wiki:Internal

Version 118 (modified by msherman, 8 years ago) ( diff )

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ORBIT Developers Internal Pages

Orbit News

Table of Contents

  1. ORBIT Developers Internal Pages
  2. Wiring
  3. Lighter side
  4. Antenna Controller
  5. Attenuator API
  6. Avocent PDU
  7. Setup for basestation controls in outdoor shelf.
  8. Building an ORBIT sandbox setup
  9. Installation Common to both machines
  10. Summary Info on Current Status for 802.11 Devicescape Stack
  11. Summary Info on Current Status for 802.11 softmac Stack
  12. Options (as of 9/2006)
  13. Justification
  14. Potential Problems
  15. Questions
  16. Experiment description
  17. Design Notes for nodehandler
  18. Factory resetting switches
  19. FCI Antenna
  20. A list of blade server solutions for ITX boards
  21. Manual image installation
  22. Step 1
  23. Step 2
  24. Step 3
  25. Step 4
  26. Step 5
  27. Step 6
  28. ORBIT Infrastructure
  29. Setup an ORBIT-like testbed
  30. CMC Grid Service
  31. Grid Services
  32. Images
  33. Orbit Management Framework
  34. Inventory Grid Service
  35. Gird Services API
  36. Node Handler
  37. save Command
  38. Setup an ORBIT-like testbed
  39. Build your own frisbee image
  40. Building our own Testbed
  41. The Configuration of Nodeagent4
  42. Some miscellaneous configuration
  43. The boot up sequence of testbed
  44. How to replace CMC with dummy CMC2
  45. How to reset gridservices and gridservices2
  46. Standard Infrastructure Services
  47. DHCP Service
  48. Infrastructure Image
  49. User Interface (UI) specification for the Interference Subsystem
  50. Inventory - Alternative schema
  51. Notes on Building the Inventory Image
  52. NOTES
  53. "iwpriv" command line interface to driver parameters
  54. Notes for making lte tutorials
  55. LTS ORBIT Setup
  56. OMF Login Aggregate Manager
  57. Configurations of Service Machines
  58. DHCP2
  59. Connectivity matrix with fixed attenuators
  60. WiFi Card Calibration
  61. Design Spec
  62. Monitor program used in card calibration process
  63. Topology Creation On the ORBIT Testbed
  64. Topology1: Simple Point to point link with configurable PER
  65. Topology 2: Simple Hotspot AP scenario with a distribution of clients …
  66. Topology 3: Near-far communication pairs (Capture effect)
  67. Topology 4: Concurrent Traffic Sessions (MAC Fairness)
  68. Miscellaneous Notes
  69. National Instruments Chassis and Vector Signal Transceivers
  70. ORBIT Network
  71. Sanbox/Outdoor Switch
  72. Changes in nodehandler to address message losses and other issues
  73. Nodes with NEWer power supplies
  74. A brief Guide to Node Testing
  75. Orbit Noise Generator Wireless Board (WiBo)
  76. Software Notes
  77. Steps for setting up OAI EPC on orbit
  78. OpenFlow Documentation
  79. Configuring the switch through command line interface (CLI)
  80. The Big Switch Controller
  81. The FloodLight Controller.
  82. The Floodlight VM
  83. FlowVisor
  84. Multiple Controllers (And making them cooperate).
  85. Floodlight Controller Internals
  86. A list of distributed control planes.
  87. NOX - Network OS
  88. 1.1 Installation, new version
  89. 2. using NOX
  90. 3. Customizing your component
  91. GEC 9 Demo AP / Client Node Image
  92. Flashing NEC Switches
  93. An attempt at Floodlight Development.
  94. Enabling FlowVisor-like Slicing in Floodlight
  95. Architecture
  96. Installation and Usage
  97. NetFPGA Host Setup
  98. Setting up NetFPGA hosts: Ubuntu 10.04
  99. The Quanta LB9 XORPlus install Guide
  100. Installing ONL
  101. Mininet - Setup and usage
  102. Notes
  103. *Draft* An Intro to OpenFlow@ORBIT
  104. I. A simple OpenFlow Network
  105. II More complex examples
  106. III Installation
  107. sw-cs
  108. Miscellaneous scripts.
  109. Config of sw-da-top
  110. sw-dmz
  111. sw-out-top
  112. sw-outdoor-top
  113. sw-outside
  114. sw-sb-01 (Aggregate SandBox Switch 1)
  115. sw-sb-02 (aggregate sandbox switch 2)
  116. sw-top
  117. name-of-switch
  118. OpenFlow on the LB9A
  119. The Quanta LB9A/u-boot primer
  120. The IP8800 Packet Switch
  121. I Introduction
  122. II Basic Configuration Tasks
  123. III Miscellaneous Configuration Tasks
  124. IV OpenFlow Switching
  125. Building Sandbox 9
  126. Preliminary setup based on ORBIT Network Infrastructure
  127. Making the controller from the OpenFlow Reference System Code. (7/14, …
  128. NOX (8/6)
  129. SNMP (8/13)
  130. Setting up the host for the NetFPGA
  131. Setting up the NetFPGA host
  132. Installing Ubuntu, take 3 take 4
  133. Ubuntu 10.04
  134. Miscellaneous Configurations
  135. SB9 Pronto 3240 Examples
  136. Glossary
  137. VLAN stitching on the (Tunneling) NetFPGA OpenFlow Switch
  138. How-To: Extending OpenFlow with Vendor messages
  139. The virtual switch
  140. Installing Open V switch on cons-wm-01
  141. XorPlus Configs for the Quanta
  142. Getting Frisbee traffic over OpenFlow Enabled Switches
  143. OpenFlow Miscellany
  144. *Nix related tidbits.
  145. Shell-based tools and techniques
  146. Development-related
  147. Networking-related odds and ends
  148. A Bash parser for Maven project layout.
  149. Building Network Topologies
  150. I. Simulating point-to-point Links
  151. A Network Topology Mapper
  152. Operations
  153. ORBIT Services
  154. Packet server
  155. Planetlab-ORBIT integrated demo
  156. Details of how to program a node-id box
  157. RF Switch
  158. Role-Based Access Control
  159. ORBIT Reliability 2/2007
  160. How To for ORBIT Demos
  161. SandBox 4
  162. Installation procedure for UHD 003.005.002 and GNU Radio v3.6.4.1 on …
  163. Current Demo Setup for SES and MF
  164. Desired Final Configuration
  165. SVN Tagging
  166. How to build a SandBox console
  167. Table of Power, Serial And Network Cables
  168. Testing the fcast application that uses ALC reliable multicast
  169. Sample Wimax experiments
  170. Hiring
  171. Offices
  172. Potential Projects
  173. How to Unbrick a USRP
  174. ORBIT-Planetlab and virtualization project
  175. NSF DEMO 1 DESCRIPTION
  176. Plan for the NSF Demo
  177. Motivation
  178. Plan
  179. Status
  180. Problems
  181. Motivation
  182. Plan
  183. Status
  184. Problems
  185. Motivation
  186. Plan
  187. Status
  188. Motivation
  189. Plan
  190. Status
  191. Problems
  192. Motivation
  193. Plan
  194. Status
  195. Problems
  196. Motivation
  197. Plan
  198. Status
  199. Problems
  200. Orbit-Planet Lab Integration demo:
  201. VLC commands
  202. To configure the wireless interface of a orbit node manually
  203. PSSH and GEXEC
  204. OpenVZ For Frequency Based ORBIT Virtualization
  205. Investigating parallel imaging using gexec
  206. Using GEXEC as a mean to communicate with nodes from Console
  207. Using UML for ORBIT Node virtualization
  208. WiMAX
  209. WiMAX Virtual Machine Grid Service
  210. Licensed WiMAX Deployments
  211. NEC Basestation Controller
  212. API Classification and Usage
  213. Accessing the WiMAX Base Station
  214. Slice Manager API Specification (User Exposed)
  215. Radio Management API (User Exposed)
  216. System Administrator API Specification (Internal)
  217. SM – Datapath API (Internal)
  218. RM – Datapath API (Internal)
  219. BSFB – Datapath API (Internal)
  220. A guide to wimax measurement application: wimax_gps_oml2
  221. WINLAB IPW2200
  222. WINLAB MadWifi
  223. OpenHAL
  224. MAC experiments envisioned
  225. Desired Features
  226. MultiMAC - An Adaptive MAC Framework for Dynamic Radio Networking
  227. Cooperative Scheduling Via Pipelining in 802.11 Wireless Networks
  228. Rate Control
  229. What is Xen?
  230. Xen Hardware Support
  231. Potential Uses in Scheduling ORBIT
  232. Potential Problems
  233. bscontrol aggregate manager
  234. dpcontrol aggregate manager
  235. Generating Usage Reports
  236. CM ↔ CMC Communication
  237. Igolgi server and switch configuration
  238. Netfilter/iptables for ORBIT
  239. FAQ
  240. New Tutorials
  241. Tutorial 0-0: What is a testbed?
  242. Tutorial 0-1: Reservations
  243. Tutorial 0-2: Using a testbed
  244. Getting Started with ORBIT
  245. Node Problems Log
  246. Orbit-PXE
  247. Procedures to Recover from Power Failure

Orbit Virtualization

Orbit Real Time Graphical Measurement Tool

Hardware

Node hardware

Disks

RF Interference Injection / Calibration

Noise Generator

Digital Attenuator Box

Open Cognitive Radio Platform

Services and Support Software

Drivers

ORBIT Maintenance + Management

Radio Mapping: Initial experiments

Running demos

Role-Based Access Control

Presentation and Demos

Notes

Wiring

Lighter side

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