We are ready to show that ({x^_{t}}_{t=1}^{infty}) is an optimal path.
This path is an optimal way to orchestrate processes and technologies towards the satisfaction of a goal, which is generated, at runtime, by the occurrence of a fact.
Keeping the same crossover and mutation rates, the cost of minimum hop count path is same as of GA cost, and thus, the path selected through minimum hop count metric is also an optimal path.
Keeping the same parameters, minimum hop count path cost is also same as of GA cost, and thus, the path selected through minimum hop count metric is also an optimal path.
Keeping the same crossover and mutation rates, the cost of minimum hop count path is also same as of GA cost, and thus, the path selected through minimum hop count metric is also an optimal path.
Keeping the same parameters, minimum hop count path cost is more than that of GA cost, and thus, the path selected through minimum hop count metric is not an optimal path.
Keeping the same crossover and mutation rates, the cost of minimum hop count path is more than that of GA cost, and thus, the path selected through minimum hop count metric is not an optimal path (Table 22).
We consider a metabolic path to be an optimal one, if y is minimum and the c i -values of all the enzymes catalyzing the reactions in that path are greater than zero.
In RO schemes, packets do not traverse the HA, but are exchanged following an optimal path between the CN and MR. Owing to the need of both efficiency and security support in the ITS context, the simultaneous introduction of both RO and security support is required.
where is the probability of discovering an optimal path and is the number of tries to discover a link.
