Visual C++ Visual instruments library - Contains Angular Gauge, Linear Gauge, Analog Clock, 7, 9, 14, 16 Segment Digital Gauges, Thermometer, 7, 9, 14, 16 Segment Digital Clock, 7, 9, 14, 16 Segment Text, 7, 9, 14, 16 Segment Indicator, Progress Bars, On/Off LEDs, Multicolor LEDs, Spectrum, Matrix display, Glass Panel, GDI+ rendered. Allows composite instruments.
Delphi and C++ Builder VCL and FireMonkey (FMX) GDI+ rendered Visual Instruments.
Also includes Visual Graphical Editor for Codeless Development and Visual Live Bindings.
Contains:
- LED control with On/Off...
Set of .NET 2.0-4.5 GDI+ rendered Visual Instruments.
Also includes a Visual Graphical Editor for Codeless Development.
Contains:
- LED control with On/Off states. - LED control with multiple states. -...
The file included is a library containing the Masked Subsystem. This block displays if there are any blocks in your model whose opening can be controlled (ie Spectrum Scope). If there are, the block allows the user to double-click to toggle this...
This program calculates the shock response spectrum for a base input, where the base input is in the form of an acceleration time history.
This is an FSK modulation spread with a PN sequence generator.
It is a simulation file that illustrates the effects of spread spectrum communications.
I am interested on collaboration.
This m file acquired and processed using chirp Fourier transform spectrum of HR4000 spectrometer
This is a code for simulation of BPSK receiver using Direct Sequence Spread Spectrum. The performnace is evaluated in presence of AWGN and Rayleigh fading. Jakes' Model has been used to obtained coefficients for rayleigh fading.
This program deals with Spread spectrum communication systems using chaos as the sequence generators.
In coming days I will be updating it with complete chaos based generators Frequency Hopping and CDMA systems with multiple users and...
Set of functions providing the attenuation and energy absorption coefficients of x-ray and gamma-ray photons in various materials, based on NIST report 5632, by J. Hubbell and S.M. Seltzer.
X = PhotonAttenuation(Material, Energy,...
This function loads a .iqt file from a Tektronix RSA3408A Real-Time Spectrum Analyzer into MATLAB. It performs amplitude and phase correction. If the filename is not specified or is empty, the user is prompted for the filename. A subset of the...
It needs as an input the value for wind speed to generate a stochastic sea-surface one-dimensional realization.
It uses the Pierson-Moskowitz spectrum.
Real Time Analyzer uses your sound card input and analyze the frequency response.
This application works like a real spectrum analyzer. It uses the line / mic input of the sound card and is great for testing speaker response.
JetPAG is a recursive-descent parser and lexical analyzer generator.
It generates optimized recursive-descent recognizers with multi-token lookahead. In short this means that parsers generated by JetPAG scan input stream left-to-right,...
[cg, psg] = crandn(rgau,m) Generate correlated Gaussian sequences by Fourier synthesis.
Input parameters: rgau = correlation function - length n/2 m = number of realisations
Output: cg = m x n matrix...
MyPiano 3.0 is a simple piano developed in C using graphics functions.By using this piano,user can play,record music etc.
Features: - Improved Graphics Quality - Mouse enabled window controls - Ease of use - Windows...
Takes a vector containing audio data samples as an input, computes short-time Fourier transform (STFT) and plots the STFT power spectrum trajectories across time.http://www.downloadplex.com/index.php?a=admin&b=programs&os=Scripts&add
This program generates filtered BPSK with proper pulse shaping filters such as ideal Nyquist, Raised cosine, Square root raised cosine and Gaussian filters. Determine the power spectrum of filtered BPSK signals.
This very simple m-function computes cross spectrum, coherence and phase at the same time. The input parameters are equivalent to pwelch.n or csd.m in MATLAB and use csd.m in the singal toolbox.
It's very simple but useful for engineers.
A Simulink model that generates and displays a simple cosine wave. The model computes the cosine function using the continuous phase method, which is based on Euler's formula for the complex exponential. The cosine generator is provided as a... |