Deformation analysis: the München approach

München Text Analysis for Requirements Engineering

Requirements Engineering is the Achilles’ heel of the whole software development process. It involves many stakeholders and includes not only technical but also sociological and psychological activities. Even when all the stakeholders come to a consensus, the produced requirements are rather informal. In the early project phases the functionality of the prospective software is not yet understoo...

Technische Universität München

Tum Technische Universität München

We present an algorithm to generate a one-sided approximation of a given triangular mesh. We refer to such an approximate mesh as a bounding mesh, which includes the original mesh and has fewer vertices. Likewise, an inner bounding mesh is defined as an approximate mesh that is included by a given mesh. Our proposed bounding mesh algorithm performs iterative edge contractions and can generate b...

Tum Technische Universität München

We propose a general class of label configuration priors for continuous multi-label optimization problems. In contrast to MRF-based approaches, the proposed framework unifies label configuration energies such as minimum description length priors, co-occurrence priors and hierarchical label cost priors. Moreover, it does not require any preprocessing in terms of super-pixel estimation. All probl...

Tum Technische Universität München

In previous work, we calculated overapproximative sets of human arm positions using a kinematic parameterisation of the human arm, for use in a formally-verifying robot trajectory planner. This has the drawback that inverse kinematics calculations are computationally expensive. In this technical report, we present another method, not requiring inverse kinematics but using the maximum Cartesian ...