摘要: |
This research project addresses the one of the main concerns of infrastructure managers i.e., data
access during field inspections by designing and implementing a database and developing a new
method for connecting the inspector to the datacenter using Augmented Reality (AR). This method
will provide inspectors with data in the field so they will be able to compare inspections over time
and make more comprehensive decisions. This is in line with the interest of the New Mexico
Department of Transportation (NMDOT) that observes performing frequent, thorough, and
objective inspections of infrastructure as a crucial way of preventing bridge decay. The database
and data connection method will be tested in field inspections in implementation phase and the
limitations will be identified. Based on the assessment of the method in these infrastructure
inspections the tools will be modified and improved for real-world field inspections.
This research proposes a new method for accessing the bridge inspection manuals and procedures
by developing a dropdown menu containing the bridge inspection instructions that can be accessed
in the field. The menu will be based on the DOT bridge inspection procedures and the instruction
will contain explanatory relevant figures and data about the inspection details such as types and
criteria for defects on bridges. Then this menu will be assessed in real-world bridge inspections
with NMDOT, and these evaluations direct the research team to the correct direction for improving
the menu.
The research team will test several AR tools developed for field inspections in bridge or other
infrastructure inspections and by that will evaluate AR implementation for real-world inspection
process. These AR tools such as concrete crack characterization, steel crack detection, and eyetracking
software have different purposes in inspection process such as measurement, detection,
or inspection quantification.
Finally, this research will include employing a new method with AR for transforming the training
process of the next generations of bridge inspectors, who can use this technology especially with
the advance of AR headsets in the future and will be the ones that can modify it best for the future
of infrastructure inspections. The project will include a training phase through which the volunteer
inspectors receive professional-inspection training and instructions based on the NMDOT bridge
department specifications in a transformed 3D environment using AR visualization capabilities.
Finally, this project will facilitate workforce development by providing basic training in AR
technology and its capabilities to the engineers in NMDOT bridge department. |