DLF GRT Opportunity

The GRT Planner

heuristic state-space planner, and comments on the results obtained from the Fifth International Conference on Artificial Intelligence Planning and Scheduling (AIPS’00) planning competition. The GRT planner works in two phases. In the preprocessing phase, it estimates the distances between the facts and the goals of the problem. During the search phase, the estimates are used to guide a forward...

Mesh from Depth Images Using GRT

This paper proposes an algorithm for inferring a 3D mesh using the robust cost function proposed by Ruttle et al. [12]. Our contribution is in proposing a new algorithm for inference that is very suitable for parallel architecture. The cost function also provides a goodness of fit for each element of the mesh which is correlated to the distance to the ground truth, hence providing informative f...

Cerebral cortical hypoplasia with abnormal morphology of pyramidal neuron in growth-retarded mouse (grt/grt).

The purpose of this study was to quantitatively characterize structural abnormalities of the cerebrum in a growth-retarded mouse (grt/grt) with a tyrosylprotein sulfotransferase 2 gene defect. Three-dimensional computed tomography (CT) images were obtained from fixed brains of male homogenous grt/grt (n=5) and heterozygous grt/+ (n=5) mice at 15 weeks of age, and volumes of representative cereb...

The Amadeus GRT { Generic Runtime Support

Pseudo-Hermitian realization of the Minkowski world through DLF theory

Segal’s chronometry is based on a space–time D, which might be viewed as a Lie group with a causal structure defined by an invariant Lorentzian form on the Lie algebra u(2). There are exactly two more non-commutative four-dimensional Lie algebras that admit such a form. They determine space–times L and F. The world F is based on the Lie algebra u(1,1), in terms of which the pseudo-Hermitian rea...