Probability in EECS Jean Walrand – EECS – UC Berkeley.

Slides:

Advertisements

Similar presentations

Test practice Multiplication. Multiplication 9x2.

Advertisements

Fall 2012 Office of Student Activities Co-Curricular Transcripts 1.

Competitive Cyber-Insurance and Network Security Nikhil Shetty Galina Schwartz Mark Felegyhazi Jean Walrand EECS, UC-BerkeleyWEIS 2009 Presentation.

Competitive Cyber-Insurance and Network Security Nikhil Shetty Galina Schwartz Mark Felegyhazi Jean Walrand EECS, UC-BerkeleyTRUST 2009 Presentation.

WiFlex: Flexible MAC protocols for Configurable Radios Jean Walrand and Wilson So EECS, UC Berkeley NSF Wireless Networking PI Meeting 10/14/2004.

226a – Random Processes in Systems 8/30/2006 Jean Walrand EECS – U.C. Berkeley.

Backup Path Allocation Based on A Link Failure Probability Model in Overlay Networks Weidong Cui, Ion Stoica, and Randy H. Katz EECS, UC Berkeley {wdc,

Jean Walrand EECS – U.C. Berkeley

UC Berkeley, Dept of EECS EE141, Fall 2005, Project 2 Speed-Area Optimized 8-Bit Adder Presentation Slides.

1 Project Management – Part 2 Yale Braunstein School of Information Management & Systems UC Berkeley.

UCB PHYSICAL LAYER Jean Walrand U.C. Berkeley

How Much? For What? Thoughts on Economic Issues in Networks Jean Walrand U.C. Berkeley Thoughts on Economic Issues in Networks Jean Walrand U.C. Berkeley.

Linear Algebra Jean Walrand EECS – U.C. Berkeley.

Source-Destination Routing Optimal Strategies Eric Chi EE228a, Fall 2002 Dept. of EECS, U.C. Berkeley.

Slides courtesy: Prof. Nikolic (UC Berkeley) EECS 141, Sprint 2006 Oregon State University ECE 471/571, Winter 2007 Prof. Patrick Chiang ECE 471 / 571.

UCB Error Control in TCP Jean Walrand U.C. Berkeley

UCB Sharing a Channel Jean Walrand U.C. Berkeley

S. Mandayam/ CompArch2/ECE Dept./Rowan University Computer Architecture II: Specialized /02 Fall 2001 John L. Schmalzel Shreekanth Mandayam.

UCB Routing Jean Walrand U.C. Berkeley

UCB MPLS An Overview Jean Walrand EECS. UCB Outline Objectives Label Switching LSP setup.

UCB Packet Dynamics Jean Walrand U.C. Berkeley

Communication Networks A Second Course Jean Walrand Department of EECS University of California at Berkeley.

UCB Multicasting Jean Walrand EECS. UCB Outline Definitions Broadcast, Multicast, Anycast Examples ARP, ICMP, Group Flooding Routing Multicast Tree of.

UCB Review for M2 Jean Walrand U.C. Berkeley

UCB Communication Networks: Big Picture Jean Walrand U.C. Berkeley

CS 188: Artificial Intelligence Fall 2009 Lecture 19: Hidden Markov Models 11/3/2009 Dan Klein – UC Berkeley.

UCB TCP Jean Walrand U.C. Berkeley

EECS 122, Midterm Review Kevin Fall Jean Walrand

UCB Network Address Translation Jean Walrand U.C. Berkeley

Binomial Problem Approximately 70% of statistics students do their homework in time for it to be collected and graded. In a statistics class of 50 students,

Long Multiplication! Foil Method! Example:

Multiplexing. PDH Multiplexing Plesiochronous digital hierarchy (PDH) -each TDM stream was derived using a separate timing source -Justification.

Multiplexers 1 The output is equal to one of several input signals to the circuit The multiplexer selects which input signal to use as an output signal.

Data and Information Systems Laboratory University of Illinois Urbana-Champaign CCICADA 2012 Meeting March 30, 2012 Web Taxonomies Discovering the Structure.

Jean Walrand – EECS – UC Berkeley

 Motivated by desire for natural human-robot interaction  Encapsulates what the robot knows about the human  Identity  Location  Intentions Human.

$100 $200 $300 $400 $100 $200 $300 $400 $300 $200 $100 Fractions – two digits Fractions – three digits Fractions - Multiplication Fractions – mixed.

The Beauty and Joy of Computing Lecture #6 Algorithms I UC Berkeley EECS Sr Lecturer SOE Dan Garcia.

S. Mandayam/ CompArch2/ECE Dept./Rowan University Computer Architecture II: Specialized /02 Fall 2001 John L. Schmalzel Shreekanth Mandayam.

UC-12 L1 Flight Track over Ground Sites.

Introduction to Telecommunications, 2/e By M.A.Rosengrant Copyright (c) 2007 by Pearson Education, Inc. All rights reserved. Figure 24–1 CDMA spread spectrum.

6 vector RVs. 6-1: probability distribution A radio transmitter sends a signal to a receiver using three paths. Let X1, X2, and X3 be the signals that.

Breaking down basic facts 2 x 3 x 4 4 x 3 x 2 6 x 4.

ECE 3130 Digital Electronics and Design

Bandwidth Utilization: Multiplexing and Spreading

ECE 3130 Digital Electronics and Design

Solve more difficult number problems mentally

Survey results DIGITAL ACCESS.

CS 188: Artificial Intelligence Spring 2007

Get the Attention of the Audience

Divisibility Rules.

Divisibility Rules.

This resource can be used to support the learning environment

Topic 1: Be able to combine functions and determine the resulting function. Topic 2: Be able to find the product of functions and determine the resulting.

What’s New in HR for ADP Workforce Now

Description of PageRank

Query Type Classification for Web Document Retrieval

Presentation transcript:

Probability in EECS Jean Walrand – EECS – UC Berkeley

Probability in EECS - Fall 2013 Topics: PageRank, Multiplexing, Digital Links, Speech Recognition, Path Planning, Tracking, Complements. Review: PageRank

Probability in EECS - Fall 2013 Topics: PageRank, Multiplexing, Digital Links, Speech Recognition, Path Planning, Tracking, Complements. Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Review: PageRank

Probability in EECS - Fall 2013 Multiplexing

Probability in EECS - Fall 2013 Multiplexing Sharing Links Buffers Multiple Access

Probability in EECS - Fall 2013 Multiplexing Sharing Links WiFi Cable

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?

Probability in EECS - Fall 2013 Multiplexing Review: pdf, cdf

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?

Probability in EECS - Fall 2013 Multiplexing Sharing Links: How many users should share a link?