This study offers a novel empirical equation for those involved in ski-jump type energy dissipator, stilling basin, and plunge pool designs to determine the dissipation level due air resistance. The verified by conducting experimental, empirical, numerical regression analyses at prototype scale. Energy resistance can then be easily calculated discharges reaching up 10000 m3/s using equation.

Object Real/Fictional Instance Concrete Object Materialisation Implementation

Relational instance-based learning (RIBL) algorithms offer high prediction capabilities. However, they do not scale up well, specially in domains where there is a time bound for classification. Nearest prototype approaches can alleviate this problem, by summarizing the data set in a reduced set of prototypes. In this paper we present an algorithm to build Relational Nearest Prototype Classifier...

The main objective of this deliverable is to provide a set of proof-of-concept prototypes to illustrate some particular solutions developed within CORTEX. Additionally , these proof-of-concept prototypes should also be seen as technology demonstrators , which will provide relevant input for the construction of integrated CORTEX demo applications (see deliverable WP4-D8). More specifically, this...

The object-oriented programming language design space consists of class-based and prototype-based languages. Both language families have been shown to posses many advantages but also several disadvantages with respect to software construction. Hybrid languages featuring both prototype-based and class-based mechanisms have been proposed as a solution. Unfortunately these languages not only unify...