The specific algorithm is as follows: Assume that node A has a message to transmit node C, but node A first encounters node B
, and hopes that node B
acts as a relay node.
With node B
's neighbor nodes as reference nodes, each [H.sub.i] belonging to H can be identified using this method.
(3) Randomly choose m nodes, which are already in the topology and are node b
's potential neighbors, and link them to node b
Node C cannot send the RREP to node B
because B has moved away.
The Network Launch Package contains Motorola components including Radio Network Controller (RNC), Node B
- which can be stacked upon Horizon base stations, packet and circuit core, plus optional UMTS integration and optimization services.
First we see that Node A's visual symbol is near Node B
's visual symbol, so Node A is very probably related to Node B
4 (b), node B
's next firing time [[phi].sub.B](t + 1) is determined as the mid([[phi].sub.A](t), [[phi].sub.C](t)).
1 again and assume that nodes A and B play only as intermediate nodes between source S and destination D, and node A has a larger cache size than node B
. In this case, node A is supposed to undertake more transmissions than node B
as it has more available buffer space.
This is passed to Node B
as a onFileWillReceive(), and the user needs to either accept (acceptFile()) or refuse (rejectFile()).
Thus, node A can recover node B
's packet by reXORing with its own packet, and so does node B
We define the two nodes with the minimum and the second minimum lifetime as the bottleneck node b
and sub-bottleneck node s, respectively.
Node A is the initial sending node, node B
and node C are in A's transmission range.