Slide 1 CS 240A: Solving Ax = b in parallel Dense A: Gaussian elimination with partial pivoting (LU) Same flavor as matrix * matrix, but more complicated Sparse A: Gaussian…
Slide 1 Graph Theory Ch. 4. Connectivity and paths 1 Chapter 4 Connectivity and Paths Slide 2 Graph Theory Ch. 4. Connectivity and paths 2 Connectivity 4.1.1 A separating…
Slide 1 Arc-consistency for alldiff(x,y,...,z) Example: P=(X,D,C) Variables: {w,x,y,z} X Domains: w {b,c,d,e} x {b,c} y {a,b,c,d} z {b,c} Constraints:…
Slide 1 Graphics Pipeline Hidden Surface CMSC 435/634 Slide 2 Visibility We can convert simple primitives to pixels/fragments How do we know which primitives (or which parts…
Slide 1 Graphics Pipeline Hidden Surfaces CMSC 435/634 Slide 2 Visibility We can convert simple primitives to pixels Which primitives (or parts of primitives) should be visible?…
Point Location Dmitry Rusakov Boris Kronrod Planar Point Location Lets S be a planar subdivision with n edges. The planar point location problem is to store S in such a way…
Analysis of Algorithms Edge Types Directed edge ordered pair of vertices (u,v) first vertex u is the origin second vertex v is the destination e.g., a flight Undirected edge…