exploring_lora
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| exploring_lora [2019/10/06 13:03] – [5. Coverage Challenge] samer | exploring_lora [2019/10/06 13:04] – [4.2. Coverage] samer | ||
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| * Analyze the obtained results and compare with the theoretical computations. You can superpose the theoretical results and the experimental ones on the same graph. | * Analyze the obtained results and compare with the theoretical computations. You can superpose the theoretical results and the experimental ones on the same graph. | ||
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| - | ==== -. Coverage ==== | ||
| - | In this section, you will measure the coverage of LoRa under different radio configurations. | ||
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| - | Start by identifying a set of five geographical locations or Test Points (TP). These TPs should be astutely chosen to explore the limits of LoRa coverage. Then, you should implement a function on the server that measures the ratio of successfully delivered packets or PDR (Packet Delivery Ratio). Now, you should run the experiment for three different radio configurations: | ||
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| - | <WRAP center round help 100%> | ||
| - | * Draw the test points on a map and motivate your choices. | ||
| - | * Describe the radio configurations you selected and their impact on the reliability of the transmission. | ||
| - | * Visualise the experimental results by plotting the PDR for each TP and each radio configuration. | ||
| - | * Analyze the obtained results. | ||
| - | </ | ||
| ==== -. [Classroom activity] Collisions and Packet Delivery Ratio ==== | ==== -. [Classroom activity] Collisions and Packet Delivery Ratio ==== | ||
exploring_lora.txt · Last modified: 2021/10/20 12:52 by samer