05:36

Bladder Volume Estimation using Electrical…

Bladder Volume Estimation using Electrical Impedance Spectroscopy

Sensing, Imaging and Signal Processing 11 Team Lead: Ata Vafi Advisor: Prof. Ghiasi

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FRUCD Telemetry Transceiver

Senior Design Project: SD16 (RFuWmmTHz) Team Leads: Austin Ambrose, Ryan Kim, Aldric Sangalang Advisor: Prof. Pham

41:42

ARE100A Spring Problems set 2

Selected answer for problem 1, 3 ,4, 6.

07:21

ECS 220 9a:2-8.5 Geography game

03:52

ECS 220 9a:1-8.6 IP=PSPACE (no proof)

11:16

ECS 220 8c:8.6-2 PSPACE-completeness

07:35

ECS 220 5b:6.6-2 almost proof of Ladner's…

ECS 220 5b:6.6-2 almost proof of Ladner's theorem

06:08

ECS 220 5a:6.4-2 P^SAT and P^NP

14:14

ECS 220 4b:6.2 upper bounds versus lower bounds

09:25

ECS 220 3c:5.4 Diophantine equations and…

ECS 220 3c:5.4 Diophantine equations and computationally complex integrals

04:31

ECS 220 3b:5.4-4 Max-2-SAT

08:05

ECS 220 3b:5.4-3 Max-Cut

05:08

ECS 220 3b:5.2-2 variants of Boolean…

ECS 220 3b:5.2-2 variants of Boolean satisfiability

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ECS 220 3b:5.2-1 from circuits to formulas

05:48

ECS 220 2c:5.3-4 Tiling and Boolean circuits

10:06

ECS 220 2c:5.3-2 NAE-SAT reduces to 3-Coloring

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