Geometry's Parts (4/11/2008)
prepared by:
Joseph Malkevitch
Department of Mathematics and Computing
York College (CUNY)
Jamaica, New York 11451-0001
Email: malkevitch@york.cuny.edu (for additions, suggestions, and corrections)
Algebraic geometry
Arrangements of lines and hyperplanes
Automata
Axiomatics
Block designs
Cartography
Catastrophe theory
Coding theory
Computational geometry
Computational topology
Computer vision
Configurations
Conic sections
Convexity
Coordinate systems
Descriptive geometry
Differential geometry
Digital geometry
Discrete geometry
Display of data
Distances
Equidecomposibility
Euclidean geometry
Finite geometries
Fractal geometry
Geodesy
Geometric constructions
Geometric extremal problems
Geometric games
Geometric inequalities
Geometric and solid modeling
Geometric probability
Geometry and Physics
Geometry, art, and architecture
Geometry of complex numbers
Geometry of fabrics
Geometry puzzles
Geometric transformations
Geometry of surfaces
Graph theory
Groups
History of geometry
Hyperbolic geometry
Image processing
Integral geometry
Inversive geometry
Isoperimetric problems
Knot theory
Lattice points
Linear programming
Linkages
Manifolds
Minkoswki geometry
N-dimensional geometry
Optical illusions and moiré patterns
Oriented matroids
Packing and Covering
Paper folding and origami
Plane curves
Polygons
Polyhedra
Projective geometry
Pseudolines and pseudocurves
Pythagorean theorem
Rigidity theory
Shape grammars
Space-time geometry
Symmetry
Taxicab geometry
Teaching geometry
Tilings
Topology
VLSI