Cooperating agents for 3-D scientific data interpretation

Cooperating agents for 3-D scientific data interpretation

Many organizations collect vast quantities of threedimensional (3-D) scientific data in volumetric form for a range of purposes, including resource exploration, market forecasting, and process modeling. Traditionally, these data have been interpreted by human experts with only minimal software assistance. However, such manual interpretation is a painstakingly slow and tedious process. Moreover,...

3D Scientific Data Interpretation using Cooperating Agents

Many organisations collect vast quantities of 3D scientific data in volumetric form for a range of purposes including resource exploration, market forecasting and process modelling. Traditionally, this data has been interpreted by human experts with only minimal software assistance. However such manual interpretation is a painstakingly slow and tedious process. Moreover, since interpretation in...

Cooperating Agents for Information Retrieval

capabilities for locating, combining, processing, and organizing information. With the vast number of information resources A promising approach to this problem is to proaviilable today, a critical problem is how to lovide access to the large number of information cate. retrieve and process information. It would sources by organizing them into a network of inbe impractical to build a single uni...

Evolving Behaviors for Cooperating Agents

Acquisition and interpretation of 3-D sensor data from touch

Acquisition of 3-D scene information has focused on either passive 2-D imaging methods (stereopsis. structure from motion etc.) or 3-D range sensing methods (structured lighting, laser scarming etc.). Little work. has been done in using active touch sensing with a multi-fingered robotic hand to acquire scene descriptions. even though it is a well developed human capability. Touch sensing differ...