The overall granulation model is highly non-linear, large-scale with multiple coordinates and uncertain parameters, leading to tremendous difficulties for optimisation and control.
However, these have generally not been tested in large scale studies with multiple observers designed to reflect routine practice.
Behaviours and interactions between all sides ought to be approached by a larger scale intervention with multiple targets in order to assess whether such designs could be effective enough to promote a better management of the recorded situation.
"With 100 fire stations and over 150 fire engines, I am completely resolute that any agreed proposals will still be able to deal with large scale or multiple emergencies".
This paper is concerned with the problem of distributed fault detection for a class of large-scale systems with multiple uncertainties in measurements and communications.
Second, the performance evaluation of our proposed work is extensively evaluated under a large-scale network with multiple query sessions where traffic of different users can collide and with node mobility.
Therefore, we favor a gradient-based routing approach for the large-scale WSNs with multiple sinks.
The complexity of the design change is multiplied when the product design involves large-scale assemblies with multiple engineering disciplines.
Based on the above observation, this paper introduces a new gradient-based routing protocol for LOad-BALancing (GLOBAL) in large-scale WSNs with multiple sinks.
In [21], the absolute stability of Lurie indirect control systems and large-scale systems with multiple operators and unbounded coefficients were studied.
In this paper, the problem of the determination of Pareto optimal solutions for certain large-scale systems with multiple conflicting objectives is considered.
