PPT-Finite Projective Planes

By Aaron Walker Wagner Geometry Finite Geometry Projective Planes Finite Projective Planes Definitions Projective Plane It is a geometric structure It contains a set of lines not necessarily straight a set of points and a relation between the lines and points called incidence . customers more bin . space to . expedite boarding . and reduce the . number of . gate-checked bags. B. ins . on . A319s . and . A320s have . new latches and . doors, nearly doubling each plane’s . carry-on . – Meyniel’s conjecture. Dr. Anthony Bonato. Ryerson University. AM8002. Fall . 2014. How big can the cop number be?. if G is disconnected of order n, then we can have c(G) = n (example?). c(n) = maximum cop number of a . House-Tree-person. House-Tree-Person. Take out one piece of paper. You will need to accommodate enough room on the paper to draw three distinct items.. Take 3 minutes to draw:. 1. A house. 2. A Tree. Ernest Davis. Csplash. April 26, 2014. Pappus. ’ theorem:. Draw two lines. Draw red, green, and blue points on each line. .. Connect all pairs of points with different colors.. A = crossing of two red-green lines. B = crossing of red-blues. C=crossing of green-blues.. Topics in Discrete Mathematics. Week 9 – Meyniel’s conjecture. Dr. Anthony Bonato. Ryerson University. Ryerson Mathematics . Winter . 2016. How big can the cop number be?. if G is disconnected of order n, then we can have c(G) = n (example?). Projective GeometryEuclidean versus Projective GeometrynEuclidean geometry describes shapes “as they are”–Properties of objects that are unchanged by rigid motionsProjective geometry de Chapter 2. Finite Element Analysis (F.E.A.) of 1-D Problems. Historical Background . Hrenikoff, 1941 – “frame work method” . Courant, 1943 – “piecewise polynomial interpolation” . Turner, 1956 – derived stiffness matrices for truss, beam, etc. . Finite State Machine. Mathematical.  abstraction of computation that has been used to design . algorithms . and teach programming. .. Finite: . limited number. State: . how something is in that . cohen-macaulay. type. Brandon Doherty. Supervisor: Dr. Colin Ingalls. Assumptions. R indicates a complete local commutative Noetherian ring.. R has finitely many indecomposable . Cohen-Macaulay modules. Cross-ratios. Two-view projective SFM. . Multi-view geometry. . More projective SFM. Planches . :. http://www.di.ens.fr/~. ponce/geomvis/lect4.pptx. . http://www.di.ens.fr/~ponce/geomvis/lect4.pdf. Flip-Top . table. . standard. . Foot . extension. . turned. in, . symmetrical. . lengths. . Flip-Top . table. linear . Foot . extension. linear . to. . table. . edge. , . symmetrical. . lengths. Undefined Terms. Point. Line. Plane. POINTS. A . point. represents a location in space. It has no dimension.. To name a point, you simply write a capital letter.. LINES. A . line. extends forever and only has length, so it has one dimension.. Describe what is happening in the image. Be as descriptive as possible!. What led up to this event? . What is going on in the image? . What will be the outcome?. Thematic Apperception Test (TAT). Example of a . Planes Flip-Top Tables 2014 – September 5th Flip-Top table standard Foot extension turned in, symmetrical lengths Flip-Top table linear Foot extension linear to table edge ,