Changes between Version 9 and Version 10 of GENIWiMaxTridentcomTutorial
- Timestamp:
- 06/11/12 03:27:02 (12 years ago)
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GENIWiMaxTridentcomTutorial
v9 v10 1 [[PageOutline]] 2 1 3 '''Experimentation in a Multi-site GENI WiMAX Network using Orbit Management Framework''' [[br]] 2 Presenters: Ivan Seskar (Rutgers WINLAB, North Brunswick, NJ, USA), Fraida Fund (Polytechnic Institute of New York University, New York, USA), Abhimanyu Gosain (GENI Project Office, Cambridge, USA), Harry Mussman (GENI Project Office, Cambridge, USA) [[br]][[br]] 4 Presenters: [[BR]] 5 Ivan Seskar (Rutgers WINLAB, North Brunswick, NJ, USA) [[BR]] 6 Fraida Fund (Polytechnic Institute of New York University, New York, USA) [[BR]] 7 Abhimanyu Gosain (GENI Project Office, Cambridge, USA) [[BR]] 8 Harry Mussman (GENI Project Office, Cambridge, USA) [[br]] 3 9 4 The tutorial provides attendees a hands-on experience using Orbit Management Framework (OMF) to define IP and Non-IP experiments across a multi-site GENI WiMAX deployment. The tutorial focuses on using OMF, a resource management, experiment control, and measurement framework to define and conduct experiments on a multi-site WiMAX deployment. This tutorial demonstrates the use of OMF experimenter tools to control and tune parameters of a complex WiMAX Base station to carefully collect and analyze test results in a repeatable manner. We will focus on the OMF interface for WiMAX and demonstrate the communication between WiMAX clients over the GENI layer two network. [[br]][[br]] 10 Abstract: [[BR]] 11 The tutorial provides attendees a hands-on experience using Orbit Management Framework (OMF) to define IP and Non-IP experiments across a multi-site GENI WiMAX deployment. The tutorial focuses on using OMF, a resource management, experiment control, and measurement framework to define and conduct experiments on a multi-site WiMAX deployment. This tutorial demonstrates the use of OMF experimenter tools to control and tune parameters of a complex WiMAX Base station to carefully collect and analyze test results in a repeatable manner. We will focus on the OMF interface for WiMAX and demonstrate the communication between WiMAX clients over the GENI layer two network. [[br]] 5 12 13 Requirements: [[BR]] 6 14 Active participants will need a laptop equipped with an SSH client (such as [http://www.chiark.greenend.org.uk/~sgtatham/putty/ Putty] for Windows) and a web browser. [[br]] 7 15 8 [http://groups.geni.net/geni/wiki/GEC13Agenda/WiMAXTutorial GEC13 Tutorial]9 16 10 == Brief introduction to GENI WiMAX == 17 18 == 1. Introduction to GENI WiMAX == 11 19 12 20 '''Aim:''' Introduction to GENI WiMAX. … … 22 30 * Remember to enable tutorial accounts before the tutorial begins. 23 31 24 == Starting an experiment ==32 == 2. Starting an experiment == 25 33 26 34 '''Aim:''' Learn how to reset a GENI WiMAX testbed to a usable state before starting an experiment. … … 38 46 * For the sake of consistency, we will use a common image name for every testbed - '''wmx-tutorial.ndz'''. Make sure this image is installed in the appropriate location 39 47 40 == Basic WiMAX RSSI Experiment ==48 == 3. Basic WiMAX RSSI Experiment == 41 49 42 50 '''Aim:''' Learn how to run a simple OMF experiment, connect to GENI WiMAX using OMF, and view captured data during and after the experiment. … … 56 64 * The result service should be accessible from the public Internet. If the address of the result service is different from the address that participants SSH into, note this address together with the credentials. 57 65 58 == Iperf UDP Broadcast Receiver ==66 == 4. Iperf UDP Broadcast Receiver == 59 67 60 68 '''Aim:''' Learn how to send/receive traffic over the WiMAX link. … … 74 82 75 83 76 == Saving BS Config to OML ==84 == 5. Saving BS Config to OML == 77 85 78 86 '''Aim:''' Learn how to retrieve and examine WiMAX BS configuration. … … 88 96 89 97 90 == Varying Modulation and Coding ==98 == 6. Varying Modulation and Coding == 91 99 92 100 '''Aim:''' Learn how to change the configuration on a GENI WiMAX BS. … … 103 111 104 112 105 == Multisite Demo ==113 == 7. Multisite Demo == 106 114 107 115 TBD