'Generating function' diaporamas de présentation

Application of a simple analytical model of capacity requirements

Application of a simple analytical model of capacity requirements. Martin Utley Steve Gallivan, Mark Jit. Clinical Operational Research Unit University College London. Outline. A simple model for estimating capacity requirements for hospital environments Applications

576 views • 48 slides

15-251

15-251. AWESOME. Some. Great Theoretical Ideas in Computer Science. about. Generating. Functions. Generating Functions. Lecture 9 (September 21, 2010). What is a generating function and why would I use one?. Representation. What IS a Generating Function?.

609 views • 39 slides

Simulated Annealing

Simulated Annealing. G.Anuradha. What is it?. Simulated Annealing is a stochastic optimization method that derives its name from the annealing process used to re-crystallize metals Comes under the category of evolutionary techniques of optimization. What is annealing?.

639 views • 33 slides

CONDENSED MATTER HOLOGRAPHIC DUALS OF CHARGED ADS BLACK HOLES

CONDENSED MATTER HOLOGRAPHIC DUALS OF CHARGED ADS BLACK HOLES . M. Cadoni University of Cagliari

568 views • 30 slides

Generating functions

660 views • 30 slides

Probability and Stochastic Processes

Probability and Stochastic Processes. References: Wolff, Stochastic Modeling and the Theory of Queues , Chapter 1 Altiok, Performance Analysis of Manufacturing Systems , Chapter 2. Random Variables. Discrete vs. Continuous Cumulative distribution function Density function

605 views • 30 slides

9.1 Introductory Examples

9.1 Introductory Examples. Ex. 9.1 Find the number of integer solutions to. 9.1 Introductory Examples. Ex. 9.3 How many integer solutions are there for the equation. 9.2 Definitions and Examples: Calculational Techniques. 9.2 Definitions and Examples: Calculational Techniques.

609 views • 29 slides

General Database Statistics Using Maximum Entropy

437 views • 28 slides

General Database Statistics Using Maximum Entropy

406 views • 28 slides

Poisson processes

Poisson processes. Stochastic Process By TMJA Cooray. Introduction. The probability models we have discussed so far involves random variables occurring in discrete sequence. That is both the random variable and the time parameter have been discrete.

421 views • 23 slides

Jie Ren

Geometric Phase Effect in Heat Transport: additional heat pumping and its impact on fluctuation theorems. Jie Ren. NUS Graduate School for Integrative Science & Engineering. Department of Physics & CCSE. Collaborate with: Prof. P. Hanggi and Prof. B. Li.

439 views • 22 slides

Full counting statistics of incoherent multiple Andreev reflection

Full counting statistics of incoherent multiple Andreev reflection. Peter Samuelsson, Lund University, Sweden Sebastian Pilgram, ETH Zurich, Switzerland. Outline. Voltage biased Josephson junctions, multiple Andreev reflections. Coherent and incoherent transport.

909 views • 22 slides

Outline

Outline. The need for transforms Probability-generating function Moment-generating function Characteristic function Applications of transforms to branching processes. Definition of transform.

385 views • 22 slides

Outline

Outline. The need for transforms Probability-generating function Moment-generating function Characteristic function Applications of transforms to branching processes. Definition of transform.

384 views • 22 slides

Status report : Part I : SymOct 200GeV Part II : Cumulants Analysis

Status report : Part I : SymOct 200GeV Part II : Cumulants Analysis. Inkyu Park University of Rochester. Part I : SymOct 200GeV. Analysis chain. Select data, and vertex cut at 2s in Vx, Vy and -38<Vz<-30cm SiHit energy calibration in sensor-by-sensor basis

314 views • 18 slides

Generating Functions

Generating Functions. A robust tool to solve a wide variety of problems that deal with sequences, series, permutations, combinations, and more. A generating function gives us a way to mathematically represent or encode such problems. Definition Purpose Examples. Generating function.

525 views • 17 slides

Tutorial 5, STAT1301 Fall 2010, 26OCT2010 , MB103@HKU By Joseph Dong

302 views • 17 slides

Google Docs & Spreadsheets

313 views • 13 slides

4.4 Legendre Functions 4.4.1. Legendre polynomials. The differential equation:

4.4 Legendre Functions 4.4.1. Legendre polynomials. The differential equation:. =. -1 < x < 1. around x = 0. Radii of Convergence. Thus R = 1 so each series converges in -1 < x < 1 Example:

2.71k views • 10 slides

Cumulants Math

Cumulants Math. Event loop. For each event, loop over hits and calculate a generating function. Calculate the statistical average of G. Cumulants generating function. 13 sub-detectors / MCTrack analysis. 0 1 2 3 4 5 6 7 8 9 10 11 12.

132 views • 5 slides