'Unmanned vehicles' presentation slideshows

Segmentation of Salient Regions in Outdoor Scenes Using Imagery and 3-D Data

< WACV2008 >. Segmentation of Salient Regions in Outdoor Scenes Using Imagery and 3-D Data. Gunhee Kim Daniel Huber Martial Hebert Carnegie Mellon University Robotics Institute. Perception for Unmanned Vehicles. Input Data. Sensors. Imagery. 3-D scan. Vrml_file. Problem Statement.

431 views • 28 slides

Research and Engineering Center for Unmanned Vehicles

Research and Engineering Center for Unmanned Vehicles. University of Colorado Boulder, CO Cory Dixon March 3, 2006. A Multidisciplinary Faculty (and students). Unmanned Systems Projects. NOC. Scenario 2: increase UAV mission range. AUGNet. Scenario 1: increase ground node connectivity.

380 views • 27 slides

Naval Sea Systems Command Naval Undersea Warfare Center

New Technologies For Improved Operational Testing Of Unmanned Underwater Vehicles. By: Richard R. Peel, Naval Undersea Warfare Center (NUWC) Division, Keyport Brian J. Williams, Science Applications International Corporation (SAIC).

637 views • 24 slides

Cooperative Control of UAVs

1.17k views • 21 slides

Maritime Strategic Imperatives

560 views • 20 slides

Towards Autonomous Data Ferry Route Design in Delay Tolerant Networks

194 views • 19 slides

The use of scenarios to develop Concepts of Operation for unmanned vehicles

The use of scenarios to develop Concepts of Operation for unmanned vehicles. 19 ISMOR 30th August Michael Tulip. Structure. The challenge in analysing Unmanned Vehicles Example 1 - Unmanned Underwater Vehicles (UUVs) Example 2 - Unmanned Air Vehicles (UAVs) Conclusions.

404 views • 18 slides

Sensor Data Collection Through Unmanned Aircraft Gateways

185 views • 18 slides

Oktay Arslan , Jason Bentley, Matthew Bigelow, Aude Marzuoli

Optimizing the Control of Aggressive Braking Maneuvers for Wheeled Vehicles Via Analytical and Numerical Methods. Oktay Arslan , Jason Bentley, Matthew Bigelow, Aude Marzuoli AE 6511 Optimal Guidance and Control Term Project 10 December 2010. Outline. Introduction

308 views • 16 slides

Research and Engineering Center for Unmanned Vehicles

Research and Engineering Center for Unmanned Vehicles. Brian Argrow Director Fall 2006. RECUV Integrated Diverse Disciplines. A Center for Education and Research Est. 2003

166 views • 16 slides

UAV market in Poland

172 views • 14 slides

How was the Titanic Found?

How was the Titanic Found? Objectives Students will be able to explain how the Titanic was located. Describe some of the technology used in locating the titanic. Identify other technologies used in underwater exploration. Motivation

1.44k views • 12 slides

WBRS in Operation

WBRS in Operation. Unmanned vehicles & mission packages must be stowed and moved within mission bay.

195 views • 9 slides

Road-, Air-and Water-based Future Internet Experimentation H2020 - 645220

Road-, Air-and Water-based Future Internet Experimentation H2020 - 645220. RAWFIE. 1. UoA, GR CSEM, CH IES, IT Fraunhofer, DE Epsilon, BG HAI, GR Pegase, FR. CERTH, GR Oceanscan, PT HES-SO, CH Robotnik, ES Aviontek, DE HMOD, GR. Who (1/2). Who (2/2). 13 partners from 8 countries

231 views • 7 slides

Global Military Robots and Unmanned Vehicles Market 2016: Industry Size, Key Trends, Demand, Growth, Size, Review, Shar

Browse complete Report @ http://www.marketresearchstore.com/report/military-robots-and-unmanned-vehicles-market-shares-strategies-2576 Market Research Store releases a new market research report "Military Robots and Unmanned Vehicles Market Shares, Strategies, and Forecasts, Worldwide, 2010 to 2016" to add to its collection of research reports.

199 views • 6 slides