Embedded IP Raffi Krikorian.

Slides:



Advertisements
Similar presentations
Layer 1 of the TCP/IP protocol stack: Network Access Layer (NAL). Functions, performed on the layer. МАС address in Ethernet networks. Layer 1 of the TCP/IP.
Advertisements

BTT 101 / 2O1 Lesson 10 Dundas Valley Secondary Mr. Young.
Computer Networks An Overview. A Computer Network!
Internetworking Introduction How Networks Differ How Networks Can Be Connected Concatenated Virtual Circuits Connectionless Internetworking Tunneling Fragmentation.
1 Some TCP/IP Basics....NFSDNSTELNETSMTPFTP UDPTCP IP and ICMP Ethernet, serial line,..etc. Application Layer Transport Layer Network Layer Low-level &
Senior Design Project 2004/2005 Web Enabled Calling Number Delivery Daniel St. Clair Barron Shurn Professor Soules 10/28/2004.
Understanding Networks. Objectives Compare client and network operating systems Learn about local area network technologies, including Ethernet, Token.
Systems Architecture, Fourth Edition1 Internet and Distributed Application Services Chapter 13.
Internet Architecture Two computers, anywhere in the world, following certain hardware, software, protocol specifications, can communicate, reliably even.
The Future of the Internet Jennifer Rexford ’91 Computer Science Department Princeton University
Routing. A world without networks and routing  No connection between offices, people and applications  Worldwide chaos because of the lack of centralized.
Module 4 - Networking MIS5122: Enterprise Architecture for the IT Auditor.
WIDE -Widely Integrated Distributed Environment Internet Area, Transport Area, Operation & Management Area Director Jun Murai Present by Lee YoungSoo.
Semester 1 3 JEOPARDY CHAPTER 1 REVIEW Ryan McCaigue.
MIT Lincoln Laboratory VXFabric-1 Kontron 9/22/2011 VXFabric: PCI-Express Switch Fabric for HPEC Poster B.7, Technologies and Systems Robert Negre, Business.
ICOM 6115©Manuel Rodriguez-Martinez ICOM 6115 – Computer Networks and the WWW Manuel Rodriguez-Martinez, Ph.D. Lecture 3.
Internetworking – What is internetworking? Connect multiple networks of one or more organizations into a large, uniform communication system. The resulting.
Networking Components By: Timothy O’Grady. Ethernet Hub Ethernet hubs link PC’s and peripherals and allow them to communicate over networks. Data transferring.
Introduction1-1 Chapter 1 Computer Networks and the Internet Computer Networking: A Top Down Approach Featuring the Internet, 2 nd edition. Jim Kurose,
Networking Components
CS 447 Networks and Data Communication ARP (Address Resolution Protocol) for the Internet Department of Computer Science Southern Illinois University Edwardsville.
Network Computing Lab. ( 1 Network Programming: Syllabus Spring 2009, Prof. Kihyun Pyun.
Zero - G CONNECTING THE INTERNET OF THINGS. Introduction to Zero -G.
"Networking 101: Basics" Jim Gogan INLS184. Introduction - Why network? l Communicate with others close by l Communicate with others far away l Gain access.
Curt Priest CIST 1451 April 21, 2014 Enabling remote access and control from anywhere PIC18F97J60 Based Ethernet Controller.
© 2007 Cisco Systems, Inc. All rights reserved.Cisco Public 1 Version 4.0 Connecting to the Network Introduction to Networking Concepts.
Intro to Distributed Systems and Networks Hank Levy.
TCP/IP. The idea behind TCP/IP is exactly the same we explained about the OSI reference model: when transmitting data, programs talk to the Application.
Indian Institute of Technology Bombay 1 Abhay Karandikar Associate Professor Department of Electrical Engineering
Internet 0 Raffi Krikorian Center for Bits and Atoms.
15-1 Networking Computer network A collection of computing devices that are connected in various ways in order to communicate and share resources Usually,
Network Models. 2.1 what is the Protocol? A protocol defines the rules that both the sender and receiver and all intermediate devices need to follow,
THE DESIGN AND INNOVATION OF THE E.M.M by Antonio Chatzitheocharis.
Copyright 1999, S.D. Personick. All Rights Reserved. Telecommunications Networking II Lecture 37 Topics in 21st Century Networking: Cable Modems.
BUILDING AND IMPLEMENT A EMBEDDED WEB SERVER BASE ON TCP/IP STACK WITH A SoC PLATFORM Professor : CHI-JO WANG Name : Bui Quang Hoa (M982b211)
Instructor Materials Chapter 1: WAN Concepts
Networking Using the OSI Model.
NETWORK Unit 1 Module: 2 Objective: 7.
Connecting Network Components
Networking COMP
Lec 2: Protocols.
WINDITA K SKYPE ANALYSIS.
Created by- AMRITANSHU KUMAR
#01 Client/Server Computing
TRUST:Team for Research in Ubiquitous Secure Technologies
Lectures Computer networking تمرین 3 نمره. پژوهش عملیاتی 2 نمره.
Chapter 1: WAN Concepts Connecting Networks
Network Components.
Layer 1 of the TCP/IP protocol stack: Network Access Layer (NAL)
Protocols and the TCP/IP Suite
PPPoE Internet Point to Point Protocol over Ethernet
Example#1 Suppose you have a 25 magnetic tapes, each containing 40GB. Assuming that you have enough tape readers to keep any network busy. How long it.
Peer to Peer Information Retrieval
Telecommunications and Networking
Bits and Atoms Beliefs Digital Logic was a bad idea
Network Devices Hub Definition:
Network Hardware and Protocols
موضوع: تفكر مثبت استاد: جناب آقای مهندس عطار محقق: انيس مهديپور.
Chapter Goals Compare and contrast various technologies for home Internet connections Explain packet switching Describe the basic roles of various network.
Class 1: Design and Build a 32-bit Embedded Web Server
Class 2: Design and Build an 8-bit Embedded Web Server
Unit 11- Computer Networks
NETWORK Unit 1 Module: 2 Objective: 7.
NETWORK Unit 1 Module: 2 Objective: 7.
Network Models CCNA Instructor Training Course October 12-17, 2009
Building Embedded IP Raffi Krikorian Physics and Media.
Protocols and the TCP/IP Suite
Data-Link Layer The Internet is a combination of networks glued together by connecting devices (routers or switches) If a packet is to travel from a host.
#01 Client/Server Computing
Layering and the TCP/IP protocol Suite
Presentation transcript:

Embedded IP Raffi Krikorian

Building Internet0 Traditional networking hardware research focuses on bigger and faster pipes (Internet2) We focus on bit-dribbling hardware

Bridging the bandwidth divide Bringing IP to the leaf node Revisiting hardware transports and redesigning logical transports Cheap, low bandwidth IP (a level below Ethernet)

Going really small Distributed scalable system -- no central points of control Self organizing Growing

Building the small things PIC microcontrollers Delayered TCP/IP stack and HTTPd (3K code) RS-485 communication

What to do with all of this? Embedded IP allows us to build/learn/play with distributed systems First test installation was in Barcelona, moving towards second CBA’s new home is first permanent testbed