Simulation of 40 Selected German Farm neighborhoods with LoRaWAN-based DTN

This archive contains simulation results as well as the raw simulation files, conducted with "The-One" [1]. Results are used to get statistics about DTN based farm neighborhood communication in small-sized clusters up to 116 farms. <br> Data Used for Simulation <br> Base data set consists of 40 cluster of German farms. Each cluster has multiple geographic locations (points), representing a farm building, that has at maximum a distance (euclidean) of 2000m to another farm. <br> There are two scenarios, with each: simulation data: simulation parameter description (.json) configuration and report files for each cluster (0..39) result graphics (.eps) and statistics (.tex) <br> static Scenario <em>static</em> has following relevant parameters: one static agent for each farm position with LoRa and WiFi interface simulation time: 43200s message_interval: 1800s / count of all agents message size (random): 80 - 500 byte lora transmit speed: 7kbps lora transmit range: 2000 wifi transmit speed: 6750k wifi transmit range: 100m routing: Epidemic, PRoPHET mobile Scenario <em>mobile</em> has following relevant parameters: one static agent for each farm position with LoRa and WiFi interface one mobile agent for each farm with WiFi interface, moving on paths simulation time: 43200s message_interval: 3600s / count of all agents message size (random): 80 - 500 bytes lora transmit speed: 7kbps lora transmit range: 2000m wifi transmit speed: 6750k wifi transmit range: 100m routing: Epidemic, PRoPHET movement speed of mobile agents (random): 1.0 - 1.5 m/s <br> Resources [1] http://akeranen.github.io/the-one/ <br>