Journal ArticleIn this paper we describe the use of Voronoi diagrams to generate offsets for planar regions bounded by circular arcs and line segments, and then use the generated offsets as tool paths for NC machining. Two methods are presented, each producing a different type of offset. One of them generates the offsets of the region; the other divides the region into subpockets first, then offsets of the subpockets boundaries are used for tool paths. We show that a set of m offsets can be computed in 0(c\n log n + C2mn) time , where n is the numberof sides of the region, using either method
Tool paths for CNC machines must be offset from the desired part shape, in order to compensate for t...
AbstractWe discuss the design and implementation of a topology-oriented algorithm for the computatio...
A linear-time algorithm that computes the envelope of the offset of a monotone chain is presented. T...
AbstractWe show how to divide the edge graph of a Voronoi diagram into a tree that corresponds to th...
Voronoi diagrams for closed shapes have many practical applications, ranging from numerical control ...
We study different means to extend offsetting based on skeletal structures beyond the well-known con...
Contour-parallel tool paths for machining milling features are formed by linking the offsets. Determ...
This paper presents an efficient algorithm for generating cutter paths for the NC milling of arbitra...
Contour parallel tool paths are among the most widely used tool paths for planer milling operations....
Abstract Voronoi Diagrams are defined by a system of bisecting curves in the plane, rather than by t...
We investigate ways to extend offsetting based on skele-tal structures beyond the well-known constan...
[[abstract]]This study aims to explore the generation methods of milling tool paths for pockets, whi...
[[abstract]]Edge quality can be effectively enhanced in planar milling by preventing the tool from e...
In milling, the advancement of CAM strategies has increased the need for tailored algorithms for sem...
We study the practical computation of mitered and beveled offset curves of planar straight-line grap...
Tool paths for CNC machines must be offset from the desired part shape, in order to compensate for t...
AbstractWe discuss the design and implementation of a topology-oriented algorithm for the computatio...
A linear-time algorithm that computes the envelope of the offset of a monotone chain is presented. T...
AbstractWe show how to divide the edge graph of a Voronoi diagram into a tree that corresponds to th...
Voronoi diagrams for closed shapes have many practical applications, ranging from numerical control ...
We study different means to extend offsetting based on skeletal structures beyond the well-known con...
Contour-parallel tool paths for machining milling features are formed by linking the offsets. Determ...
This paper presents an efficient algorithm for generating cutter paths for the NC milling of arbitra...
Contour parallel tool paths are among the most widely used tool paths for planer milling operations....
Abstract Voronoi Diagrams are defined by a system of bisecting curves in the plane, rather than by t...
We investigate ways to extend offsetting based on skele-tal structures beyond the well-known constan...
[[abstract]]This study aims to explore the generation methods of milling tool paths for pockets, whi...
[[abstract]]Edge quality can be effectively enhanced in planar milling by preventing the tool from e...
In milling, the advancement of CAM strategies has increased the need for tailored algorithms for sem...
We study the practical computation of mitered and beveled offset curves of planar straight-line grap...
Tool paths for CNC machines must be offset from the desired part shape, in order to compensate for t...
AbstractWe discuss the design and implementation of a topology-oriented algorithm for the computatio...
A linear-time algorithm that computes the envelope of the offset of a monotone chain is presented. T...