Data Collection Technologies for Road Management

Different types of data are required for managing the road infrastructure. Inventory data describe the physical elements of a road system. Condition data describe the condition of elements that can be expected to change over time. There are a wide...

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Main Authors:	Bennett, Christopher R., De Solminihac, Hernán, Chamorro, Alondra
Format:	Brief
Language:	English
Published:	World Bank, Washington, DC 2012
Subjects:	ANALOG ATTRIBUTES AXLE LOAD AXLE LOADS AXLES BASIC BEAMS BRIDGE BRIDGE CONDITIONS BRIDGE ENGINEERS BRIDGE INSPECTION BRIDGES CABLES CALIBRATION COMPONENTS CONCRETE CONE PENETROMETER CRACKING DATA COLLECTION DATA HANDLING DATA PROCESSING DECISION MAKING DEVICES DIGITAL DIGITAL IMAGING DRILLING EMISSIONS ENGINEERING EQUIPMENT EXPRESSWAYS FRAMEWORK FUNDAMENTAL GPS HIGHWAY HIGHWAY ADMINISTRATION IMAGING INSPECTION INTEROPERABILITY LEARNING LOADING LOOPS MACROTEXTURE MICROTEXTURE NAVIGATION NETWORKS PAVEMENT PAVEMENT CONDITION PAVEMENT MANAGEMENT PAVEMENT MANAGEMENT SYSTEM PAVEMENT STRUCTURE PAVEMENTS PERMEABILITY RADAR RESEARCH ROAD ROAD INFRASTRUCTURE ROAD MANAGEMENT ROAD NETWORK ROAD SYSTEM ROAD TYPES ROADS ROADWAY ROUGHNESS RURAL INFRASTRUCTURE RURAL ROADS RURAL TRANSPORT RUST RUT DEPTH SAFETY SENSORS SHARING SOUNDING SPEED STEEL STRUCTURES THERMOGRAPHY TIMBER TRAFFIC TRAFFIC COUNTERS TRAFFIC COUNTING TRAFFIC COUNTS TRAFFIC DATA TRAFFIC FLOW TRAFFIC INFORMATION TRAFFIC MONITORING TRAFFIC SURVEYS TRAFFIC VOLUME TRAFFIC VOLUMES TRANSPORT TRANSPORT RESEARCH TRANSPORT RESEARCH LABORATORY TRANSPORTATION TRANSPORTATION AGENCIES TRANSPORTATION RESEARCH TRUCKS TYPES OF TRAFFIC URBAN ROADS VEHICLE VEHICLE CLASSES VEHICLE CLASSIFICATION VEHICLE FLEET VEHICLE OCCUPANCIES VEHICLE SPEEDS VEHICLES WHEELS
Online Access:	http://documents.worldbank.org/curated/en/2006/05/7066169/data-collection-technologies-road-management http://hdl.handle.net/10986/11776

id	okr-10986-11776
recordtype	oai_dc
spelling	okr-10986-117762021-04-23T14:02:57Z Data Collection Technologies for Road Management Bennett, Christopher R. De Solminihac, Hernán Chamorro, Alondra ANALOG ATTRIBUTES AXLE LOAD AXLE LOADS AXLES BASIC BEAMS BRIDGE BRIDGE CONDITIONS BRIDGE ENGINEERS BRIDGE INSPECTION BRIDGES CABLES CALIBRATION COMPONENTS CONCRETE CONE PENETROMETER CRACKING DATA COLLECTION DATA HANDLING DATA PROCESSING DECISION MAKING DEVICES DIGITAL DIGITAL IMAGING DRILLING EMISSIONS ENGINEERING EQUIPMENT EXPRESSWAYS FRAMEWORK FUNDAMENTAL GPS HIGHWAY HIGHWAY ADMINISTRATION IMAGING INSPECTION INTEROPERABILITY LEARNING LOADING LOOPS MACROTEXTURE MICROTEXTURE NAVIGATION NETWORKS PAVEMENT PAVEMENT CONDITION PAVEMENT MANAGEMENT PAVEMENT MANAGEMENT SYSTEM PAVEMENT STRUCTURE PAVEMENTS PERMEABILITY RADAR RESEARCH ROAD ROAD INFRASTRUCTURE ROAD MANAGEMENT ROAD NETWORK ROAD SYSTEM ROAD TYPES ROADS ROADWAY ROUGHNESS RURAL INFRASTRUCTURE RURAL ROADS RURAL TRANSPORT RUST RUT DEPTH SAFETY SENSORS SHARING SOUNDING SPEED STEEL STRUCTURES THERMOGRAPHY TIMBER TRAFFIC TRAFFIC COUNTERS TRAFFIC COUNTING TRAFFIC COUNTS TRAFFIC DATA TRAFFIC FLOW TRAFFIC INFORMATION TRAFFIC MONITORING TRAFFIC SURVEYS TRAFFIC VOLUME TRAFFIC VOLUMES TRANSPORT TRANSPORT RESEARCH TRANSPORT RESEARCH LABORATORY TRANSPORTATION TRANSPORTATION AGENCIES TRANSPORTATION RESEARCH TRUCKS TYPES OF TRAFFIC URBAN ROADS VEHICLE VEHICLE CLASSES VEHICLE CLASSIFICATION VEHICLE FLEET VEHICLE OCCUPANCIES VEHICLE SPEEDS VEHICLES WHEELS Different types of data are required for managing the road infrastructure. Inventory data describe the physical elements of a road system. Condition data describe the condition of elements that can be expected to change over time. There are a wide range of technologies available to the road manager for measuring attributes of the road network. The challenge is to select the appropriate equipment, given local conditions and the way in which the data are expected to be used. The purpose of this note is to give a general view of the currently available survey technologies applied to pavements, bridges and traffic. This includes an assessment of the applicability of these technologies in developing countries. The goal is to assist managers in establishing an appropriate and sustainable e data collection program and procuring the appropriate equipment to collect the data. This note is a summary of the report 'Data Collection Technologies for Road Management' (see report no. 37372). The note opens with a discussion of data collection requirements. This is then followed by separate discussions on pavements, bridges and traffic survey technologies. A cost/performance analysis between available equipment is presented in each section. Finally, recommendations for data collection are presented as a guidance to managers in developing countries. 2012-08-13T15:59:50Z 2012-08-13T15:59:50Z 2006-05 http://documents.worldbank.org/curated/en/2006/05/7066169/data-collection-technologies-road-management http://hdl.handle.net/10986/11776 English Transport Notes Series; No. TRN 30 CC BY 3.0 IGO http://creativecommons.org/licenses/by/3.0/igo/ World Bank World Bank, Washington, DC Publications & Research :: Brief Publications & Research
repository_type	Digital Repository
institution_category	Foreign Institution
institution	Digital Repositories
building	World Bank Open Knowledge Repository
collection	World Bank
language	English
topic	ANALOG ATTRIBUTES AXLE LOAD AXLE LOADS AXLES BASIC BEAMS BRIDGE BRIDGE CONDITIONS BRIDGE ENGINEERS BRIDGE INSPECTION BRIDGES CABLES CALIBRATION COMPONENTS CONCRETE CONE PENETROMETER CRACKING DATA COLLECTION DATA HANDLING DATA PROCESSING DECISION MAKING DEVICES DIGITAL DIGITAL IMAGING DRILLING EMISSIONS ENGINEERING EQUIPMENT EXPRESSWAYS FRAMEWORK FUNDAMENTAL GPS HIGHWAY HIGHWAY ADMINISTRATION IMAGING INSPECTION INTEROPERABILITY LEARNING LOADING LOOPS MACROTEXTURE MICROTEXTURE NAVIGATION NETWORKS PAVEMENT PAVEMENT CONDITION PAVEMENT MANAGEMENT PAVEMENT MANAGEMENT SYSTEM PAVEMENT STRUCTURE PAVEMENTS PERMEABILITY RADAR RESEARCH ROAD ROAD INFRASTRUCTURE ROAD MANAGEMENT ROAD NETWORK ROAD SYSTEM ROAD TYPES ROADS ROADWAY ROUGHNESS RURAL INFRASTRUCTURE RURAL ROADS RURAL TRANSPORT RUST RUT DEPTH SAFETY SENSORS SHARING SOUNDING SPEED STEEL STRUCTURES THERMOGRAPHY TIMBER TRAFFIC TRAFFIC COUNTERS TRAFFIC COUNTING TRAFFIC COUNTS TRAFFIC DATA TRAFFIC FLOW TRAFFIC INFORMATION TRAFFIC MONITORING TRAFFIC SURVEYS TRAFFIC VOLUME TRAFFIC VOLUMES TRANSPORT TRANSPORT RESEARCH TRANSPORT RESEARCH LABORATORY TRANSPORTATION TRANSPORTATION AGENCIES TRANSPORTATION RESEARCH TRUCKS TYPES OF TRAFFIC URBAN ROADS VEHICLE VEHICLE CLASSES VEHICLE CLASSIFICATION VEHICLE FLEET VEHICLE OCCUPANCIES VEHICLE SPEEDS VEHICLES WHEELS
spellingShingle	ANALOG ATTRIBUTES AXLE LOAD AXLE LOADS AXLES BASIC BEAMS BRIDGE BRIDGE CONDITIONS BRIDGE ENGINEERS BRIDGE INSPECTION BRIDGES CABLES CALIBRATION COMPONENTS CONCRETE CONE PENETROMETER CRACKING DATA COLLECTION DATA HANDLING DATA PROCESSING DECISION MAKING DEVICES DIGITAL DIGITAL IMAGING DRILLING EMISSIONS ENGINEERING EQUIPMENT EXPRESSWAYS FRAMEWORK FUNDAMENTAL GPS HIGHWAY HIGHWAY ADMINISTRATION IMAGING INSPECTION INTEROPERABILITY LEARNING LOADING LOOPS MACROTEXTURE MICROTEXTURE NAVIGATION NETWORKS PAVEMENT PAVEMENT CONDITION PAVEMENT MANAGEMENT PAVEMENT MANAGEMENT SYSTEM PAVEMENT STRUCTURE PAVEMENTS PERMEABILITY RADAR RESEARCH ROAD ROAD INFRASTRUCTURE ROAD MANAGEMENT ROAD NETWORK ROAD SYSTEM ROAD TYPES ROADS ROADWAY ROUGHNESS RURAL INFRASTRUCTURE RURAL ROADS RURAL TRANSPORT RUST RUT DEPTH SAFETY SENSORS SHARING SOUNDING SPEED STEEL STRUCTURES THERMOGRAPHY TIMBER TRAFFIC TRAFFIC COUNTERS TRAFFIC COUNTING TRAFFIC COUNTS TRAFFIC DATA TRAFFIC FLOW TRAFFIC INFORMATION TRAFFIC MONITORING TRAFFIC SURVEYS TRAFFIC VOLUME TRAFFIC VOLUMES TRANSPORT TRANSPORT RESEARCH TRANSPORT RESEARCH LABORATORY TRANSPORTATION TRANSPORTATION AGENCIES TRANSPORTATION RESEARCH TRUCKS TYPES OF TRAFFIC URBAN ROADS VEHICLE VEHICLE CLASSES VEHICLE CLASSIFICATION VEHICLE FLEET VEHICLE OCCUPANCIES VEHICLE SPEEDS VEHICLES WHEELS Bennett, Christopher R. De Solminihac, Hernán Chamorro, Alondra Data Collection Technologies for Road Management
relation	Transport Notes Series; No. TRN 30
description	Different types of data are required for managing the road infrastructure. Inventory data describe the physical elements of a road system. Condition data describe the condition of elements that can be expected to change over time. There are a wide range of technologies available to the road manager for measuring attributes of the road network. The challenge is to select the appropriate equipment, given local conditions and the way in which the data are expected to be used. The purpose of this note is to give a general view of the currently available survey technologies applied to pavements, bridges and traffic. This includes an assessment of the applicability of these technologies in developing countries. The goal is to assist managers in establishing an appropriate and sustainable e data collection program and procuring the appropriate equipment to collect the data. This note is a summary of the report 'Data Collection Technologies for Road Management' (see report no. 37372). The note opens with a discussion of data collection requirements. This is then followed by separate discussions on pavements, bridges and traffic survey technologies. A cost/performance analysis between available equipment is presented in each section. Finally, recommendations for data collection are presented as a guidance to managers in developing countries.
format	Publications & Research :: Brief
author	Bennett, Christopher R. De Solminihac, Hernán Chamorro, Alondra
author_facet	Bennett, Christopher R. De Solminihac, Hernán Chamorro, Alondra
author_sort	Bennett, Christopher R.
title	Data Collection Technologies for Road Management
title_short	Data Collection Technologies for Road Management
title_full	Data Collection Technologies for Road Management
title_fullStr	Data Collection Technologies for Road Management
title_full_unstemmed	Data Collection Technologies for Road Management
title_sort	data collection technologies for road management
publisher	World Bank, Washington, DC
publishDate	2012
url	http://documents.worldbank.org/curated/en/2006/05/7066169/data-collection-technologies-road-management http://hdl.handle.net/10986/11776
_version_	1764417955079127040

Data Collection Technologies for Road Management

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