Broad Area: Fractal Geometry.
Previous Work/Experiences:
Formulating an iterated function system (IFS) on the sphere (Euclidean space) consists of
transformations constructed using the Stereographic projection map and its inverse map.
Providing detailed constructions of an affine fractal interpolation function (FIF) on the real projective
plane (non-Euclidean space).
Estimating the fractal dimension of the graph associated with a FIF on the real projective plane.
Providing constructions of a non-affine FIF on the real projective plane and also developing the idea of
constructions of non-affine FIF on the dual of the real projective plane.
Initiating the quantization theory for Cantor-like set on the real projective line.
Research Interests: Fractal Geometry, Geometric Measure Theory and Dimension Theory