23 sample documents related to CS 756

• 
  queueing.pdf

  George Mason CS 756
  

  Basic Queueing Theory M/M/* Queues These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own ref
   
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  rate.pdf

  George Mason CS 756
  

  Traffic Rate Control for Real-Time Applications These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for
   
• 
  tcp_survey.pdf

  George Mason CS 756
  

  A Survey on TCP Congestion Control Mechanisms By Sridevi Polavaram CS 756 CS 756 1 How does TCP react to congestion Each endhost controls its packet transmission rate by changing the widow size in response to network congestion. Basic congestion
   
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  topology.pdf

  George Mason CS 756
  

  Internet Topology These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, so long a
   
• 
  routing.pdf

  George Mason CS 756
  

  Quality of Service (QoS) Routing These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own refer
   
• 
  tcp-cong.pdf

  George Mason CS 756
  

  TCP Congestion Control These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, so l
   
• 
  midterm.pdf

  George Mason CS 756
  

  Midterm Exam Due 7:20pm April 7th (hand in hardcopies) Open book, open note No discussions among peer students. Approach me for whatever problems you may have. Feel free to set appointments with me. We will meet briefly on March 31st. CS 756 1 (
   
• 
  des.pdf

  George Mason CS 756
  

  Discrete Event Simulation These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, s
   
• 
  web_servers.pdf

  George Mason CS 756
  

  Performance Modeling of Web Servers Sheila Srinivas April 28, 2004 CS 756 1 Web Server Requests arrive at listener process and are dispatched to one of a pool of server processes/threads. Request for HTML or image is retrieved and sent back. Reque
   
• 
  blue.pdf

  George Mason CS 756
  

  BLUE : Active Queue Management Sunitha Burri April 21, 2004. CS756 Congestion Control Earliest congestion control scheme is TCP congestion control - reduces transmission rates after detecting packet loss events - result in large number of packet d
   
• 
  ip-cong.pdf

  George Mason CS 756
  

  IP-Layer Congestion Control These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference,
   
• 
  tcp.pdf

  George Mason CS 756
  

  TCP Performance These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, so long as
   
• 
  spam.pdf

  George Mason CS 756
  

  Email Spam A Study of different Spam Handling Techniques & Technologies to Combat Spam Prashanth Srikanthan April 28, 2004 CS 756 CS 756 1 What is Spam? Best Description: Unsolicited Bulk E-Mail In human terms: bulk e-mail you didnt want, and did
   
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  random.pdf

  George Mason CS 756
  

  Generating Random Variables These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference,
   
• 
  intro.pdf

  George Mason CS 756
  

  Welcome to CS 756, Spring 2004 Instructor: Yih (Ian) Huang Office: ST II, Rm 443 E-mail: huangyih@cs.gmu.edu Office hours: Wednesday 1:00pm - 3:00pm Course home page: http:/www.cs.gmu.edu/~huangyih/756 We will use emails for communication; you must h
   
• 
  ring.pdf

  George Mason CS 756
  

  These slides are created by Stephane Wantou of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, so long as each slide con
   
• 
  tcp-cong.pdf

  George Mason CS 756
  

  TCP Congestion Control These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, so l
   
• 
  reading.pdf

  George Mason CS 756
  

  CS 756 Reading List (Spring 2004) General Readings [FlPa01] S. Floyd and V. Paxson, \"Difficulties in simulating the Internet,\" IEEE/ACM Transactions on Networking, vol. 9, pp. 392403, August 2001. [SRCl84] J. H. Saltzer, D. P. Reed, and D. D. Clark,
   
• 
  queueing2.pdf

  George Mason CS 756
  

  Advanced Queueing Theory These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide for their own reference, so
   
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  hw2.pdf

  George Mason CS 756
  

  Homework #2 (5pt) Problem 3.1 (10pt) Problem 3.5 (15pt total) Problem 3.8 5pt in 3.8(a) and 10pt in 3.8(b) Hint: 3.8(b) uses M/M/ queues, solved in 3.4.2. Hint: 3.8(b) will also use the following property: Let X1 and X2 be two exp variables wi
   
• 
  hw3.pdf

  George Mason CS 756
  

  Homework #3 L (10pt) Prove that i =1 ix i = x + ( Lx - L - 1) x L +1 (1 - x )2 (10pt) Find the E[X2] of the exponential distribution with parameter . (5pt) Using the result of the previous question to find the average queueing time W of a M/G/1 w
   
• 
  diffserv.pdf

  George Mason CS 756
  

  Providing Differentiated Services in the Internet These slides are created by Dr. Yih Huang of George Mason University. Students registered in Dr. Huang\'s courses at GMU can make a single machine-readable copy and print a single copy of each slide fo
   
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  DoS.pdf

  George Mason CS 756
  

  Denial-of-Service Attacks A survey of techniques and countermeasures. Ahmed Koshok, April 14, 2004. CS 756 CS 756 1 What is a DoS attack? An attack intended to impair or disrupt use of a service, resource, or utility. Y Look at utilities available