Mining Workshop: Mining Communications and Tracking
Lakewood, CO: May 13, 2009 - May 14, 2009, Charleston, WV: May 19, 2009 - May 20, 2009
NIOSH sponsored workshops designed to familiarize attendees with communications and tracking technologies, the technical challenges of using these technologies in underground mines, and implementation issues relative to the requirements of the MINER Act of 2006. During this workshop, the Mine Safety and Health Administration also led discussions of regulatory and policy considerations relative to deploying these technologies.
Slides and videos of presentations made by NIOSH researchers are available for downloading below. In addition, you may request a DVD containing all the NIOSH workshop presentations by sending an email to OMSHR@cdc.gov.
Introductions and Communications Basics
NIOSH Communications and Tracking Workshop Keynote Address
Tom Novak, Deputy Director, NIOSH Office of Mine Safety and Health Research
Slides | Captioned video | Uncaptioned video
Communications and Tracking Basics
Dave Snyder, MS, PE, General Engineer
Slides | Captioned video Uncaptioned video
Primary Communication Systems
Survivable Leaky Feeder Communication System
Jeffrey Welsh, Deputy Director, NIOSH Pittsburgh Research Laboratory
Slides | Captioned video Uncaptioned video
Node-Based Communications Overview
Tom Dubaniewicz, Lead Research Engineer
Slides | Captioned video Uncaptioned video
Secondary Communication Systems
Alternate Communications Paths & Secondary Systems
David Snyder, MS, PE, General Engineer
Slides | Captioned video Uncaptioned video
Medium Frequency (MF) Mine Communication Systems
Nick Damiano, Electrical Engineer
Slides | Captioned video Uncaptioned video
Through-the-Earth Mine Communication Systems
Mike Yenchek, Senior Electrical Engineer (Presented by Nick Damiano, Electrical Engineer)
Slides | Captioned video Uncaptioned video
Tracking Systems
RFID Tracking Systems - Conventional and Reverse RFID
Todd Ruff, Electrical Engineer
Slides | Captioned video Uncaptioned video
Node-Based Tracking Using Received Signal Strength Indication
Tom Dubaniewicz, Lead Research Engineer
Slides | Captioned video Uncaptioned video
System Implementation
System Implementation
Joseph Waynert, PhD, Senior Service Fellow
Slides
Safety Considerations for Underground Mine Communications and Tracking Systems Battery Safety
David Snyder, MS, PE, General Engineer
Slides
See Also
- Adaptive-Noise-Cancellation Techniques for Through-the-Earth Electromagnetics: Volume III
- Exploration of Two Position Adjustment Methods for Underground Mine Tracking Systems
- Performance and Safety Investigation of Emergency Backup Batteries and Battery Charging Systems for Underground Mining Applications
- Performance Evaluation of Electromagnetic Techniques for the Location of Trapped Miners
- Research and Development Contract for Coal Mine Communication System: Volume 1 - Summary and Results of System Study
- Research and Development Contract for Coal Mine Communication System: Volume 2 - Mine Visits
- Straight Line Walking and Path-Turn Identifying Algorithms for a Tracking Device Used in Underground Mines
- Underground Mine Communications (in Four Parts): 4. Section-to-Place Communications
- Underground Mine Communications, Control and Monitoring
- Waveform Generator-Package and Receiver: Mancarried and Helicopter Receiver Portion
- Page last reviewed: 9/20/2012
- Page last updated: 9/6/2012
- Content source: National Institute for Occupational Safety and Health, Mining Program