CS 157: Assignment 6 Douglas R. Lanman 8 May 2006 Problem 1: Evaluating Convex Polygons This write-up presents several simple algorithms for determining whether a given set of twodimensional points defines a convex polyg

Source URL: mesh.brown.edu

• Convex analysis
• Convex geometry
• Computational geometry
• Regular polygon
• Convex hull algorithms
• Vertex
• Convex hull
• Dual polyhedron
• Internal and external angle
• Geometry
• Polygons
• Euclidean plane geometry

Game theory in semantics and pragmatics Gerhard J¨ager University of Bielefeld Faculty of Linguistics and Literature PF[removed], 33615 Bielefeld, Germany phone: +[removed], fax: +[removed]

Source URL: ibe.eller.arizona.edu

• Fixed points
• Problem solving
• Cooperative principle
• Principles
• Nash equilibrium
• Signaling game
• Linguistics
• Play
• Implicature
• Game theory
• Pragmatics
• Decision theory

Statistics 519, Winter Quarter 2015 Problem Set 5 Problem[removed]points). Consider the stationary process of Problem 3(b), namely, Xt = Z1 cos (ωt) + Z2 sin (ωt), t ∈ Z,

Source URL: faculty.washington.edu

• Error
• Errors and residuals in statistics
• Measurement
• Statistical theory
• Mean squared error
• Correlation and dependence
• Orthogonality principle
• Statistics
• Estimation theory
• Regression analysis

Can Disordered Sphere Packings Ever Be Maximally Dense? Salvatore Torquato Princeton Center for Theoretical Science Department of Chemistry and Materials Institute, Princeton University, Princeton, NJ, USA

Source URL: cherrypit.princeton.edu

• Spheres
• Crystallography
• Lattice points
• Quadratic forms
• Sphere packing
• Packing problem
• Random close pack
• Close-packing of equal spheres
• E8 lattice
• Geometry
• Mathematics
• Discrete geometry

Statistics 519, Winter Quarter 2015 Problem Set 1 Problem 1 (2 points for each part of the 4 parts). Here we consider some basic properties of covariances and variances (see course overhead II–2). In what follows, all

Source URL: faculty.washington.edu

• Mechanical computers
• Algebra of random variables
• Probability theory
• Covariance
• Data analysis
• Z3
• Variance
• Z2
• Z1
• Statistics
• History of computing hardware
• Covariance and correlation

Steiner trees and spanning trees in six-pin soap films Prasun Dutta1 , S. Pratik Khastgir and Anushree Roy Department of Physics and Meteorology, Indian Institute of Technology, Kharagpur[removed], INDIA arXiv:0806.1340v1

Source URL: arxiv.org

• Steiner tree problem
• Spanning tree
• Triangles
• Steiner points
• Tree
• Area
• Configuration
• Steiner chain
• Graph theory
• Geometry
• Mathematics

Statistics 519, Winter Quarter 2015 Problem Set 3 Problem[removed]points). Perform an analysis of the atmospheric carbon dioxide (CO2 ) time series from Mauna Loa, Hawaii, along the same lines as the analysis of the accide

Source URL: faculty.washington.edu

Statistics 519, Winter Quarter 2015 Problem Set 7 Problem[removed]points for each of the 3 parts). a. Verify the claim made on course overhead XIII–99 that the least squares (LS) estimator of the zero-padded time series

Source URL: faculty.washington.edu

• Statistical inference
• Estimator
• Least squares
• Normal distribution
• Statistics
• Estimation theory
• Regression analysis

Java Self Test Page 1 of 10 Java Self Test Each problem is worth 10 points.

Source URL: www.eli.sdsu.edu

• Software design patterns
• Java
• JRuntime
• Quine
• Computing
• Computer programming
• Software engineering

Statement of Shared Purpose: Overview, Guidelines, and Exercises   “Collaboration is working together to create something new in support of  a shared vision. The key points are that is [sic] is n

Source URL: www.nitle.org

• Problem statement
• Business
• Public relations
• Corporate finance
• Stakeholder