Adaptation to interpolated dispairty

Handling Interpolated Data

This paper addresses fundamental issues related to the modeling of geometric data embedded in high-dimensional spaces. This covers several application fields, including moving objects where trajectories are described in a threeor four-dimensional space, and digital elevation models (DEMs). We show that moving objects and DEMs are specific instances of a broader class of complex spatial data tha...

Adaptation of Horsesickness Virus to Tissue Culture

Indexing Interpolated Time Sequences

A time sequence is a discrete sequence of values, e.g. temperature measurements, varying over time. By applying an interpolation function a discrete time sequence can be coerced into a continues function over time, F(t), which we call an interpolated time sequence. Many applications need to deal with querying interpolated time sequences. Simple queries involve finding F(t’) for a given time poi...

Interpolated Free Group Factors

The interpolated free group factors L(Fr) for 1 < r ≤ ∞, (also defined by F. Rădulescu) are given another (but equivalent) definition as well as proofs of their properties with respect to compression by projections and free products. In order to prove the addition formula for free products, algebraic techniques are developed which allow us to show R∗R ∼= L(F2) where R is the hyperfinite II1–fac...

E* Interpolated Graph Replanner

Smoothness: propagate a continuous-domain wavefront through the environment, modulate its speed according to traversability ⇒ monotonically increasing crossing-time map ⇒ smooth navigation function Local Repairs: region of influence of each location ⇒ recompute only the shadow of modified nodes Related Work:Field-D* also interpolates, but E* interpolation is user-configurable and it performs fu...