Closing the gap between person-oriented theory and methods

Optimal control theory--closing the gap between theory and experiment.

Optimal control theory and optimal control experiments are state-of-the-art tools to control quantum systems. Both methods have been demonstrated successfully for numerous applications in molecular physics, chemistry and biology. Modulated light pulses could be realized, driving these various control processes. Next to the control efficiency, a key issue is the understanding of the control mech...

Closing the GAP between organizational requirements and object oriented modeling

Requirements Engineering has been considered a key activity in any Software Engineering process. It is well known that a requirements specification should include not only software specifications but also business models and other kinds of information describing the context in which the intended system will function. In recent years we have observed a growing influence of the object-orientation...

Appendix: Person-oriented methods and theory

This online appendix accompanies Sterba and Bauer (2010) “Matching method with theory in person-oriented developmental psychopathology research” Development & Psychopathology, 22, 239-244. Here we present model equations for each person-oriented method discussed in the manuscript. Here we also provide examples of how to test person-oriented principles listed in manuscript Table 1—where possible...

MIP: Theory and Practice - Closing the Gap

Closing the Gap between Modeling and Radiosity

The Hierarchical Radiosity method is well known for its linear time complexity during the solution, but also for its quadratic time complexity in terms of input polygons during the initialization of the algorithm. This initial linking stage often limits the use of the algorithm to scenes comprising only flat objects, which keeps the number of input polygons low. An accurate approximation of cur...