Search for tag: "magnitude"

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50:25 EPS 131 Lecture 4-6 (Second part) and Lecture 7 EPS 131 Lecture 4-6 (Second part) and Lecture 7	EPS 131 Lecture 4-6 (Second part) and Lecture 7 EPS 131 Lecture 4-6 (Second part) and Lecture 7 earthquake magnitude earthquakes waves scale fault intensity ground california size source aftershocks japan pattern things damage slip epicenter seismometers times From John Rundle on January 15th, 2021 0 likes 0 plays 0
44:00 EPS 131 Lectures (4-6, First Part) EPS 131 Lectures (4-6, First Part)	EPS 131 Lectures (4-6, First Part) EPS 131 Lectures (4-6, First Part) earthquake earthquakes magnitude fault waves ground energy earth wave slip plates plate model faults times region strength richter caltech lot From John Rundle on January 13th, 2021 0 likes 1 plays 0
47:29 EPS Lectures 2 (Second Part) , 3 EPS Lectures 2 (Second Part) , 3	EPS Lectures 2 (Second Part) , 3 EPS Lectures 2 (Second Part) , Lecture 3 plates fault earthquakes plate earthquake faults crust rock san side north california areas ocean magnitude planet volcano tectonics zone thrust From John Rundle on January 11th, 2021 0 likes 1 plays 0
01:00:31 Zhi Ding: Deep Learning: Not a Simple Hammer for… Zhi Ding: Deep Learning: Not a Simple Hammer for Massive MIMO Wireless Communication Systems	Zhi Ding: Deep Learning: Not a Simple Hammer for Massive MIMO Wireless Communication Systems See https://sites.google.com/view/maddd/ for the details. fall 2020 maddd channel correlation feedback station base magnitude downlink csi learning channels coefficient reciprocity equipment fact compression uplink lot communication network mimo From Naoki Saito on November 10th, 2020 0 likes 5 plays 0
06:32 VEN123L Video 6.2 - Evaluating Linearity -… VEN123L Video 6.2 - Evaluating Linearity - Residual Plots	VEN123L Video 6.2 - Evaluating Linearity - Residual Plots Might R-squared values be a bit misleading? How should we evaluate the linearity of calibration curves? How do we create residual plots and use them to check for linearity? Copyright Thi Nguyen Do… residuals response curve calibration concentration concentrations instrument equation linear pattern plot curvature axis linearity range magnitude function trend axes bit From Thi Nguyen on November 1st, 2020 0 likes 98 plays 0
19:56 Lab6 Lab6	Lab6 frequency filter pass cutoff gain filters frequencies 3db band cut competence actor magnitude simulation lab phase game circuit factor thing From Hooman Rashtian on August 24th, 2020 0 likes 40 plays 0
28:55 Lab5 Lab5	Lab5 frequency gigahertz simulation magnitude signal circuit lab megahertz filter frequencies k. signals phase cutoff plot values times fi cursor profile From Hooman Rashtian on August 18th, 2020 0 likes 37 plays 0
10:17 EEC 10 Final Project EEC 10 Final Project	EEC 10 Final Project robot sound microphone speaker lab things degrees competition direction move meter parts control motor filters magnitude breadboard source pivot motion From Timothy Ambrose on May 23rd, 2020 0 likes 83 plays 0
11:28 PN Junction (Part 2: Equilibrium) PN Junction (Part 2: Equilibrium)	PN Junction (Part 2: Equilibrium) holes side equation drift electrons dp field diffusion current region depletion magnitude millivolt naught dv log x2 power p. x1 From Hooman Rashtian on April 14th, 2020 0 likes 32 plays 0
11:01 Bode Diagrams (Part II): Standard Terms Bode Diagrams (Part II): Standard Terms	Bode Diagrams (Part II): Standard Terms omega term magnitude log phase expression function times poles power transfer inverse multiplication c2 zeros denominator summation plot response frequency From Hooman Rashtian on April 13th, 2020 0 likes 22 plays 0
07:43 Bode Diagrams (Part I): Logarithmic Axis Bode Diagrams (Part I): Logarithmic Axis	Bode Diagrams (Part I): Logarithmic Axis omega log axis frequency points plot magnitude scale values point unit naught factor infinity amplitude parts phase response body decade From Hooman Rashtian on April 12th, 2020 0 likes 25 plays 0
12:23 Review of Complex Numbers (Part I) Review of Complex Numbers (Part I)	Review of Complex Numbers (Part I) theta form angle arctangent x. quadrant equation prime arc cosine tangent pi 8s degrees tange x2 sine magnitude axis direction From Hooman Rashtian on April 12th, 2020 0 likes 40 plays 0