Project Overview
This project, based on the daily maintenance and management needs of highways, develops an efficient, safe, intelligent, and practical rapid inspection solution for highway network conditions and facilities to replace the current inefficient and unsafe manual inspection methods. Simultaneously, it constructs a comprehensive tracking management system covering the entire process from inspection to early warning, dispatch and handling, and re-inspection, achieving automated and intelligent road maintenance management.
Construction goals
Intelligent highway rapid inspection solution-
01
Intelligent identification and location of road surface defects
AI technology is used to automatically identify and accurately locate various defects in highway pavement, and associate them with real station information to provide data support for refined maintenance and scientific decision-making.
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02
Intelligent detection of road debris
Real-time monitoring of debris on highways provides rapid warnings of potential safety hazards, ensuring comprehensive road safety and smooth traffic flow.
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03
Intelligent scanning of highway traffic safety facilities
The system automatically collects information on traffic safety facilities along roads, digitizes the facilities, and intelligently identifies abnormal conditions such as damage or missing facilities.
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04
Road surface distress full life cycle database
By utilizing time-series databases, traceable digital archives of diseases can be constructed, recording spatiotemporal data of the entire process from discovery and evolution to repair, supporting trend prediction and scientific decision-making.
Demonstration and guidance
To create a model for the construction of an "information-based and intelligent expressway" management and maintenance system in the province and even the whole country, and to provide intelligent, efficient, safe and automated auxiliary support for the maintenance decision-making of expressway network conditions and traffic facilities throughout the entire life cycle of operation.-
Efficiency
Supports a driving speed of 120km/h, greatly improving patrol efficiency.
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Security
No manual operation is required, eliminating the safety hazards caused by frequent vehicle stops and passengers getting out of the vehicle.
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automation
This forms a full-process tracking management system, from inspection information collection, road network condition and facility defects and incident early warning, task assignment and handling to re-inspection.
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Intelligent
AI algorithms intelligently identify road surface defects, roadside facilities, and debris.
Application effectiveness
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efficient patrol
This enables visualized management and precise scheduling of road maintenance, significantly reducing inspection costs and improving the efficiency of problem detection and response.
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Travel safety
To promote more timely and effective road maintenance, reduce and prevent traffic accidents, and comprehensively protect public travel safety.
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Improved efficiency
By replacing traditional manual inspections with intelligent inspections, the need for manpower and operational investment can be significantly reduced, helping companies reduce costs and increase efficiency.