enhancing safety & operational efficiencies 2002 operational trial

22
Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Upload: dwight-smith

Post on 15-Jan-2016

225 views

Category:

Documents


0 download

TRANSCRIPT

Page 1: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Enhancing Safety & Operational Efficiencies

2002 Operational Trial

Page 2: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Presentation Overview• Introduce Norsat• Define our understanding of the needs• Review the potential outcomes of implementing the

technology• Review the technology that Norsat has researched

and brought to the workshop– Video camera– Thermal imaging camera– Network communications

Enhancing Safety & Operational Efficiencies

Page 3: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Presentation Objective• Give you an understanding of the available

technology

• Get you thinking as to the possibilities

• Invite you to the demo area to ask lots of questions

Enhancing Safety & Operational Efficiencies

Page 4: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Who is Norsat?• A Division of Infosat Telecommunications

(Infosat is a leading satellite system integrator and network provider)

• Norsat is a designer and integrator of closed circuit monitoring systems that is supported by Infosat’s satellite communications offerings

• Wide range of customers in a variety of markets

Enhancing Safety & Operational Efficiencies

Page 5: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Norsat’s Understanding:

Enhancing Safety & Operational Efficiencies

Page 6: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Norsat’s Understanding: Forest Protection Division has an objective

to discover and report all fires at 0.1 ha or less

Enhancing Safety & Operational Efficiencies

Page 7: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Norsat’s Understanding: Forest Protection Division has an objective

to discover and report all fires at 0.1 ha or less

To achieve this objective FERIC is researching the integration of camera surveillance and satellite communications technology to reach this objective

Enhancing Safety & Operational Efficiencies

Page 8: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Technology Contribution:

Enhancing Safety & Operational Efficiencies

Page 9: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Technology Contribution: An aid to support Look Out Tower

Operators in the detection of forest fires

Enhancing Safety & Operational Efficiencies

Page 10: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Technology Contribution: An aid to support Look Out Tower

Operators in the detection of forest fires An automated approach to detecting and

notifying Tower Operators and Provincial Control Centers of potential forest fires

Enhancing Safety & Operational Efficiencies

Page 11: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Available Technology:

Enhancing Safety & Operational Efficiencies

Page 12: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Available Technology: Video Camera

Panasonic ½” CCD Color/Black & White Pentax 12-240 mm lens Pelco Camera Enclosure and Pan/Tilt

Head

Enhancing Safety & Operational Efficiencies

Page 13: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Available Technology: Thermal Imaging Camera

Camera integrated with Pan/Tile Head Detection software

Enhancing Safety & Operational Efficiencies

Page 14: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Available Technology: Tower Monitoring System

Keyboard (PTZ) Monitor Alarm notification E-mail

Enhancing Safety & Operational Efficiencies

Page 15: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Available Technology: Remote Monitoring System

Video Transmission System HIS Satellite Uplink and Downlink Remote View Monitoring Software Alarm/Live Video Recording

Enhancing Safety & Operational Efficiencies

Page 16: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Technology Integration

Enhancing Safety & Operational Efficiencies

Remote Monitoring Tower Monitoring

Page 17: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Enhancing Safety & Operational Efficiencies

Page 18: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Infrared Basics: Humans only see a small portion of the

light spectrum (visible light) The difference between visible light and

infrared is its wavelength or frequency

Enhancing Safety & Operational Efficiencies

Page 19: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Infrared Basics: Objects emit infrared radiation The amount of radiation emitted is

proportional to the temperature of the object Infrared cameras primarily see infrared

energy emitted by objects

Enhancing Safety & Operational Efficiencies

Page 20: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Infrared Basics: Infrared cameras operates in one of two

transmission bands Wavelengths (3-5um and 7-14um) are

bands in the spectrum that are not blocked by the atmosphere

Enhancing Safety & Operational Efficiencies

Page 21: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Norsat’s Approach: Define and document the needs Research and document the existing infrastructure Research and document the operational

environments Apply the most appropriate technology and keep it

simple Work together/communicate openly

Enhancing Safety & Operational Efficiencies

Page 22: Enhancing Safety & Operational Efficiencies 2002 Operational Trial

Greatness is not where we stand today, but the direction we are going

Enhancing Safety & Operational Efficiencies