Reference,Metrology & Machine Vision
PixelTraq Code Repository
To assist our clients with integration of camera calibration into existing or new image processing software workflows, Quartus provides a public repository of code to facilitate implementations across multiple platforms.
Reference,Metrology & Machine Vision
PixelTraq System Summary
Find a general review of the PixelTraq calibration station and service offerings in this presentation, as well as sample calibrations and unique application examples complete with a comparison to open source methods.
Reference,Metrology & Machine Vision
Stereo Vision Applications
Camera calibration has many applications in the field of machine vision. This article will focus on how camera calibration is used for stereo vision.
Reference,Metrology & Machine Vision
Introduction to Camera Calibration
Review the technical details of classical chart-based camera calibration methodology and what makes PixelTraq unique in the capture of traceable point pairs required for robust and precise camera modeling.
Reference,Metrology & Machine Vision
Introduction to Camera Models
Camera models are mathematical representations of the way that light travels from the real world to the image plane of a camera. Here, we introduce camera models and provide the relevant background to understand camera calibration.
Simulation Methods & Reference,Reference
Core and Cavity Modeling
Techniques for modeling complex molded parts using a core, cavity, and part body approach. Learn how consistent coordinate systems and local datum structures support advanced manufacturing workflows and ensure precision throughout complex systems engineering.
Reference,Test, Instrumentation & Correlation
Boundry Condition Testing
An overview of strain gage testing and model correlation methods used in aerospace engineering and structural dynamics. Learn how precise strain measurements, static and operational testing, and model correlation techniques enhance accuracy in engineering system solutions and validation.
Simulation Methods & Reference,Reference
NASTRAN Units in Engineering
An introduction to the fundamentals of NASTRAN and finite element analysis (FEA), including how solvers interpret models, process data, and generate results. Explore the structure of input decks, element types, and output files that form the foundation of advanced simulation and structural analysis.
Simulation Methods & Reference,Reference
NASTRAN User Guide
An introduction to the NASTRAN environment and its role in finite element analysis (FEA) for aerospace systems engineering. This overview covers solver fundamentals, input deck structure, and common element types used in mechanical simulation and systems modeling and simulation.
Composites 101
This overview introduces the basic concepts of advanced materials engineering, precision design, and aerospace composite systems. Learn the fundamentals of composite materials and laminate design, from fiber types and layup techniques to drawing conventions and structural principles.