Contouring Functions of Two Variables. - Kevin G. Suffern (Aust. Comput. J., 1984)

Perspective views of polar coordinate functions. - Kevin G. Suffern (Comput. Graph., 1988)

Quadtree Algorithms for Contouring Functions of Two Variables. - Kevin G. Suffern (Comput. J., 1990)

Interval methods in computer graphics. - Kevin G. Suffern; Edward D. Fackerell (Comput. Graph., 1991)

Using computer graphics to teach computer graphics. - Kevin G. Suffern; Scott Hopwood (Computer Mediated Education of Information Technology Professionals and Advanced End-Users, 1993)

Effective instructional animation in 3D computer graphics education. - Kevin G. Suffern (ACSE, 2000)

Ray tracing four spheres at the vertices of a regular tetrahedron. - Kevin G. Suffern (Vis. Comput., 2000)

Visualisation of implicit surfaces. - Ronald J. Balsys; Kevin G. Suffern (Comput. Graph., 2001)

Painting with light. - Kevin G. Suffern (SIGGRAPH Abstracts and Applications, 2002)

Rendering the Intersections of Implicit Surfaces. - Kevin G. Suffern; Ronald J. Balsys (IEEE Computer Graphics and Applications, 2003)

Ray Tracing Surfaces with Contours. - Ronald J. Balsys; Kevin G. Suffern (Comput. Graph. Forum, 2003)

Point based rendering of non-manifold surfaces with contours. - Ronald J. Balsys; Kevin G. Suffern (GRAPHITE, 2004)

Adaptive Polygonisation of Non-Manifold Implicit Surfaces. - Ronald J. Balsys; Kevin G. Suffern (CGIV, 2005)

Point Based Rendering of Implicit 4-Dimensional Surfaces. - Ronald J. Balsys; Kevin G. Suffern (CGIV, 2007)

Point rendering of non-manifold surfaces with features. - Dirk J. Harbinson; Ronald J. Balsys; Kevin G. Suffern (GRAPHITE, 2007)

Real-Time Antialiasing of Edges and Contours of Point Rendered Implicit Surfaces. - Dirk J. Harbinson; Ronald J. Balsys; Kevin G. Suffern (CGIV, 2008)

Point-Based Rendering of Non-Manifold Surfaces. - Ronald J. Balsys; Kevin G. Suffern; Huw Jones (Comput. Graph. Forum, 2008)

Visualizing Nonmanifold and Singular Implicit Surfaces with Point Clouds. - Ronald J. Balsys; Dirk J. Harbinson; Kevin G. Suffern (IEEE Trans. Vis. Comput. Graph., 2012)