1 / 12

Distributed Information System 2010 SUMMARY

Distributed Information System 2010 SUMMARY. Edith Ngai Uppsala University. Chapter 1: Introduction. Internet overview what’s a protocol? network edge, core, access network packet-switching versus circuit-switching Internet/ISP structure Internet protocol stack.

kay
Download Presentation

Distributed Information System 2010 SUMMARY

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Distributed Information System 2010SUMMARY Edith Ngai Uppsala University

  2. Chapter 1: Introduction • Internet overview • what’s a protocol? • network edge, core, access network • packet-switching versus circuit-switching • Internet/ISP structure • Internet protocol stack You have a “big picture”: • context, overview, “feel” of networking Introduction

  3. Chapter 2: Application Layer • specific protocols: • HTTP • FTP • SMTP, POP, IMAP • DNS • P2P: BitTorrent, Skype • application architectures • client-server • P2P • hybrid • application service requirements: • reliability, bandwidth, delay • Internet transport service model • connection-oriented, reliable: TCP • unreliable, datagrams: UDP 2: Application Layer

  4. Chapter 3: Transport Layer • principles behind transport layer services: • multiplexing, demultiplexing • reliable data transfer • flow control • congestion control • instantiation and implementation in the Internet • UDP • TCP Next: • leaving the network “edge” (application, transport layers) • into the network “core” Transport Layer

  5. Chapter 4: Network Layer • 4. 1 Introduction • 4.2 Virtual circuit and datagram networks • 4.3 What’s inside a router • 4.4 IP: Internet Protocol • Datagram format • IPv4 addressing • IPv6 • 4.5 Routing algorithms • Link state • Distance Vector • Hierarchical routing • 4.6 Routing in the Internet • RIP • OSPF • BGP • 4.7 Broadcast and multicast routing Network Layer

  6. Chapter 8: Network Security Basic techniques…... • cryptography (symmetric and public) • message integrity • digital signature …. used in many different security scenarios • secure email Operational Security: firewalls and IDS 8: Network Security

  7. DS: Distributed Systems • Definitions of distributed systems and comparisons to centralized systems. • The characteristics of distributed systems. • The basic design issues. • Read Chapter 1 and Chapter 2 of the DS textbook. [Coulouris et al.]

  8. Middlewares • The basic conceptual framework for remote object invocation in distributed systems. • Definition of RPC and how it works. • CORBA object model and IDL. • CORBA remote procedure definition and remote object invocation. • Read DS Textbook Chapters 5 and 20.

  9. Operating System • Brief introduction to operation system • Major operating systems components • Basic computer system organization • Computer and network architecture • Read Chapter 6 in the DS textbook to understand OS and how middleware is supported by the OS at the nodes of a distributed system

  10. Distributed File System • Introduction to file system • Characteristics of distributed file system • Case study: Sun Network File System • Case study: The Andrew File system • Read DS textbook chapter 8 after the lecture…

  11. Questions?

  12. Lycka Till!

More Related