Our analysis is based on the observation that the identification objective is to guarantee that the estimated model ends up within a pre-specified "level set" of the application objective.
The results indicate that the heat transfer capability and the total heat resistance are inversely coupled and as a result, the optimization must be constructed on the application objective.
Thus, our approach provides a contribution to allow a more flexible segmentation assessment, according to image characteristics and application objectives.
This approach allows for tuning of the CNT products at different processing stages in order to meet specific application objectives.
In the future, we will continue to develop creative perspectives on the quantization techniques that maximize application objectives for distributed systems.
We consider an iterative design of independently operating local quantizers at nodes that should cooperate without interaction to achieve application objectives for distributed estimation systems.
Wireless Sensor Networks (WSN) produce a large amount of data that need to be processed, delivered and assessed according to the application objectives.
The procedure accommodates various design, implementation and application objectives by enhancing the vector-valued signals depending on the local image statistics and/or the user's needs.
The number of mixtures C<∞ is generally decided beforehand based on the application objectives or through trial and error with different values of C. Prior distribution often set in advance (uninformative uniform distribution is common choice).
