Design of Personal Positioning for Coal Mine Based on Mesh

Wen Hua Gao; J. Ma; L. Kang

doi:10.4028/www.scientific.net/AMR.44-46.443

Paper Titles

Power Train-Vehicle Modeling to Simulate Shifting Transients of Off-Highway Vehicles
p.415

Integration of Axiomatic Design and Design Structure Matrix for Product Design
p.421

Functional Evolution Process Modeling and Management for Conceptual Product Design
p.429

Development of Assistive Medical Device Based on Reverse Engineering and Biomechanics
p.437

Design of Personal Positioning for Coal Mine Based on Mesh
p.443

Product Design of a Precision Recycle-Process Tool for Displays' Color Filters of TFT-LCDs
p.449

Rolling-Leveling Assistance in Ultrasonic Electrochemical Finishing of External Cylindrical Surface
p.455

Robust Optimization Design of Compensative Pulley Block of Luffing Mechanism Using the Compromise Decision Support Problem
p.463

A Port-Based Approach to Configuration Design of Mechanical Products
p.471

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 44-46Design of Personal Positioning for Coal Mine Based...

Design of Personal Positioning for Coal Mine Based on Mesh

Abstract:

This paper puts forward a method for a location system for colliery worker based on wireless mesh network combined with zigbee technology which supports IEEE 802.15.4 wireless communication standard, with low power dissipation. Data receipt and transmission by wireless communication is realized by RF chip MC13192 produced by Freescale company. Data procession and analysis is achieved by S3C2410A chip manufactured by Sumsung which belongs to ARM9 16/32 RISC processor.