Changes between Version 1 and Version 2 of Old/Mobility/MobilityModels

Timestamp:

Apr 4, 2008, 5:46:12 PM (17 years ago)

Author:

mrodoper

Comment:

—

Old/Mobility/MobilityModels

@@ -47 +47 @@
 IMPORTANT point to be noted here is, this model can not be run for multiple nodes, since if two or more nodes collide at some time at some node, there is no way to recover from it. The reason is; the direction and duration of the mobility do not change during the movement, but determined at the beginning of the movement. Therefore, this mobility model implemented for 1 VM.
 
-Click here to download Random Walk with Reflection Mobility Model;
+Click [http://www.orbit-lab.org/attachment/wiki/Mobility/MobilityModels/RandomWalkwithReflection.pl here] to download Random Walk with Reflection Mobility Model;
 
 Here are the parameters with example values, you can change the values according to your requirements;
@@ -67 +67 @@
 IMPORTANT point to be noted here is, this model can not be run for multiple nodes, since if two or more nodes collide at some time at some node, there is no way to recover from it. The reason is; the direction and duration of the mobility do not change during the movement, but determined at the beginning of the movement. Therefore, this mobility model implemented for 1 VM.
 
-Click here to download Random Walk with Wrap Mobility Model;
+Click [http://www.orbit-lab.org/attachment/wiki/Mobility/MobilityModels/RandomWalkwithWrap.pl here] to download Random Walk with Wrap Mobility Model;
 
 Here are the parameters with example values, you can change the values according to your requirements;
@@ -88 +88 @@
 IMPORTANT point to be noted here is, this model can not be run for multiple nodes, since if two or more nodes collide at some time at some node, there is no way to recover from it. The reason is; the direction and duration of the mobility do not change during the movement, but determined at the beginning of the movement. Therefore, this mobility model implemented for 1 VM.
 
-Click here to download Random Distance Mobility Model;
+Click [http://www.orbit-lab.org/attachment/wiki/Mobility/MobilityModels/RandomDistance.pl here] to download Random Distance Mobility Model;
 
 Here are the parameters with example values, you can change the values according to your requirements;
@@ -109 +109 @@
 This mobility model forms the basis of Random Waypoint and Weighted Waypoint models. 
 
-Click here to download Reference Point Mobility Model;
+Click [http://www.orbit-lab.org/attachment/wiki/Mobility/MobilityModels/ReferencePointMoveManyDestinationsMultiNodeIsUniqueAdded.pl here] to download Reference Point Mobility Model;
 
 Here are the parameters with example values, assuming 3 Virtual Mobile (VM) Nodes are in the system. You can change the values according to your requirements;
@@ -138 +138 @@
 Each mobile node individually chooses a random destination within the simulated network boundary, and also determines a motion speed randomly chosen between a minimum and maximum limit. Based on this, it movers toward its destination at its determined velocity. Once the destination has been reached, each node stops for a randomly chosen time interval. After that pause time, it then repeats the process by choosing another random destination and a random speed.  [1]
 
-Click here to download Random Waypoint Mobility Model;
+Click [http://www.orbit-lab.org/attachment/wiki/Mobility/MobilityModels/RandomWaypointMoveManyDestinationsMultiNodeIsUniqueAdded.pl here] to download Random Waypoint Mobility Model;
 
 Here are the parameters with example values, assuming 3 Virtual Mobile (VM) Nodes are in the system. You can change the values according to your requirements;
@@ -162 +162 @@
 This mobility model is pretty similar to the Random Waypoint model. The difference is, it is assumed that the destination points are not randomly chosen. Rather, there are sequence of checkpoints that the mobile nodes follow. Between these checkpoints some predetermined randomness added so that the paths between the checkpoints are not same.
 
-Click here to download Weighted Waypoint Mobility Model;
+Click [http://www.orbit-lab.org/attachment/wiki/Mobility/MobilityModels/WeightedWaypointMoveManyDestinationsMultiNodeIsUniqueAdded.pl here] to download Weighted Waypoint Mobility Model;
 
 Here are the parameters with example values, assuming 3 Virtual Mobile (VM) Nodes are in the system. You can change the values according to your requirements;