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MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Extending INET Framework for Directional and Asymmetrical Wireless Communications Paula Uribe 2 Juan-Carlos Maureira 1 Olivier Dalle 1 1

  1. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Extending INET Framework for Directional and Asymmetrical Wireless Communications Paula Uribe 2 Juan-Carlos Maureira 1 Olivier Dalle 1 1 INRIA Sophia Antipolis - Méditerranée 2 Center for Mathematical Modeling - Universidad de Chile March, 19th 2010 - OMNeT++ WS/SIMUTools 1/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  2. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Outline Introduction Modelling Directional Antennas Status of the INET/INETMANET Model Proposed Radio Model Model Implementation Model Evaluation Conclusions 2/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  3. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Motivation Main Motivation To Extend the OMNeT++ INET/INETMANET Framework with a directional radio model. 3/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  4. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Motivation Main Motivation To Extend the OMNeT++ INET/INETMANET Framework with a directional radio model. Secondary Motivation To Support asymmetrical wireless communications within the OMNeT++ INET/INETMANET Framework Radio Model. 3/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  5. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  6. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  7. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  8. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  9. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. Directional Antennas increase the radio link range using the same transmission power and reduce the interference effects on neighbor devices. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  10. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. Directional Antennas increase the radio link range using the same transmission power and reduce the interference effects on neighbor devices. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  11. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. Directional Antennas increase the radio link range using the same transmission power and reduce the interference effects on neighbor devices. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  12. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. Directional Antennas increase the radio link range using the same transmission power and reduce the interference effects on neighbor devices. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  13. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. Directional Antennas increase the radio link range using the same transmission power and reduce the interference effects on neighbor devices. Simulation assisted design of new MANET/MESH protocols/algorithms. 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  14. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Introduction Why is Important a Directional Radio Model Emerging Multi-Radio MESH Nodes equipped with Directional Antennas. Directional Antennas increase the radio link range using the same transmission power and reduce the interference effects on neighbor devices. Simulation assisted design of new MANET/MESH protocols/algorithms. The absence of a directional radio model in the INET/INETMANET Framework . 4/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  15. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Antenna Patterns (a) Omni-Directional (b) Directional-Grid Antenna (c) Directional-Sector Panel Antenna (d) Directional-Panel Antenna 5/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  16. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Antenna Patterns (a) Omni-Directional (b) Directional-Grid Antenna (c) Directional-Sector Panel Antenna (d) Directional-Panel Antenna 5/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  17. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Antenna Patterns (a) Omni-Directional (b) Directional-Grid Antenna (c) Directional-Sector Panel Antenna (d) Directional-Panel Antenna 5/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  18. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Antenna Patterns (a) Omni-Directional (b) Directional-Grid Antenna (c) Directional-Sector Panel Antenna (d) Directional-Panel Antenna 5/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  19. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Theoretical Model Consists of: Main Lobe. Side Lobes. Back Lobes. Typical parameters are: Maximum Gain (Tx and Rx). Beamwidth: Measure of the main lobe width. dB threshold: Defines the main lobe area. 6/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  20. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Theoretical Model Consists of: Main Lobe. Side Lobes. Back Lobes. Typical parameters are: Maximum Gain (Tx and Rx). Beamwidth: Measure of the main lobe width. dB threshold: Defines the main lobe area. 6/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  21. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Theoretical Model Consists of: Main Lobe. Side Lobes. Back Lobes. Typical parameters are: Maximum Gain (Tx and Rx). Beamwidth: Measure of the main lobe width. dB threshold: Defines the main lobe area. 6/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

  22. MASCOTTE Join Project Team INRIA-CNRS-UNSA. Sophia Antipolis. France c e n t r e d e r e c h e r c h e Modelling Directional Antennas Theoretical Model Consists of: Main Lobe. Side Lobes. Back Lobes. Typical parameters are: Maximum Gain (Tx and Rx). Beamwidth: Measure of the main lobe width. dB threshold: Defines the main lobe area. 6/33 Paula Uribe, Juan-Carlos Maureira, Olivier Dalle March, 19th 2010 - OMNeT++ WS/SIMUTools

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