This a GA implementation using binary and real coded variables. Mixed variables can be used. Constraints can also be handled. All constraints must be greater-than-equal-to type (g >= 0) and normalized (see the SAMPLE problem in prob1 in objective()).
This an adaptive receiver for a direct-sequence spread spectrum (DS-SS) system over an AWGN channel. The adaptive receiver block is modified from the LMS adaptive filter block in DSP Blockset. For DS-SS signal reception, the adaptive filter needs to have multi-rate operation. The input SAMPLE rate is equal to chip rate and the output is at symbol rate. Two rates are related by PG, processing gain
Addfilter is a command-line application which adds and removes filter drivers for a given drive or volume. It is intended to demonstrate how to insert a filter driver into the driver stack of a device. The SAMPLE illustrates how to do this by using the SetupDi APIs. The SAMPLE works on both x86 and Alpha platforms. It has only been tested in a 32-bit environment. Since Addfilter is not a driver, it does not deal with Plug and Play or Power Management.
This article is a very simple introduction writing a Windows Form application for the
Microsoft.NET framework using C#. The SAMPLE application demonstrates how to create and
layout controls on a simple form and the handling of mouse click events. The application
displays a form showing attributes of a file. This form is similar to the properties dialog box of a
file (Right click on a file and Click on Properties menu item). Since attributes of a file will be
shown, the SAMPLE will show how to use File IO operations in .NET framework.
SDP Search and Record generator
OVERVIEW:
Recognizing the difficulty in creating an SDP service description and search
from scratch, Microsoft is providing a SAMPLE utility in bthnscreate.cxx to
automatically create a service or record. This utility can be run to create
an SDP record or to setup an SDP Service, Attribute, or ServiceAttribute
search based on information stored in a human readable file.
LVQ學(xué)習(xí)矢量化算法源程序
This directory contains code implementing the Learning vector quantization
network. Source code may be found in LVQ.CPP. SAMPLE training data is found
in LVQ1.PAT. SAMPLE test data is found in LVQTEST1.TST and LVQTEST2.TST. The
LVQ program accepts input consisting of vectors and calculates the LVQ
network weights. If a test set is specified, the winning neuron (class) for
each neuron is identified and the Euclidean distance between the pattern and
each neuron is reported. Output is directed to the screen.
This is a serial mouse driver, which is compliant with Plug and Play, supports dynamic detection (via serenum) and removal (either hotplug or via the device manager). The code serves as a SAMPLE for any serial-enumerable device. The behavior of the various routines is documented in the source code files.
Unzip this file into a writeable directory.
You should end up with a "Geocode" project, as well as Bitmaps and TestData directories.
This SAMPLE geocodes single-match zip codes, entered by the user, or a batch-match of a table of zips (and other info) against a point shapefile.
The point data shapefile consists of 41859 point features from 1996 GDT data, in decimal degrees. The table of zips that can be used in the batch match consists of 38 records, entitled "few_zips.dbf".
More specifcs are found at the top of each form and are provided throughout the code.
