3D optical data storage is the term given to any form of optical data storage in which information can be recorded and/or read with three dimensional resolution (as opposed to the two dimensional resolution afforded, for example, by CD). This innovation has the potential to provide terabyte-level mass storage on DVD-sized disks. Data recording and readback are achieved by focusing lasers within the medium. However, because of the volumetric nature of the data structure, the laser light must travel through other data points before it reaches the ....etc

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Design Of Cluster Logical Volume Manager

Abstract :

In an open systems environment, logical volume manager (LVM) virtualizes storage by consolidating physical storage into logical volumes, which are available to applications or file systems. LVMs are available on most Unix platforms (including Linux) and on Windows 2000. By assembling virtual storage volumes out of numerous physical devices, you can create storage configurations tuned for specific applications, without the limitations of specific hardware devices. Instead, you can make ....etc

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clc;
ccsboardinfo %board info
cc=ccsdsp('boardnum',0); %set up CCS object
reset(cc); %reset board
visible(cc,1); %for CCS window
enable(cc.rtdx); %enable RTDX
if ~isenabled(cc.rtdx);
error('RTDX is not enabled')
end
cc.rtdx.set('timeout',50); %set 50sec timeout for RTDX
open(cc,'spectrogram1.pjt'); %open CCS project
load(cc,'./debug/spectrogram1.out'); %load executable file
run(cc); %run program
configure(cc.rtdx,2048,1); %configure one RTDX channel
open(cc.rtdx,'ochan','r'); %open output ch ....etc

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Thanks for your code............................................................ ....etc

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ppt of reflection cracking studies of high strength high volume flyash concrete beam analyzing using fem ....etc

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import java.io.*;
class Broom
{
int length,width,height;
Broom(int l,int w,int h)
{
length=l;
width=w;
height=h;
}
int volume()
{
return(length*width*height);
}
}
class Kroom extends Broom
{
Kroom(int l,int w,int h)
{
super(l,w,h);
}
void display()
{
System.out.println(Volume is:+volume());
}
}

class Nbroom1
{
public static void main(String args)throws IOException
{
DataInputStream dis=new DataInputStream(System.in);
System.out.println(enter the parametrs of bedroom);
System.out.println(ent ....etc

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import java.io.*;
class Vroom
{
int length,width,height;
Vroom()
{
length=width=height=0;
}
Vroom(int l,int w,int h)
{
length=l;
width=w;
height=h;
}
Vroom(Vroom v)
{
length=v.length;
width=v.width;
height=v.height;
}
int volume()
{
return(length*width*height);
}
}


class Newv
{
public static void main(String args)throws IOException
{
DataInputStream dis=new DataInputStream(System.in);
System.out.println(enter the length);
....etc

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....etc

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A candidate-set-free algorithm for generating D-optimal split-plot designs


Introduction
Split-plot designs arise in experimental studies when a completely randomized run order
is structurally impossible, expensive or inconvenient. So, a statistician’s recommendation
to randomize the order of the runs is often ignored in practice. Instead the experimenter
rearranges the runs of the design so that hard-to-change factors only need to be changed a
few times ....etc

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This version of project makes use of RTDX with MATLAB for transferring data from the DSK to the PC host. This section introduces configuration file(.CDB) file and RTDX with MATLAB.
This project uses source program spectrogram_rtdx_mtl.c that runs on the DSK which computes 256 point FFT and enables an RTDX output channel to write/send the resulting FFT data to the PC running MATLAB for finding the spectrogram. A total of N/2 (128 points )are sent. The (.CDB) configuration file is used to set interrupt INT11. From this configuration file select ....etc

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