The purpose of this paper is to present a new, significantly simpler, controller that can be easily implemented in applications.
Our notion of viscosity solution is a local property, thus the viscosity property can be easily verified in applications.
Note that the above conditions for regular solvability of boundary value problem (1.1), (1.2) are easily verified in applications because they are expressed in terms of the operator coefficients of equation (1.1).
The simple operation of pouring rapidly a certain amount of sodium citrate solution into a boiling solution of 0.25 mM chloroauric acid produces narrowly distributed GNPs which are biocompatible and easily handled in applications [29 31].
The solution to these problems will be highly rewarding if the proposed method can be easily deployed in application space without any modifications in the underlying setup which include network protocols and physical layer hardware.
Global Monitoring for Environment and Security (GMES) is the most ambitious operational Earth Observation programme to date and will provide global, timely and easily accessible information in application domains such as land, marine, atmosphere, emergency response, climate change and security.
Furthermore, because of computational round-off limitations and tracking requirements, the condition corresponding to stochastic approximation theorem can not be satisfied in application easily, so that the convergence of original algorithm can be interpreted by examining a deterministic discrete time (DDT) system.
The contexts which include time, location, mood, companion and so on can be collected easily in real-world applications.
This provides another way to prepare gelled polymer electrolytes easily for application in rechargeable lithium batteries.
The proposed control scheme presents a low computational cost and therefore can be implemented easily in a real-time applications using a low cost Digital Signal Processor (DSP).
