successfull in printing the resullt of sum in shell scripting ………..ha
successfull in printing the resullt of sum in shell scripting ………..ha
I THINK SHELL IS A LANGUAGE LIKE ‘C’ I AM RIGHT OR NOT IF NOT SO TELL ME ANSWER?
i have successfully completed master array creation
I HAVE SUCCESSFULLY COMPLETED THE DATA COMPRESSION AND DECOMPRESSION. I HAVE TESTED THE PROGRAM FOR 1257 BYTES. IT IS WORKING WELL. THE CONCEPT THAT I HAD APPLIED IS WORKING VERY WELL.
Sir,
Is rules.d in udev is the only way for a Linux Kernel to know about the connectivity of the External H/w Device or something else is also there as an alternate to it..??
why we use malloc() function with pointers..??
i forgot 
i have completed first 2 assignments and scull ..now on third
The amount of power that a chip dissipates per unit area is called its power density, and there are two types of power density that concern processor architects: dynamic power density and static power density.
Dynamic Power Density
Each transistor on a chip dissipates a small amount of power when it is switched, and transistors that are switched rapidly dissipate more power than transistors that are switched slowly. The total amount of power dissipated per unit area due to switching of a chip’s transistors is called dynamic power density. There are two factors that work together to cause an increase in dynamic power density: clockspeed and transistor density.
Increasing a processor’s clockspeed involves switching its transistors more rapidly, and as I just mentioned, transistors that are switched more rapidly dissipate more power. Therefore, as a processor’s clockspeed rises, so does its dynamic power density, because each of those rapidly switching transistors contributes more to the device’s total power dissipation. You can also increase a chip’s dynamic power density by cramming more transistors into the same amount of surface area.
In addition to clockspeed-related increases in dynamic power density, chip designers must also contend with the fact that even transistors that aren’t switching will still leak current during idle periods, much like how a faucet that is shut off can still leak water if the water pressure behind it is high enough. This leakage current causes an idle transistor to constantly dissipate a trace amount of power. The amount of power dissipated per unit area due to leakage current is called static power density.
Project title:Multiple data compression and encryption using iterative techniques
status : 4 bit compression implemented working on 1,2,3,5,6,7 bit techniques
Successfully implemented 4 bit data compression and decompression using iterative scheme.Currently working on 2,3 bit data compression.
successfully implemented system,multiple fork,exec,pause and software interrupts (using signal and signal handlers)……
implemented system,fork and exec system calls..including multiple and simultaneous fork…working with signals and handlers.
Sir,
Problem is solved, got 3rd way to remove the padding from a structure. i.e. Declare a structure like this..
struct abc
{
……..char a;
……..int b;
}__attribute__ ((packed));
main()
{
……. struct abc obj;
………printf(size);
}
Output is : 5
where as in normal 32 bit machine it comes 8 when we directly use a variable.
yups…:-)…C makes me happy
Successfully understood and implemented flags with example.
