1 / 11

USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT

USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT. MILITARY UNIVERSITY OF TECHNOLOGY FACULTY OF ELECTRONICS TELECOMMUNICATION INSTITUTE WARSAW, POLAND. Author: Gerard Mycek Supervisor: Jarosław Krygier , Ph.D. Contents. Problem definition Cross-Layer engineering model

rafer
Download Presentation

USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript


  1. USINGCROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTINGSUPPORT MILITARY UNIVERSITY OF TECHNOLOGY FACULTY OF ELECTRONICS TELECOMMUNICATION INSTITUTE WARSAW, POLAND Author: Gerard Mycek Supervisor: Jarosław Krygier, Ph.D.

  2. Contents Problem definition Cross-Layer engineering model Exsisting solutions Analisys of the simulation results and proposed mechanism comparison Conclusions and future work 2/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  3. Routingin MANET Network loss ratio high throughput lowdelay 3/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  4. Cross-Layer Model 4/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  5. CLAE Routing Protocol Possible extensions: bandwidth, PLR, signal strength 5/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  6. EETD Metric in DSDV Protocol • Using: • SNR • Packet Loss Ratio • Supported Rates 6/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  7. CLAODV Routing Protocol 7/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  8. PFFMAC Protocol Standard DCF ImprovedDCF 8/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  9. SimulationResults 9/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  10. Conclusions and Observations Cross-layer engineering improves QoS Solution synthesis for complex QoS guarantee Compromise between network improvement and complicity Lack of real testbeds (hardware and software limitation) Future plan – cross-layer engineering for management and broadcast traffic minimalization 10/11 USING CROSS-LAYER ENGINEERING TO AD-HOC NETWORK ROUTING SUPPORT – Gerard Mycek

  11. Thank You for Your Attention Gerard Mycek

More Related