Algorithmic issues for three-invariant hyperplastic Critical State models

Games for Verification: Algorithmic Issues

This dissertation deals with a number of algorithmic problems motivated by computer aided formal verification of finite state systems. The goal of formal verification is to enhance the design and development of complex systems by providing methods and tools for specifying and verifying correctness of designs. The success of formal methods in practice depends heavily on the degree of automation ...

Invariant NKT Cells in Hyperplastic Skin

2 00 4 A three state invariant

For triples of probability measures, pure quantum states and mixed quantum states we obtain the exact constraints on the fidelities of pairs in the sequence. We show that it is impossible to decide between a quantum model, either pure or mixed, and a classical model on the basis of the fidelities alone. Next, we introduce a quantum three state invariant called phase and show that any sequence o...

Models for algorithmic teaching

Learning theory focuses almost entirely on the learner and its efficient realization, but neglects other parts of the learning process, most importantly the teacher, which is merely modeled as a passive data source. In this thesis, however, we study models in which the teacher plays the central, active role and which allow us to investigate teaching algorithms. In practice, teaching algorithms ...

Critical issues for critical loads.

I n the United States and most other countries, primary air quality standards are designed to protect human health and are based on concentrations of pollutants in the air. However, from the perspective of ecosystem health, a more appropriate metric for the impacts of nitrogen (N) and sulfur (S) pollutants is the total atmospheric deposition (or “load,” in kg·ha·y) of N and S, because ecosystem...