import java.awt.event.*;
import java.awt.*;
import java.applet.*;

/*


*/

public class AppWindow extends Frame
{
String keymsg = ;
String mousemsg = ;
int mx=30;
int my=30;
public AppWindow()
{
addKeyListener(new MyKeyAdapter(this));
addMouseListener(new MyMouseAdapter(this));
addWindowListener(new MyWindowAdapter());
}

public void paint(Graphi ....etc

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could you give me some website or page link to know the aerodynamic coefficients of some type of Tomahawk missile? The reason for this is i want to build a cruise missile model which need this coefficients. Thanks for you suggestion. ....etc

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B = FIR1(N,Wn) designs an N'th order lowpass FIR digital filter
and returns the filter coefficients in length N+1 vector B.
The cut-off frequency Wn must be between 0 < Wn < 1.0, with 1.0
corresponding to half the sample rate. The filter B is real and
has linear phase, i.e., even symmetric coefficients obeying B(k) =
B(N+2-k), k = 1,2,...,N+1.
If Wn is a two-element vector, Wn = , FIR1 returns an
order N bandpass filter with passband W1 < W < W2.
B = FIR1(N,Wn,'high') designs a highpa ....etc

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ESTIMATION OF HYDRODYNAMIC COEFFICIENTS OF AN ROV USING FREE DECAY PENDULUM MOTION TEST

SEMINAR REPORT
Submitted by
REJIN CHANDRAN.R
DEPARTMENT OF MECHANICAL ENGINEERING
COLLEGE OF ENGINEERING TRIVANDRUM
August 2010



ABSTRACT


A good dynamics model is essential and critical for the successful design
of navigation and control system of an underwater vehicle. However, it is
difficult to determine the hydro2dynamics forces, especially the added m ....etc

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import java.awt.*;
import java.applet.*;
import java.awt.event.*;

/*


*/

class SampleFrame extends Frame
implements MouseListener,MouseMotionListener
{
String msg = ;
int mx =10,my=40;
int movx=0,movy=0;

SampleFrame(String title)
{
super(title);
addMouseListener(this);
addMouseMotionListener(this);
MyWindowAdapter adapter ....etc

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whole project report for simulation of sliding window protocol in java.
kindly mail me at [email protected] ....etc

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% FIR Low pass filters using rectangular, triangular and kaiser windows
% sampling rate – 8000
order = 50;
cf=; cf--> contains set of cut-off frequencies

% cutoff frequency – 500
b_rect1=fir1(order,cf(1),boxcar(51)); %Rectangular
b_tri1=fir1(order,cf(1),bartlett(51)); %Triangular
b_kai1=fir1(order,cf(1),kaiser(51,8)); %Kaisar

% cutoff frequency - 1000
b_rect2=fir1(order,cf(2),boxcar(51));
b_tri2=fir1(order,cf(2),bartlett(51));
b_kai2=fir1(order,cf(2) ....etc

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Aim:
To provide easily accessible and appropriately structured information about: pioneering European ATM networking platforms (also called testbeds); important research and development activities closely related to these platforms; and significant trial results, being the outcome of such research activities.
To provide a facility for on-line remote monitoring and, to a more limited extent, control of the said ATM networking platforms.
To use the monitoring facility, so as to allow to an enlarged audience to witness selected importan ....etc

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i want a synopsis presentation on.. sliding window protocol
for my major project in btech ....etc

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SPEAKER IDENTIFICATION USING MEL FREQUENCY CEPSTRAL COEFFICIENTS


1. INTRODUCTION
Speech is one of the natural forms of
communication. Recent development has made it
possible to use this in the security system. In
speaker identification, the task is to use a speech
sample to select the identity of the person that
produced the speech from among a population of
speakers. In speaker verification, the task is to use a
speech sample to test whether a person ....etc

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