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Description: 内部邮件服务包括email 和聊天等内容,可能对学习有帮助-Author: J.Ganesh Kumar
E-mail: Click to e-mail author
Website: http://www.ganeshs.freeservers.com
Submitted: 9/8/2004
Version: VB6
Compatibility: VB6
Category: Networking
Downloads: 6252
This project supports, intranet mail service [i.e: email and chat]. Backend: Sql7.0 [Necessary]
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Size: 47104 |
Author: 甘继来 |
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Description: THE ZIP FILE CONTAINS ALL THE PROGRAMS OF A BOOK NEURAL NETWROK FOUNDATIONS BY SATISH KUMAR
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Size: 27648 |
Author: Nikhil |
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Description: These files contains variety of Programs, file with ft and mkumar are basically finite difference implementation of the papers by R K pandey and Manoj Kumar. you can see the paper on science directc.
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Size: 8192 |
Author: Gaurav |
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Description: Mobile TV: DVB-H, DMB, 3G Systems and Rich Media Applications by Amitabh Kumar, 2007, Elsevier Inc, ISBN 13: 978-0-240-80946-5, ISBN 10: 0-240-80946-7
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Size: 8053760 |
Author: Zorrito |
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Description: Microsoft Visual Source Safe In Nutshell
By Ajay Kumar
Company Animon Software Solution
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Size: 308224 |
Author: ashish |
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Description: this project is based on jk and t flip flop using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural techniques are used.
-this project is based on jk and t flip flop using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural techniques are used.
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Size: 82944 |
Author: jatab |
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Description: this project is based on 8*3 encoder and 3*8 decoder using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural
-this project is based on 8*3 encoder and 3*8 decoder using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural
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Size: 142336 |
Author: jatab |
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Description: this project is based on 2*1 and 4*1 multiplexer and 1*2 and 1*4 demultiplexer using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural
-this project is based on 2*1 and 4*1 multiplexer and 1*2 and 1*4 demultiplexer using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural
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Size: 91136 |
Author: jatab |
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Description: this project is based on sr and d flip flop using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural
-this project is based on sr and d flip flop using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural
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Size: 205824 |
Author: jatab |
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Description:
this project is based on half adder ,full adder,half subtractor and full subtractor using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural techniques are used.
-
this project is based on half adder ,full adder,half subtractor and full subtractor using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural techniques are used.
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Size: 65536 |
Author: jatab |
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Description:
this project is based on 4bit binary to gray and gray to binary code converter using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural techniques are used.
-
this project is based on 4bit binary to gray and gray to binary code converter using vhdl.this is the 100 correct code,reference is taken from book digital electrionics written by anand kumar.please use quatrus to access this code.this code can be used for the final year project for engineering.
Here dataflow techniques and behavioural techniques are used.
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Size: 61440 |
Author: jatab |
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Description: Data mining book
The initiative of identifying the top 10 data mining algorithms started in May 2006
out of a discussion between Dr. Jiannong Cao in the Department of Computing at the
Hong Kong Polytechnic University (PolyU) and Dr. Xindong Wu, when Dr. Wu was
giving a seminar on 10 Challenging Problems in Data Mining Research [2] at PolyU.
Dr. Wu and Dr. Vipin Kumar continued this discussion at KDD-06 in August 2006
with various people, and received very enthusiastic support.
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Size: 5533696 |
Author: nclk |
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Description: ecgbeat.m
Author - Arun Kumar A , Santhom Computing Facility
Email - aka.bhagya@gmail.com
03/07/09
Program to Calculate the beats of an ECG signal
Uses Continuous Wavelet Transform
Data file should be a csv file
- ecgbeat.m
Author - Arun Kumar A , Santhom Computing Facility
Email - aka.bhagya@gmail.com
03/07/09
Program to Calculate the beats of an ECG signal
Uses Continuous Wavelet Transform
Data file should be a csv file
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Size: 1024 |
Author: dasu |
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Description: ecgbeat.m
Author - Arun Kumar A , Santhom Computing Facility
Email - aka.bhagya@gmail.com
03/07/09
Program to Calculate the beats of an ECG signal
Uses Continuous Wavelet Transform
Data file should be a csv file
close all
clear all
clc
disp( WELCOME )
disp( )
disp( Program to calculate ECG beats )
disp( ------------------------------- )
User Inputs
file_name=input( Enter the name of the file with extention: , s )
sample_freq=input( Enter the sampling frequency of the signal: )
Load file
data=csvread(file_name) - ecgbeat.m
Author - Arun Kumar A , Santhom Computing Facility
Email - aka.bhagya@gmail.com
03/07/09
Program to Calculate the beats of an ECG signal
Uses Continuous Wavelet Transform
Data file should be a csv file
close all
clear all
clc
disp( WELCOME )
disp( )
disp( Program to calculate ECG beats )
disp( ------------------------------- )
User Inputs
file_name=input( Enter the name of the file with extention: , s )
sample_freq=input( Enter the sampling frequency of the signal: )
Load file
data=csvread(file_name)
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Size: 1024 |
Author: dasu |
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Description: ecgbeat.m
Author - Arun Kumar A , Santhom Computing Facility
Email - aka.bhagya@gmail.com
03/07/09
Program to Calculate the beats of an ECG signal
Uses Continuous Wavelet Transform
Data file should be a csv file
close all
clear all
clc
disp( WELCOME )
disp( )
disp( Program to calculate ECG beats )
disp( ------------------------------- )
User Inputs
file_name=input( Enter the name of the file with extention: , s )
sample_freq=input( Enter the sampling frequency of the signal: )
Load file
data=csvread(file_name) - ecgbeat.m
Author - Arun Kumar A , Santhom Computing Facility
Email - aka.bhagya@gmail.com
03/07/09
Program to Calculate the beats of an ECG signal
Uses Continuous Wavelet Transform
Data file should be a csv file
close all
clear all
clc
disp( WELCOME )
disp( )
disp( Program to calculate ECG beats )
disp( ------------------------------- )
User Inputs
file_name=input( Enter the name of the file with extention: , s )
sample_freq=input( Enter the sampling frequency of the signal: )
Load file
data=csvread(file_name)
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Size: 1024 |
Author: dasu |
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Description: MIMO
By Ashok Kumar . A.M.
Zebros India
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Size: 2048 |
Author: Ashok |
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Description: Procedure to Work in VHDL...
by
Ashok Kumar . A . M
Zebros India
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Size: 3489792 |
Author: Ashok |
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Description: BASIC VHDL DOCUMENTS
BY
ASHOK KUMAR.A.M
ZEBROS INDIA
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Size: 9216 |
Author: Ashok |
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Description: raj kumar project design hotel management
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Size: 246784 |
Author: pondy |
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Description: Microprocessor Notes by K Udaya Kumar VITORY
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Size: 249856 |
Author: tommy |
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