1997Journal of Construction Engineering and ManagementRequires access

Communications and Tracking for Construction Vehicles

Arcot L. Naresh, Charles T. Jahren

Open publisher page 17 citations

Abstract

Advanced communication and tracking systems (ACTS) have potential to improve the efficiency of vehicle fleets such as dump trucks, concrete trucks, low boy trailers, and scrapers. Commercial applications of ACTS in long distance trucking and inventory/materials tracking have been successful. ACTS can be seen as having significant prospects in construction fleet management, especially for complex operations where dispatchers must know vehicle locations and communicate constantly with drivers. This paper describes three advanced systems: signaling systems, continuous communication and tracking systems, and radio frequency identification. Three conceptual examples follow that show how these systems can be implemented and demonstrate their potential value in construction fleet management.

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What this paper is about

Advanced communication and tracking systems (ACTS) have potential to improve the efficiency of vehicle fleets such as dump trucks, concrete trucks, low boy trailers, and scrapers. Commercial applications of ACTS in long distance trucking and inventory/materials tracking have been successful. ACTS can be seen as having significant prospects in construction fleet management, especially for complex operations where dispatchers must know vehicle locations and communicate constantly with drivers. This paper describes three advanced systems: signaling systems, continuous communication and tracking systems, and radio frequency identification. Three conceptual examples follow that show how these systems can be implemented and demonstrate their potential value in construction fleet management.

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OpenAlex reports 17 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

Advanced communication and tracking systems (ACTS) have potential to improve the efficiency of vehicle fleets such as dump trucks, concrete trucks, low boy trailers, and scrapers. Commercial applications of ACTS in long distance trucking and inventory/materials tracking have been successful. ACTS can be seen as having significant prospects in construction fleet management, especially for complex operations where dispatchers must know vehicle locations and communicate constantly with drivers. This paper describes three advanced systems: signaling systems, continuous communication and tracking systems, and radio frequency identification. Three conceptual examples follow that show how these systems can be implemented and demonstrate their potential value in construction fleet management.

Key concepts: Truck, Vehicle tracking system, Fleet management, Tracking (education), Tracking system, Communications system, Radio-frequency identification, Transport engineering

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