Generative inspection process and probe path planning for coordinate measuring machines

Surface form inspection with contact coordinate measurement: a review

“…The most commonly used localization method for a simple object is the 3-2-1 approach [192]. This approach is easy to implement but it can only be applied to objects with plane surfaces and it is sensitive to measurement errors.…”

Surface form inspection with contact coordinate measurement: a review

“…The most commonly used localization method for a simple object is the 3-2-1 approach [192]. This approach is easy to implement but it can only be applied to objects with plane surfaces and it is sensitive to measurement errors.…”

Development of a STEP-compliant inspection framework for discrete components

“…The object-oriented inspection planner presented by Gu and Chan [16] consists of two knowledgebased planning systems, i.e. an inspection process planner and an inspection path planner.…”

Computer-aided inspection for substrate design

“…They also developed an algorithm, called principle cluster, to set up the relationship matrix between measuring point and measuring tool, and then adopted the relationship matrix to produce an optimal sequence and the use of measuring tools and their orientations. Chan [9] set up an inspection procedure planning on a STEP product model by means of an object-oriented method. The system included three parts: (1) inspection process planning, (2) CMM inspection path planning, in which the inspection process planning extracted inspection-related information, such as specification, tolerance, and geometry from the STEP model to produce process planning and (3) the inspection path applied the information of inspection planning to produce a CMM inspection path.…”

Surface form inspection with contact coordinate measurement: a review

“…The most commonly used localization method for a simple object is the 3-2-1 approach [192]. This approach is easy to implement but it can only be applied to objects with plane surfaces and it is sensitive to measurement errors.…”

Development of a STEP-compliant inspection framework for discrete components

“…The object-oriented inspection planner presented by Gu and Chan [16] consists of two knowledgebased planning systems, i.e. an inspection process planner and an inspection path planner.…”

Computer-aided inspection for substrate design

“…They also developed an algorithm, called principle cluster, to set up the relationship matrix between measuring point and measuring tool, and then adopted the relationship matrix to produce an optimal sequence and the use of measuring tools and their orientations. Chan [9] set up an inspection procedure planning on a STEP product model by means of an object-oriented method. The system included three parts: (1) inspection process planning, (2) CMM inspection path planning, in which the inspection process planning extracted inspection-related information, such as specification, tolerance, and geometry from the STEP model to produce process planning and (3) the inspection path applied the information of inspection planning to produce a CMM inspection path.…”

Surface form inspection with contact coordinate measurement: a review

“…The most commonly used localization method for a simple object is the 3-2-1 approach [192]. This approach is easy to implement but it can only be applied to objects with plane surfaces and it is sensitive to measurement errors.…”

Development of a STEP-compliant inspection framework for discrete components

“…The object-oriented inspection planner presented by Gu and Chan [16] consists of two knowledgebased planning systems, i.e. an inspection process planner and an inspection path planner.…”

Computer-aided inspection for substrate design

“…They also developed an algorithm, called principle cluster, to set up the relationship matrix between measuring point and measuring tool, and then adopted the relationship matrix to produce an optimal sequence and the use of measuring tools and their orientations. Chan [9] set up an inspection procedure planning on a STEP product model by means of an object-oriented method. The system included three parts: (1) inspection process planning, (2) CMM inspection path planning, in which the inspection process planning extracted inspection-related information, such as specification, tolerance, and geometry from the STEP model to produce process planning and (3) the inspection path applied the information of inspection planning to produce a CMM inspection path.…”