Teaching of Dancing Motions to Computer Controlled Automata Using Sequential Motions

[Motions].

Euclidean reconstruction and affine camera calibration using controlled robot motions

Using Controlled Robot Motions Radu Horaud, St ephane Christy, and Roger Mohr GRAVIR{IMAG & INRIA Rhône-Alpes 655, avenue de l'Europe 38330 Montbonnot Saint-Martin FRANCE Abstract In this paper we are addressing the problem of Euclidean reconstruction with an uncalibrated a ne camera and calibration of this camera. Since e ciency is an important issue in robotics and computer vision, we investi...

Introduction to Brownian Motions

This paper aims to present some basic facts about Brownian Motions. It will assume a basic familiarity with probability and random variables. It will begin by defining Brownian Motion in one dimension on the dyadic rationals using a countable number of random variables and then proceed to generalize this to the real line using a continuity argument. Some other consequences of continuity will be...

Wavelet-based Analysis for Pulse Period of Earthquake Ground-motions

Pulse period of earthquake records has been known as a key parameter in seismology and earthquake engineering. This paper presents a detailed characterization of this parameter for a special class of earthquake records called pulse-like ground motions. This type of motions often resulting from directivity effects is characterized by a strong pulse in the velocity time history of motion, in norm...

The effects of adapting to complex motions: position invariance and tuning to spiral motions.

Abstract Recent neurophysiological evidence (e.g., Graziano, Andersen, & Snowden, 1994) suggested that some cells in the medial superior temporal area (MST) of the Old World monkey are sensitive to complex motions such as those brought about by a surface moving in depth or rotating. Two important findings were that these cells show position invariance (i.e., their preferred stimulus does not ch...