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20032019
most citedPlanar Minimally Rigid Graphs and Pseudo-Triangulations

92 citations · 140 across the 14 of their papers we have counts for

collaborators

16 papers

math.CO2019

Pairing symmetries for Euclidean and spherical frameworks

Katie Clinch, Anthony Nixon, Bernd Schulze +1

In this paper we consider the effect of symmetry on the rigidity of bar-joint frameworks, spherical frameworks and point-hyperplane frameworks in . In particular we s…

math.CO2017★ 2 cited

Point-hyperplane frameworks, slider joints, and rigidity preserving transformations

Yaser Eftekhari, Bill Jackson, Anthony Nixon +3

A one-to-one correspondence between the infinitesimal motions of bar-joint frameworks in and those in is a classical observation by Pogorelov, and fur…

math.MG2015

Rigidity of frameworks on expanding spheres

Anthony Nixon, Bernd Schulze, Shin-ichi Tanigawa +1

A rigidity theory is developed for bar-joint frameworks in whose vertices are constrained to lie on concentric -spheres with independently variable radii. In…

math.CO2014

Symmetry adapted Assur decompositions

Anthony Nixon, Bernd Schulze, Adnan Sljoka +1

Assur graphs are a tool originally developed by mechanical engineers to decompose mechanisms for simpler analysis and synthesis. Recent work has connected these graphs to strongly…

math.MG2011

Coning, symmetry and spherical frameworks

Bernd Schulze, Walter Whiteley

In this paper, we combine separate works on (a) the transfer of infinitesimal rigidity results from an Euclidean space to the next higher dimension by coning, (b) the further trans…

math.CO2010

Directed Graphs, Decompositions, and Spatial Linkages

Offer Shai, Adnan Sljoka, Walter Whiteley

The decomposition of a linkage into minimal components is a central tool of analysis and synthesis of linkages. In this paper we prove that every pinned d-isostatic (minimally rigi…