Search for tag: "constants"

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06:34 ECS 220 3a:5-5.2 circuit to simulate Turing… ECS 220 3a:5-5.2 circuit to simulate Turing machine, Witness-Existence reduces to Circuit-SAT	ECS 220 3a:5-5.2 circuit to simulate Turing machine, Witness-Existence reduces to Circuit-SAT tape circuit machine turing input gates subcircuit configuration witness space steps inputs cells bits head constants output symbol blanks width From David Doty 0 likes 60 plays 0
07:33 ECS 220 1b:2.4 the importance of being polynomial ECS 220 1b:2.4 the importance of being polynomial	ECS 220 1b:2.4 the importance of being polynomial problems choices complexity class decision times degree factor length algorithm language textbook computer computation matrix adjacency node nodes poly constants From David Doty 0 likes 57 plays 0
15:57 ECS 120 9a:3 no-input halting problem is… ECS 120 9a:3 no-input halting problem is undecidable	ECS 120 9a:3 no-input halting problem is undecidable input epsilon algorithm halts problem function string machine w. contradiction turing point thing inputs python paltz sense behavior constants answer From David Doty 0 likes 318 plays 0
11:26 ECS 120 6c:4 rules-of-thumb for comparing… ECS 120 6c:4 rules-of-thumb for comparing function growth rates	ECS 120 6c:4 rules-of-thumb for comparing function growth rates log times n. growth root rate power base equals exponent end running things lot polynomial constants place sides o. cubed From David Doty 1 likes 213 plays 0
10:28 ECS 120 6c:3 asymptotic analysis, definition of… ECS 120 6c:3 asymptotic analysis, definition of O() and o()	ECS 120 6c:3 asymptotic analysis, definition of O() and o() g. functions definition bounds f. times function rate growth delta bound linear n. algorithm constants infinity limit equals notation exponent From David Doty 1 likes 225 plays 0
42:51 ECI 140B, October 12 Lecture (a) ECI 140B, October 12 Lecture (a)	ECI 140B, October 12 Lecture (a) energy reaction equilibrium formation delta rate conditions questions term reactants values water thermodynamics gibbs constants law iron reactions change chemical From Jasquelin Pena 0 likes 31 plays 0
05:33 Section 2.2 #32 - von Bertalanffy growth model Section 2.2 #32 - von Bertalanffy growth model	Section 2.2 #32 - von Bertalanffy growth model Taking the limit of the von Bertalanffy function for fish body length as time t -> ∞, then using this information to (a) plot the function, and (b) determine the biological meaning of an… limit infinity von bertalanffy fish function expression length size graph exponent age birth t. term approach shape values constants model growth prediction From Alexander Meyer 0 likes 476 plays 0