Usually, Polymethyl methacrylate (PMMA), glass, and resin are widely used because of cost effectiveness and ease of processing.
Five case studies of complex biomedical models were used to verify and demonstrate the improved performance of the approach in terms of processing effectiveness and geometrical accuracy.
In the end, case studies of complex product models have been used to validate and showcase the performance of the developed algorithms in terms of processing effectiveness and surface accuracy.
Finally, five case studies of biomedical models with different geometrical characteristics and complexity were used to verify and demonstrate the improved performance of the approach in terms of processing effectiveness, geometrical accuracy and algorithm robustness.
While performance effectiveness refers to the quality of performance, as usually assessed by performance accuracy, processing efficiency relates the observed effectiveness to the effort invested in task processing: the higher the effort expended to reach a given level of performance effectiveness, the lower the efficiency of processing.
The central prediction of attentional control theory is that anxiety impairs the efficiency of processing more than it impairs the effectiveness of performance.
The remaining requirements are also fulfilled by RAMP as described below: Meeting cost-effectiveness requirement: The cost-effectiveness of RAMP should be deduced from the cost of equipment, cost of deployment, and cost of processing.
The added perspective of Fuzzy Trace Theory may help to resolve mixed results regarding the frequency, nature, and effectiveness of gist processing in ASD by providing established process models and tasks suitable for use in individuals at all levels of functioning.
We thus argue that a lack of new granule cells in the dentate gyrus will only affect the effectiveness of information processing in the hippocampus and only in situations where the processing load is high and adult neurogenesis is especially relevant.
It presents that apparently, a complex of factors, such as specific requirements for allergen structure, processing effects on tissue integrity, and embedding of the allergens in the tissue matrix, are determining the potential effectiveness of novel processing methods.
