'Fiber distributed data interface' presentation slideshows

Optical Networking. Naser Tarhuni S-72.3320 Advanced Digital Communication February 24, 2006. Outline. Introduction First Generation Optical Networks Fiber Distributed Data Interface ( FDDI ) Synchronous Optical Network/Synchronous Digital Hierarchy ( SONET /SDH)

Sponsored by IEEE Singapore SMC, R&A, and Control Chapters. Organized and invited by Professor Sam Ge, NUS . Wireless Sensor Networks for Monitoring Machinery, Human Biofunctions, and BCW Agents. F.L. Lewis, Assoc. Director for Research Moncrief-O’Donnell Endowed Chair

WAN Technologies. Dial-up modem connections Cheap Slow A phone line, a modem at each end. WAN Technologies. Integrated Services Digital network (ISDN) Higher cost Faster A special phone line Interface standards Basic Rate Interface (BRI) Uses three separate channels

Chapter 7: Telecommunications and Networking Security (Part B). LAN Networking Routing Networking Devices. LAN Networking (1) . The brief history of networking Network topology What is topology? Physical topology vs. logic topology Features of each topology Summary on P446.

Configuring InterVlan Routing. Presented By Brian, Kevin, and John. Understanding How InterVLAN Routing Works.

Telecommunications and Network Security. CISSP Guide to Security Essentials Chapter 10. Objectives. Wireline and wireless telecommunication technologies Wired and wireless network technologies Network topologies and cabling The OSI and TCP/IP network models. Objectives (cont.).

Chapter 2: Network Design Essentials. Learning Objectives. Design a network layout Understand the various networking topologies Integrate the use of hubs into your networks Integrate the use of switches into your network Explore the variations of the standard networking topologies

Introduction to Networking. V.T. Raja, PhD James R. Coakley, PhD. BA 572 – Advanced Information Systems. Outline. 5-layer Network Model A theoretical framework for our day-to-day interactions on the Internet Protocol stack Network Design and Topology.

TCP/IP Protocols. TCP/IP and the Internet. In 1969 ARPA funded and created the “ ARPA net ” network Robust, reliable, vendor-independent data communications In 1975 Convert from experimental to operational network TCP/IP begun to be developed In 1983

Chapter Twenty-Five: Optical Communication Systems. Introduction. Fiber-optic systems are becoming very important in communication systems Applications for fiber-optics include: Cable television Data networks Telephone systems Hybrid systems. Basic Fiber-Optic Systems.

Guide to Networking Essentials Fifth Edition . Chapter 7 Network Architectures. Objectives. Compare and contrast media access methods used in network architectures Describe the operation of Ethernet Differentiate between Ethernet standards and speeds

Network Topologies. Objectives. Describe the basic and hybrid LAN physical topologies, their uses, advantages, and disadvantages Describe a variety of enterprise-wide and WAN physical topologies, their uses, advantages, and disadvantages

LAN Topologies, Access methods. (Week 1, Wednesday 1/10/2007). © Abdou Illia, Spring 2007. Learning Objectives. Describe LAN topologies Describe major LAN access methods (Ethernet, Token ring, and FDDI). Network Topologies. Physical topology is different than Logical topology

WAN Technologies. Dial-up modem connections Cheap Slow A phone line, a modem at each end Integrated Services Digital network (ISDN) Higher cost Faster A special phone line . WAN Technologies. Interface standards Basic Rate Interface (BRI) Uses three separate channels

Network+ Guide to Networks, Fourth Edition. Chapter 6 Topologies and Access Methods. Objectives. Describe the basic and hybrid LAN physical topologies, and their uses, advantages and disadvantages Describe the backbone structures that form the foundation for most LANs

by Dr. Faruk Hadziomerovic Textbook: Andrew Tanenbaum: Computer Networks 4-th Ed. Complementary: Peterson, Davie: Computer networks, 3-rd Ed. EETS 7304 Internet Protocols. Syllabus.

SIMS-201. Computer Networks. Overview. Introduction to Computer Networks Chapter 19 The Local Area Network. Computer Networks.

Optical communications & networking - an Overview . 8/31/11. Communication Systems. Basic Blocks. Coverage and Topology. Coverage (public network) LAN MAN WAN Topology Bus Ring Mesh Star . Three basic components Source and Transmitter Destinations and Receiver

SIMS-201. Computer Networks. Overview. Introduction to Computer Networks Chapter 19 The Local Area Network. Computer Networks.

Network Designs and Cabling. Organizational Communications and Technologies Prithvi N. Rao H. John Heinz III School of Public Policy and Management Carnegie Mellon University. Readings. Traditional Wide Area Networks(Stallings and van Slyke) Chapter 7