Technology demonstrations

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  AI Construction Failure Inspection

  AI Construction Failure Inspection is a technology demonstration that leverages an advanced image recognition method and showcases how construction building companies and inspection agencies can automate the detection of construction failures by identifying structurally critical cracks, which results in significant improvement of the safety inspection efficiency and accuracy and reduction of the accident risks caused by structural damage.
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  AI Warehouse Robot Simulator

  AI Warehouse Robot Simulator is a technology demonstration of simulating, suggesting, and training robots suitable for warehouse technical constraints based on the warehouse model to achieve greater efficiency, accuracy, and flexibility in logistics, supply chain operations, and warehouse management while also enhancing workforce safety and reducing the risk of workplace injuries and other health emergencies.
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  AI Construction Takeoff

  With increasing materials expenses in the construction industry, mastering takeoff calculations is a crucial step for accurately forecasting project expenses and enhancing bidding strategies. Aiming to address key business challenges in the industry, AMC Bridge has created AI Construction Takeoff, a new proof-of-concept tool that aims to show what the future of construction takeoff can be. AI Construction Takeoff is a technology demonstration of automating the detection of a predefined set of symbols in construction drawings and the calculation of room square footage to streamline the construction takeoff process.
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  Construction Safety—Hard-hat Detector

  Construction Safety—Hard-hat Detector is a web-based technology demonstration of identifying people without hard hats on construction sites from a video file. Using the TensorFlow™ open-source software library with embedded machine learning and image recognition algorithms, the technology demonstration performs video analysis and extracts the frames where non-hard hat wearers are detected.
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  Digitalization of Construction Drawings

  Digitalization of Construction Drawings is a technology demonstration that showcases the application of artificial intelligence (AI) and machine learning (ML) algorithms to enhance facility management and building replanning, pave the way for data digitalization, support proper drawing archiving and history tracing, and provide data recovery possibilities to maintain business continuity. It presents the analysis and conversion of immutable documents in the form of images and photos into more flexible data formats.
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  Machine Learning Formula Scanner

  Machine Learning Formula Scanner is a technology demonstration of optical character recognition and reconstruction of mathematical formulas and expressions from images. It converts formula images to editable expressions and saves the converted formulas to a Microsoft Word document.
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  Architectural Chatbot for Revit

  Architectural Chatbot for Revit® is a technology demonstration of leveraging ChatGPT capabilities to draft residential building floor plans in the Autodesk® Revit® BIM software. By minimizing the involvement of human architects, it showcases the approach to reducing the project cost during the initial design stage and ensures a more efficient and automated construction process.
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  AI for Facility Management

  AI for Facility Management is an IOS®-based technology demonstration of using machine learning to extract elements of a building façade from a plain photo image and automate the creation of a bill of materials (BOM). With AI for Facility Management, users can: Take or upload images of façade openings to their iPad® mobile digital devices for recognition Use the Recognize functionality to label each image Get an editable list of manufacturing details for each opening (door or window) Edit image notes Select which recognized images to include in the BOM Send the resulting BOM to their email as an email draft Review the BOM in the email draft Email the BOM to other recipients
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  Shaft Component Generator for Autodesk Fusion 360

  Shaft Component Generator for Autodesk® Fusion 360™ a proof of concept add-in that extends the functionality of Fusion 360 by enabling users to create multi-diameter shafts. Add-in features the following functions: Add, remove and split cylinder, cone or polygon shaft sections. Add bores with features to the shaft ends. Attach created shaft to the existing assemblies using Placement tool. Add shaft section features such as fillet, chamfer, thread, keyway groove, wrench etc.