The two communicate mostly by e-mail.
G d = G1d k M1, where d is the distance between two communicating nodes, the exponent order k is between 2 and 4, G1 is the gain factor, and M1 is the link margin.
The distance between two communicating nodes changes with the time.
When the Ps is replaced with the PCTR, l, the channel availability time between two communicating nodes for the channel of type l ( t ava, T l ) is an estimated value.
In some cases, the distance between two communicating nodes in a hop belonging to an active route exceeds a given threshold, and the channel handoff is not efficient because of the limited channel transmission range.
Yet, none of them has demonstrated the performance of the direct connections between two communicating units.
In this paper, we propose dynamically reconfigurable point-to-point (DRP2P) interconnects for setting up direct connection between two communicating units before the communication starts.
Even when the transmission power is different between two communicating nodes, if they add their own transmission power (in dBm) to the received signal strength (in dBm), then the two communicating nodes can obtain the same summation value by Eq. (2), which is referred to as adjusted RSS value in this paper, in case of path loss symmetry on the bidirectional channel.
We assume that each node maintains a table to keep its social and QoS trust factors as per their dynamic behavior between two communicating node as X and Y over time t that will autonomously updated when it interact with other node on demand or expiry to save resources.
We saw that emotions are not singular state that exist within one person alone, but permeates the total situation, changing and drifting as a process between the two friends communicating.
