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Performance Evaluation of 802.11ah Network with Multi-floor Indoor Propagation Models

Performance Evaluation of 802.11ah Network with Multi-floor Indoor Propagation Models. Authors:. Date: 2011-09-22. Abstract. Study the Performance of IEEE 802.11ah Network due to Floor Attenuation in Indoor Scenarios. Simulation Scenario. 4 floors with corresponding FAFs

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Performance Evaluation of 802.11ah Network with Multi-floor Indoor Propagation Models

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  1. Performance Evaluation of 802.11ah Network with Multi-floor Indoor Propagation Models Authors: • Date:2011-09-22 Chittabrata Ghosh, Nokia

  2. Abstract • Study the Performance of IEEE 802.11ah Network due to Floor Attenuation in Indoor Scenarios Chittabrata Ghosh, Nokia

  3. Simulation Scenario • 4 floors with corresponding FAFs • 1 AP and 1 connected STA per room • Compare cumulative uplink throughput when APs and STAs are on same floor and on different floors 5mm 5mm 10m 10m Chittabrata Ghosh, Nokia

  4. Simulation Parameters Chittabrata Ghosh, Nokia

  5. Preliminary Results for Uplink Data Transmissions Break point distance = 5 m Aggregate Throughput Ratio 3 Floors 1 Floor Chittabrata Ghosh, Nokia

  6. Conclusion • Floor attenuation has a significant impact on aggregate throughput of 802.11ah network • Multi-floor attenuation must be considered for indoor 802.11ah networks Chittabrata Ghosh, Nokia

  7. Reference [1] Ron Porat et. al., “TGah channel model – proposed text,” 11-11/0968r1. Chittabrata Ghosh, Nokia

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