However, one major drawback of learning techniques is time consumption: in practical applications, methods designed for physical robots must be effective with small amounts of data.
Through practical application, the method to select the best initial orbital elements has been proved to be flexible and effective.
For practical application, the method of [11] should add the LOS/NLOS identification function so that both MLE and covariance calculation can be realized.
However, for practical application, storage methods for aquatic plant-based feedstock need to be developed as in climatic cold regions, substrate conservation is necessary in order to guarantee a year-round substrate availability.
Throughout the history of STS, there has, likewise, been a strong tradition which emphasises the importance of the practical application of methods and their use by non-experts or practitioners.
For most practical applications, the method could be applied using rapid IR measurements from a single sensor aimed at the surface.
For practical applications, a method is presented to determine the utility functions of controllable loads by accounting for the real-time load dynamics and the preferences of individual customers.
In practical applications, this method can be integrated to customized recommendation systems that can recommend interesting hot topics associated with learning resources to cater for learners' individual learning demands.
This paper presents a modification of the inversion method of probability tomography and a practical application of the method for the joint inversion with multiple gravity gradiometry tensors.
Finally, in order to show the feasibility of the proposed method, a prototype circuit was designed and a practical application of the method is shown.
The practical application of the method shows that it is simple and efficient, which avoids complex sensitivity analysis in common methods of structure modification or optimization design.
