Event-Based Visual Tracking in Dynamic Environments

Event-Based Activity Tracking in Work Environments

Wearable computers aim to empower people by providing relevant information at appropriate time. This context-based information delivery helps to perform intricate, tedious or critical tasks and improves productivity, decreases error rates, and thus results in a reduction of labor cost. To evaluate the usability of wearable computing in a work environment, we have chosen a car production scenari...

Motion-based Tracking for Dynamic, Unstructured Environments

The use of robots in dynamic and unstructured environments poses diicult challenges for machine vision. The vision systems for such robots must report changes in the world quickly and must deal with a vast range of objects. In this paper, we describe a vision system that makes use of motion to pick out and track moving objects without requiring information about their shape. We have implemented...

Tracking Optima in Dynamic Environments

Tracking Extrema in Dynamic Environments

Abstract. Typical applications of evolutionary optimization involve the off-line approximation of extrema of static multi-modal functions. Methods which use a variety of techniques to self-adapt mutation parameters have been shown to be more successful than methods which do not use self-adaptation. For dynamic functions, the interest is not to obtain the extrema but to follow it as closely as p...

Event Tracking in Complex Multi-agent Environments

exercises, the automated pilots must act in a Abstract realistic manner, i.e., like trained human pilots. Otherwise, both the training and tactics The Soar-IFOR project is aimed at developing development in these environments will not be intelligent automated pilots for simulated tactical realistic. air-combat. One key requirement for an automated To act in a realistic manner, an automated pilo...