Miguel Sanchez. Re: Node Movement Models in Ad hoc, July 15, 1999. IETF MANET Mailing List, Message-ID: <378DC8F6.B01CF351@disca.upv.es>. Home/Search Document Not in Database Summary Related Articles Check |
This paper is cited in the following contexts:
Caching Strategies in On-Demand Routing Protocols for Wireless.. - Hu, Johnson (2000) (48 citations) (Correct)
....moves with speed v in the new direction rather than in the original direction. The parameters used in our implementation of this model are given in Table II. 6.2.3. Random Gauss Markov Motion The random Gauss Markov mobility model was developed by Liang and Haas [13] and was described by Sanchez [17]. The motion of the nodes is divided into discrete time intervals, such that at the beginning of each interval, a node updates its velocity vector as vx t = #vx t,1 #1 , ##vx R p 1 , # 2 vy t = #vy t,1 #1 , ##vy R p 1 , # 2 at interval t,whereR is a normally distributed random variable ....
Miguel Sanchez. Re: Node Movement Models in Ad hoc, July 15, 1999. IETF MANET Mailing List, Message-ID: <378DC8F6.B01CF351@disca.upv.es>.
Caching Strategies in On-Demand Routing Protocols for Wireless.. - Hu, Johnson (2000) (48 citations) (Correct)
....instead picks the point within the rectangular area closest to the intended destination and moves to that point at the originally chosen velocity. The parameters used in our implementation of this model are given in Table I. 6.2.2. Column Motion The column mobility model was developed by Sanchez [16]. In our implementation of this model, each node is either moving in the positive x direction or the negative x direction. The initial position of each node i is #10i; 10i#, and all nodes start moving in the positive x direction. The motion of the nodes is divided into Tab e I Parameters for ....
....for a pause time, and then repeats this behavior. We used a pause time of 0, meaning continuous motion of all nodes, and chose vmax = 20 m s. The parameters used in our implementation of this model are given in Tab e I V 6.2.5. Pursue Motion The pursue mobility model was developed by Sanchez [16]. In our implementation of this model, there are 10 groups of 5 nodes each. The motion of the nodes is divided into discrete time intervals, such that in each group, one node moves according to the random waypoint model, and the others attempt to intercept that node by choosing their velocity ....
Miguel Sanchez. RE: Mobility pattern in a MANET, June 25, 1998. IETF MANET Mailing List, Message-ID: <000a01bda055$d84f9380$11352a9e@msanchez.disca.upv.es>.
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