How(UAVs) are used in Disaster Management

Slides:



Advertisements
Similar presentations
Application of LiDAR Technology for GCP Determination in Papua Topographic Mapping Scale 1: Wildan Firdaus
Advertisements

Company Presentation.
ODS3F –Observation and Detection Systems For Forest Fire Monitoring
Unmanned Aerial Vehicles Presentation. Customization for each client Each order is specifically designed to meet each clients’ aerial needs. On-board.
Geospatial Technologies Used in Land Administration Kevin Daugherty Land Administration Solutions Manager Geospatial World Forum Rotterdam, Netherlands.
Rome – June, 19th 2012 Measurements of the RF Antenna pattern using a Unmanned Aerial Vehicle (UAV): test and results POLITECNICO DI TORINO DIPARTIMENTO.
INNOCON Innovative solutions to the modern real time Arial surveillance challenges.
LIGHT WEIGHT ROTARY-WING UAV FOR LARGE SCALE MAPPING APPLICATIONS Norhadija Darwin, Nurul Farhah Abdul Hamid, Wani Sofia Udin, Noor Aniqah Mohd Azhar &
Collaborative Multiple Low-Altitude Unmanned Aerial Vehicles and Unmanned Ground vehicles for Enhancing Disaster Management Dr. K.S. Rajan, IIIT- H Dr.
Contact: Irina Trefilova
Session 131 Hazard Mapping and Modeling Supporting Emergency Response Operations using GIS and Modeling.
Sense & Avoid for UAV Systems
REPUBLIC OF CROATIA NATIONAL PROTECTION AND RESCUE DIRECTORATE FIRE FIGHTING SERVICE Experiences in wildfire suppression of Croatia DRAVIS 2 Kaposvár,
Said El Said ITS Program Manager Traffic Operations Division.
Integrating Aerial Base Stations with Emergency Communication System Society for Flight Test Engineers (SFTE) Kamesh Namuduri Electrical Engineering University.
UAV for Surveyors and Spatial Analysts An emerging technology for the Geospatial Industry Warren Eade– Mapping and Mobile Manager.
FEASIBILITY OF UNMANNED AERIAL VEHICLES(UAVS) FOR UN PEACEKEEPING OPERATIONS Ravisha Joshi Kemboi beatrice.
Unmanned aerial systems, what they are and what is available? Professor Sandor M Veres University of Sheffield.
Session 16: Distribution of Geospatial Data 1 Distribution of Geospatial Data in the Public Environment Hazard Mapping and Modeling.
Affordable UAV Technology - GSAM Presentation May 2011
Application of Drone Technology towards Economic Benefit of Southwest Georgia Atin Sinha Albany State University Albany, GA.
Morphum Environmental Ltd Environmental Engineers and Consultants
“Multirotor UAV in project 14.B ” Vyacheslav Barbasov, Pavel Orlov Moscow State University of Geodesy and Cartography, Moscow, Russia.
University of Limerick Mobile & Marine Robotics Research Centre Dr Daniel Toal Gerard Dooly
Massachusetts Institute of Technology 4 April 2003
Disaster Management.
Dr. Charles W. Beadling Central Asia Regional Health Security Conference April 2012 Garmisch-Partenkirchen, Germany.
UAV LANDING SYSTEM Submitted by: SHAKTI SINGH SHEKHAWAT SHRISH KUMAR SHUKLA RISHI KUMAR YADAV VINEET AGRAWAL.
Vanderbilt Aerospace Club Rocket Launched Reconnaissance UAV Design Team William Runge (ME) Kyser Miree (ME) Thomas Carroll (ME) Thomas Bowden.
Károly Róbert College The GREEN College. Remote sensing applications in disaster management Tibor Bíró dean Károly Róbert College Faculty of Natural Resources.
DRONE: UNMANNED AERIAL VEHICLE Seminar Co-Ordinator:  Mr. A.K.Singh Seminar Presented by: Ajit Pal Singh.
Surveying and Mapping Techniques in Land Management Matthew Delano, LS Trimble Cadastral Solutions 18 th September 2012.
Integrated spatial data LIDAR Mapping for Coastal Monitoring Dr Alison Matthews Geomatics Manager Environment Agency Geomatics Group.
UNMANNED AIRCRAFT SYSTEM (UAS) KAPE LLC. Parameter:Value: EnduranceUp to 4 hrs Flight speed65 ÷ 120 km/hr Type of engineElectric Engine layoutPull type.
A dvancement in UAV T echnology Prof M S Prasad Institute of Space Science & Technology Amity University, Noida
Presentation of equipment.
INTRODUCTION: Land Surveying: It has to do with the determination of relative spatial location of points on or near the surface of the earth. It is the.
Roadmap for the Application and Technology Development of UAVs in Japan The Public-Private Sector Conference on Improving the Environment for UAVs, 28th.
Mapping Technology Overview
DRONES: Reaching New Heights in Environmental Consulting
Unmanned Aircraft Systems
Helping Agriculture One Flight at a Time
DISASTER MANAGEMENT.
Drones for Impact Uses of Unmanned Aerial Systems in Transport.
ERT247 GEOMATICS ENGINEERING
First Responders Group (FRG)
Civil Air Patrol – California Wing Search Planning and Coverage Mission Scanner Course Chapter 9 Version 1.2 (1 March 2014)
Fast, Flexible, Accurate & Affordable mapping system
and Security Management: ISO 28000
University of Limerick Mobile & Marine Robotics Research Centre
Potential internet provided by uavS
Silver Jackets Orientation
DRONES DYNAMICS IN DISASTER MANAGEMENT
ArcGIS for Emergency Management– An Overview
Civil Air Patrol - Emergency Services An Introduction
PAX River Competition UK Aerial Robotics Team University of Kentucky.
UAV Vision Landing Motivation Data Gathered Research Plan Background
Cameras In The Sky UAV Technology in Construction
Caleb Amstutz and Ethan Kocjan
SURVEILLANCE OVERVIEW
Unmanned Aircraft System-Based Structural Health Monitoring
Lockheed Martin Challenge
Drone And Drone Delivery
CAP Photography Overview FL-051 (JUL 2016)
Dr. Victor M. Mwongera PhD in Aerospace Engineering
Helicopter Safety for SAR Operations
Fixed and Rotary Wing UAV Project
President of Eco-Trust Society
Orange County Fire Rescue Current Capabilities
Jess Neuner Esri Corporate Template-Dark v3.3
Presentation transcript:

How(UAVs) are used in Disaster Management

What is UAV? UAV (Unmanned Aerial Vehicle): Is a type of an aircraft that operates with out human pilot on board. UAV can be remote controlled aircraft, or can fly autonomously based on preprogrammed flight plan.

Autonomous Remotely controlled Flight planning

Types of UAV Rotary wings Uses 2 or more rotating blades that revolve around fixed mast to generate the lift

Fixed wing: Uses a fixed wing like normal airplane to provide the lift

UAV Specification eBee Plus SenseFly UAV 1.1 kg weight Wingspan 110cm 3 km radio link range 45 minute maximum flight time Payload consists of sensors, wireless communication equipment, RTK/PPK system for positioning (accuracy 3-5cm)

Mapping Sensors 1-Digital Camera Used for day operation they include video camera and high definition photographic equipment.

2- Infrared sensors: They are used for night vision, and heat sensing.

3-Light Detection And Ranging (LiDAR)  A surveying tool used for creating point cloud and digital elevation models of the ground. (Point cloud is a set of data points in 3D coordinates, represents the external surface of the object)

UAV photogrammetric products include: DSM / DTM (3D Models) Orthophoto (geospatially corrected aerial images) Contour Plans Topographic Maps High definition Digital Images.

UAV photogrammetric products Digital Terrain Model (DTM) Digital Surface Model (DSM) Orthophoto Contour Line Plan 3D Model

Four phases of Disaster Management

UAV Application in Disaster Management

UAVs – Preparedness UAVs can assist in many areas of pre-disaster preparedness and planning: * Mapping, determining hazard areas, evacuation routes and safe zones * Determine locations for pre-placement and deployment of resources * Preplanning and familiarization for tactical and strategic responses * Support of training and exercise activities

UAVs - Response UAVs can support many missions during the Response Phase of a disaster including: * Provide real time situational awareness including locations of threats and hazards * Survey damaged or assess conditions in inaccessible disaster areas * Determine status of roads and critical infrastructure * Provide geospatial references and navigation * Monitor response operations and its effectiveness * Assist Search and Rescue Operations

UAVs - Recovery The Recovery Phase is historically the longest phase of a disaster response: * Survey damaged areas and structures * Provide geospatial references and navigation * Determine status of roads and critical infrastructure * Monitor recovery operations and effectiveness * Monitor the movement of persons, vehicles and resources * Provide support for security operations

UAVs - Mitigation *UAVs have many applications that can assist authorities in mitigation efforts: * Surveying new land for settlement * Monitoring snow melt, storm runoff to prevent flooding * Determine status of transportation routes * preparation of maps and documents for pre-disaster conditions.

Conclusion - UAVs can save lives, property, - UAVs are a reasonably low cost solution for disaster management - UAV data are used to create 3D models, when compared with historical data, offers new perspectives of the extent of the damage. - UAV data are used in planning, construction for new settlements.

THANK YOU