Drone meaning in farsi Patch#

At the opposite extreme, if there are too many drones, most will not have an available platform and they'll crash anyway. If there are too few drones, soon most of them will be loaded AND the platform will be filled, so they'll have nowhere to land and the network will crash. In general, the drone population should be adequate to handle the intensity of usage and the number of pads. counts the number of packets delivered so far counts the number of drones currently in the simulation Tracks the average time required for delivery, from the start of the simulation and as a rolling average over the last 100 packets deliveredĪre histograms of the time and drones needed to deliver packets, over the last 100 deliveries Is an indicator of the overall efficiency of the network: it is equal to the square of the number of packets delivered, divided by the product of the number of drones required to deliver a packet multiplied by the time spent carrying the packet to destination.Ĭounts the number of free, fully loaded and occupied landing pads panic button for whatever visual marker you want to get rid of. makes the obstacles visible: patches are coloured based on their visibility value, with brighter patches granting better visibility. Watching stops when the packet is delivered. causes the latest packet added to the system to leave a trace, and the packet is highlighted in the world. causes a drone to leave a yellow trace so that you can observe its path Their brightness decays, so that the most recently used routes remain visible. By switching this on, patches become gradually brighter as drones pass through them. 'Color?' enables to observe the routes drones follow more frequently. 'Landscape?' if enabled, simulates an uneven distribution of obstacles across the world. Higher smoothness means patches near to each other will have similar visibility.

Drone meaning in farsi Patch#

'SmoothLandscape': determines how rugged the landscape is, i.e.: how quickly visibility changes from one patch to the other. 'Visibility': controls how dense with obstacles the world is. Can be changed live but it only works when 'Landscape' is off. 'ViewRange': the range within which drones will look for a pad available for landing, in patches. 'RechargePower': the speed of recharge of drones, when landed on a pad. 'MaxCharge': the charge capacity of drones, and affects their operating range. 'DronePopulation': the number of drones initally available. It's a per-thousand probability per platform per tick, and can be changed when the simulation is live. 'UsageIntensity': the frequency with which new packets will be trusted to the network. This can also be changed while the simulation runs.

'PlatformCapacity': the maximum number of packets a platform can hold. 'NrPlatforms': the number of landing pads available. In addition, patches can have an 'obstacle' value, meaning that drones on a patch will only be able to look for available landing pads within the range that patch allows. If they find themselves with zero charge in flight, and if they carry a packet when this happens, the packets is lost too. When they land, they recharge and then fly of picking up a random packet among those available on the platform.

When empty, they'll head for the nearest available platform, when loaded, they'll select the platform in sight which is also nearer to the destination of the packet they're carrying.

They consume 1 unit fuel per tick when flying empty, and 2 when loaded. Drones can load only one packet at a time, and have a charge (or fuel). drones, which fly around delivering packets. packets, which are placed on platforms at random and have a destination platform. pads, which just signal through their color whether they're available for landing (green), available only to empty drones (blue), or occupied by a drone (red) They have a capacity, which is the maximum number of packets that can be uploaded to the platform at the same time. If clicking does not initiate a download, try right clicking or control clicking and choosing 'Save' or 'Download'.(The run link is disabled for this model because it was made in a version prior to NetLogo 6.0, which NetLogo Web requires.)Ī model of a light delivery network of drones, designed to test some basic elements of its configuration and identify its topline functioning profile (back to the NetLogo User Community Models) Beginners Interactive NetLogo Dictionary (BIND)