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CS520_ann120704
Course: CS 520, Fall 2009School: UMKC
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Network Architecture I CS 520/ECE 590NA Fall 2004 Announcements December 7, 2004 1. Exam 2 scores, Working Group report scores, and guaranteed grade sheets are being distributed. 2. The optional final exam will take place on Tuesday, December 14. Starting time: 5:30 p.m. The exam will be 100 points. You will have two hours. The exam is comprehensive. The review sheets for Exams 1 and 2 should be used for the...
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Network Architecture I CS 520/ECE 590NA Fall 2004 Announcements December 7, 2004 1. Exam 2 scores, Working Group report scores, and guaranteed grade sheets are being distributed. 2. The optional final exam will take place on Tuesday, December 14. Starting time: 5:30 p.m. The exam will be 100 points. You will have two hours. The exam is comprehensive. The review sheets for Exams 1 and 2 should be used for the final. Plus, material from the MPLS lecture and the DNS/IPsec lecture will be included. 3. Today s agenda: Return exams and distributed committed grades. Discuss exam solutions. Fill out course evaluations. Finish DNS/IPsec lecture. Complete as much as possible of Data Rates and <a href="/keyword/virtual-private-networks/" ><a href="/keyword/virtual-private-network/" >virtual private network</a> s</a> lectures.
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UMKC - CS - 520
The University of Missouri-Kansas City School of Computing and Engineering CS 520/ECE 590NA Network Architecture I Fall Semester 2004General InformationLocation and Time: Credits: Texts: Tuesdays, 5:30-8:15, Royall Hall 104 3 Credit Hours Douglas
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 1: Introduction This lecture provides an overview of the Internet, a summary of the material to be covered in the course, and an overview of underlying network technologies upon which TCP/IP is expecte
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 2: Switching and Queueing This lecture provides a simplified overview of how routers store and forward packets. It gives particular attention to the concept of queueing. The lecture also discusses the
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 3: Internetworking Architecture and Addressing This lecture provides an overview of the internetworking concept (Chapter 3), then looks at Internet addressing (Chapter 4). Chapter 3 - Internetworking C
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 4: Address Resolution This lecture provides a discussion of an important aspect of internetworking how to correlate the physical address used within a specific network to the global address used for i
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 5: The Internet Protocol This lecture provides detailed discussion of the foundation of the Internet, the Internet protocol. Chapter 7 - Internet Protocol: Connectionless Datagram Delivery Chapters 7-9
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 6: QoS I This lecture provides discussion on mechanisms and research related to providing acceptable quality of service levels to IP datagrams. I. The Need for QoS Traffic Requirements As the Interne
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 7: QoS II The previous lecture introduced Quality of Service issues related to the requirements of different types of traffic and the nature of congestion in todays networks. This lecture discusses the
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 8: QoS III Differentiated Services The previous lecture defined QoS control and capabilities from a connection orientation. Flows were accepted or blocked from gaining network access. The Intserv arch
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 9: QoS IV Scheduling and AQM Mechanisms The previous lectures provided discussions of QoS requirements, problems, and the two proposed solutions for the Internet, Intserv and Diffserv. This lecture co
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 10: IP Routing and Addressing Extensions This lecture provides discussion of the mechanisms used to route IP datagrams (Chapter 8). It also discusses methods that are being used to conserve IP addresse
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 11: NAT and IPv6 The previous lecture discussed how subnetting and supernetting (CIDR) can be used to make better use of global IP addresses. This lecture provides discussion of a stopgap approach that
UMKC - CS - 520
CS 520: Network Architecture I Fall 2004 Lecture 12: The Internet Control Message Protocol and Layering. Last lecture completed a discussion of the IP address space and the latest attempts to solve the addressing problem (CIDR, NATs, IPv6). This lect
UMKC - CS - 520
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UMKC - CS - 520
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UMKC - CS - 520
Network Architecture I CS 520 Fall 2004 Homework #3 Due September 21, 2004Read pages 89-114 in the textbook. 1. An IPv4 datagram arrives to its end destination in a fragmented state. Given the following information from the IP header in one of the r
UMKC - CS - 520
Network Architecture I CS 520/ECE 590NA Fall 2004 Homework #4 Due October 5, 20041. Show the state space for a multi-class Erlang B loss system with the following parameters.e b1 = 64 kbpse b2 = 192 kbps Link capacity = 448 kbps e 2. (40 points)
UMKC - CS - 520
Network Architecture I CS 520/ECE 590NA Fall 2004 Homework #5 Due October 26, 2004For the first three problems, packets arrive from two classes of traffic at the following times. For Class 1: Packet #1-1 Packet #1-2 Packet #1-3 For Class 2: Packet #
UMKC - CS - 520
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UMKC - CS - 520
Network Architecture I CS 520/ECE 590NA, Fall 2004Project 2Due November 16, 2004For this project, the FIFO simulation model developed for Project 1 will be extended to support the Weighted Round Robin scheduling scheme. Then the FIFO and WRR simu
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