'Difference equations' presentation slideshows

Signal & Linear system

835 views • 59 slides

Discrete-Event Modeling and Design of Embedded Software

Discrete-Event Modeling and Design of Embedded Software. Edward Lee UC Berkeley. Workshop on Discrete Event Systems WODES 2000 Ghent, Belgium 21-23 August, 2000. Finite State Machine. Discrete-Event. Continuous-Time. Heterogeneous Modeling. Steering Breaking Acceleration. Vehicle

682 views • 53 slides

Pat Langley Institute for the Study of Learning and Expertise Palo Alto, California and

Knowledge and Data in Computational Biological Discovery. Pat Langley Institute for the Study of Learning and Expertise Palo Alto, California and Center for the Study of Language and Information Stanford University, Stanford, California http://www.isle.org/ ~ langley

594 views • 48 slides

Time Domain Representations of Linear Time-Invariant Systems

Time Domain Representations of Linear Time-Invariant Systems. Chapter 2. Introduction. Several methods can be used to describe the relationship between the input and output signals of LTI system.

879 views • 43 slides

Math / Physics 101

548 views • 40 slides

Chap.18 Population Fluctuations and Cycles

Chap.18 Population Fluctuations and Cycles. Ecology 2000. Population Fluctuations and Cycles. 18.1 Populations fluctuate in density. 18.2 Temporal variation affects age structure in populations

628 views • 35 slides

An introduction to some individual-based methods and to the exercises

An introduction to some individual-based methods and to the exercises. Wolf M. Mooij Netherlands Institute of Ecology. The logistic difference equation. N t+1 = r N t (1 - N t ).

375 views • 28 slides

Block Diagrams

419 views • 24 slides

ENGG 1015 Tutorial

ENGG 1015 Tutorial. Systems, Control and C omputer Arithmetic 11 Dec Learning Objectives Analyse systems and control systems Interpret computer arithmetic News HW3 deadline (Dec 3) Project Competition (Dec 5) Ack .: MIT OCW 6.01, 6.003. System Function.

368 views • 23 slides

Signals and Systems (Lab) Resource Person : Hafiz Muhammad Ijaz

Signals and Systems (Lab) Resource Person : Hafiz Muhammad Ijaz

284 views • 21 slides

Modern Control Theory (Digital Control)

1.15k views • 20 slides

Generalizations of Poisson Process

Generalizations of Poisson Process . (1). i.e., P k (h ) is independent of n as well as t. This process can be generalized by considering ? no more a constant but a function of n or t or both. The generalized process is again Markovian in nature. . Generalizations of Poisson Process .

322 views • 20 slides

Introduction to Digital Systems

294 views • 19 slides

Homepage : jkl.postech.ac.kr

P lasma A pplication M odeling. Boundary Value Problems of Ordinary Differential Equations & Scharfetter-Gummel method (Computational E&M: 490D). Sung Soo Yang, and Jae Koo Lee March 23, 2004. Homepage : http://jkl.postech.ac.kr. * Three types of boundary conditions.

444 views • 18 slides

Frequency Response

Frequency Response. Last time we Discussed the possibility of representing signals as sums of sinusoids (known as Fourier series) Had MATLAB calculate Fourier series coefficients for example signals Today we will Revisit formal definitions of linearity and time-invariance

400 views • 16 slides

The Finite Difference Method

The Finite Difference Method.

4.99k views • 13 slides

Difference Equations

Difference Equations. Linear Difference Equations. Discrete-time LTI systems can sometimes be characterized by difference equations y [ n ] = (1/2) y [ n -1] + (1/8) y [ n -2] + x [ n ] Taking z -transform of difference equation gives description of system in z -domain. +. x [ n ]. ?.

1.31k views • 8 slides

Visualizing Iteration

171 views • 8 slides

Difference equations

Difference equations. Difference equations. A single-variable discrete dynamical system can be defined as: x(t + 1) = f(x(t)) For example: x(t + 1) = x(t) 2. Complex numbers. Complex variables are created automatically when a complex value is assigned to a variable name >> c1 = 4 + 3i

352 views • 7 slides

Background and Objectives

[4]. [6]. [7]. [8]. [1]. Transforming Parts of a Differential Equations System to Difference Equations as a Method for Run-time Savings in NONMEM VI. Klas JF Petersson, Lena E Friberg, Mats O Karlsson. Department of Pharmaceutical Biosciences, Uppsala University, Uppsala, Sweden.

102 views • 1 slides