For the purpose of practical implementation, the adaptive-like control methodology is developed.
Moreover, the implementation of the adaptive RVM model is relatively simple.
Finally the possibility of real-time implementation of the adaptive two time-scale receding horizon optimal controller is investigated.
The present work demonstrates that the algorithm allows for a robust, simple, and fast implementation of the adaptive grid method in common simulation tools and, together with adequate supplementary material, aims to make the method readily accessible to the interested reader.
In this section, a prototype implementation of the adaptive framework has been presented.
The prototype implementation of the adaptive framework includes an application-analyzer (application specific parameters), an environment-analyzer (Hadoop specific parameters), and a resource-analyzer (computing resource parameters).
The Algorithm 1 allows the matching of the constellation parameters to virtually any SNR conditions in the system, enabling a direct implementation of the adaptive constellation mapping scheme.
We introduce phew (Parallel HiErarchical Watershed), a new segmentation algorithm to detect structures in astrophysical fluid simulations, and its implementation into the adaptive mesh refinement (AMR) code ramses.
In the existing implementation of the adaptive rate control for H.264/AVC [4], there is still some room for improvement in terms of buffer status management, target bits allocation and improved frame complexity measures.
A variable-rate, variable-power 10-state finite-state Markov channel (FSMC) model is proposed for the implementation of the adaptive modulation and coding (AMC) scheme in mobile WiMAX to maximize its spectral efficiency under constant power constraints in the two fading mechanisms.
The implementation of the adaptive change detection is proposed through a feedback loop that is established between an up-trajectory node (an edge node that activates an inner node or an inner node that activates another inner node) and a down-trajectory node (an inner node that is activated by an edge node or by another inner node).
