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Version 12 (modified by seskar, 10 years ago) ( diff )

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GENI Cognitive Radio Kit (CRKIT)

Table of Contents

  1. GENI Cognitive Radio Kit (CRKIT)
    1. Applications
  2. RF Modules
  3. ISM RF Module (SDR)
  4. SDR with Frequency Extension Board (eSDR)
  5. Wide-tuning RF Module (WDR)
    1. Connector and SPI section
    1. A/D and D/A
  8. Ultra-wide baseband RF Module (XDR)
    1. R1
    1. Firmware Description
    1. CRKit Framework
    1. R1 Architecture
    1. R2 Architecture
    1. R3 Architecture
    1. Ethernet Frame
    1. Data Packet
    1. Ethernet
    1. IPv4
    1. Checksum Calculation (source : wikipedia)
    1. R3 Architecture
    1. CRKit HW Boot
    1. Control Flow
    1. RMAP Packet
    1. Status Packet
    1. Transmission Control Protocol
    1. User Data Protocol
    1. CRKit Overview
    1. CRKit Release
    1. CRKit Tutorials
    1. Framework Build
    1. Build Simulink App
    1. How to setup Build environment
    1. How to setup Xilinx EDK libraries for simulation
    1. How to setup Xilinx ISE libraries for simulation
    1. How to setup Modelsim work folder
    1. How to setup CRKit svn folder
    1. Build Framework
    1. Build Software
    1. Prepare Xilinx ISE CRKit project
    1. Prepare MATLAB/Simulink
    1. How to run a simulation
    1. Build R1 Simulation Environment
    1. Build R3 Simulation Environment
    1. Environment Setup
    1. How to compile Xilinx libraries for Modelsim simulation
    1. How to setup Modelsim work folder
    1. How to synchronize with CRKit svn folder
    1. How to compile Xilinx libraries for Modelsim simulations
    1. CR Kit Firmware Release Plans
    1. Future Requests
    1. R1
    1. R2
    1. R3
    1. R2 -> R3 updates
  55. DAC Interface

The scope of this project is to develop a set of ruggedized, expandable and configurable multiradio cognitive radio systems that is part of the ​GENI COGRADIO project. The platform will facilitate experimentation by GENI researchers who have only limited experience with hardware development tools so that new algorithms can be tested and validated on a real hardware platform, with no or little hardware development skills.

CR Kit Block Diagram

These systems are based on two platform designs that span the full range of requirements for cognitive radio systems:

  • a stand-alone cognitive radio system
  • a full scale, infrastructure class cognitive radio system.

The platforms consist of:

Applications

Following is a list of applications developed/being developed using the OCRP kit

Attachments (1)

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