS 220 4b:6.2 upper bounds versus lower bounds algorithm log algorithms problem computation tree comparisons box n. element elements bounds formula leaves comparison bits bit length times array From David Doty 0 likes 27 plays 0
04:55 ECS 220 1b:2.5 tractability and mathematical… ECS 220 1b:2.5 tractability and mathematical insight	ECS 220 1b:2.5 tractability and mathematical insight algorithm algorithms problem chapter lot insight problems class difference graph integer insights structure goal scientists computer answer decision kind observation From David Doty 0 likes 45 plays 0
07:38 ECS 120 9b:2 empty language problem is undecidable ECS 120 9b:2 empty language problem is undecidable	ECS 120 9b:2 empty language problem is undecidable epsilon input string inputs algorithm halts m. behavior problem machine tm answer function contradiction turing language algorithms definition lot difference From David Doty 0 likes 395 plays 0
08:41 ECS 120 9a:1 halting problem definition and… ECS 120 9a:1 halting problem definition and Turing-recognizability	ECS 120 9a:1 halting problem definition and Turing-recognizability algorithm input function halts string recognizer python w. language answer problem chapter symbols instance algorithms count a. occurrences candidate lecture From David Doty 0 likes 224 plays 0
02:03 ECS 120 8c:2 reduction between two problems is an… ECS 120 8c:2 reduction between two problems is an algorithm, but it does not solve either problem	ECS 120 8c:2 reduction between two problems is an algorithm, but it does not solve either problem question lot algorithm reduction graph formula instance algorithms reductions examples hardness job size grass formulas k. threshold phi sat problem From David Doty 0 likes 146 plays 0
04:28 ECS 120 8a:5 ranking the hardness of problems ECS 120 8a:5 ranking the hardness of problems	ECS 120 8a:5 ranking the hardness of problems algorithm problem a. cubed bit notion problems amount b. end reduction calls decision isms reducibility level zoom algorithms exponent equivalent From David Doty 0 likes 205 plays 0
02:14 ECS 120 7c:5 the P vs NP question ECS 120 7c:5 the P vs NP question	ECS 120 7c:5 the P vs NP question np subset problems question conjecture laws kepler motion intuition decision algorithms verifier correctness theorem proof planets thousands bit reasons lot From David Doty 1 likes 196 plays 0
03:18 ECS 120 7a:3 P is the same for most encodings and… ECS 120 7a:3 P is the same for most encodings and programming languages	ECS 120 7a:3 P is the same for most encodings and programming languages differences algorithm programming python sort theory machines turing algorithms languages language intuition fact observation answers meaning notion problem elegance reading From David Doty 1 likes 218 plays 0
08:06 ECS 120 7a:1 time complexity classes and the Time… ECS 120 7a:1 time complexity classes and the Time Hierarchy Theorem	ECS 120 7a:1 time complexity classes and the Time Hierarchy Theorem problems language t1 complexity theorem t2 languages star subset class algorithms observation machine decision words cubed things bounds function n. From David Doty 1 likes 295 plays 0
08:27 ECS 120 6c:2 measuring running time ECS 120 6c:2 measuring running time	ECS 120 6c:2 measuring running time input algorithm seconds function length steps turing numbers machine definition computer algorithms tape environment lot running problem string multi issue From David Doty 1 likes 209 plays 0
11:34 ECS 120 6a:1 languages decided-recognized by TMs ECS 120 6a:1 languages decided-recognized by TMs	ECS 120 6a:1 languages decided-recognized by TMs turing machine strings terrain language term machines algorithm languages string dfa problem word input definition algorithms answer accept loop lot From David Doty 1 likes 279 plays 0
13:47 ECS 120 1a:1 introduction to course ECS 120 1a:1 introduction to course	ECS 120 1a:1 introduction to course cycle string graph zeros question root computers strings expression algorithms problems task twos integer polynomial theory node fact multivariate difference From David Doty 1 likes 233 plays 0