Answer:
Digital logic circuits made of cascaded flip flops.
The different types of Bit Shift Registers are; Serial-In Serial-Out, Parallel-In Parallel-Out, Serial-In Parallel-Out, Parallel-In Serial-Out.
Shift registers can be used as converters to translate data, as delay circuits or counters.
Explanation:
Shift Registers are digital logic circuits made of cascaded flip flops. Their main function is to shift their contents (bits) to the right or to the left one bit at a time. Bit Shift Registers can process data either parallelly or serially. So the different types of Bit Shift Registers are;
- Serial-In Serial-Out
- Parallel-In Parallel-Out
- Serial-In Parallel-Out
- Parallel-In Serial-Out
Because of their ability to convert data from parallel to serial, shift registers can be used as converters to translate data. Some of their other applications are also delay circuits or counters, storing and manipulating data etc.
I hope this answer helps.
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A public key or the asymmetric key which is used for the authentication process. It consists of a pair of keys in which one key encrypts and the other decrypts. It come under Public Key Infrastructure (PKI) and is a part of INFORMATION SECURITY measures. PKI is the management solution for the keys.
The engineering design process important to the customer layout system permits things: A shared technique on a way to discover and remedy problems. A framework to assess ideas, tell priorities and save you myopic paintings.
<h3>What is the maximum vital step withinside the engineering layout system?</h3>
The first step withinside the engineering layout system is to outline the trouble that you are solving. This step is the maximum vital, as a defective know-how of the trouble handy ends in layout failures. Engineers paintings to discover the foundation trouble via way of means of opposite engineering the signs and symptoms they perceive.
The engineering layout system, via way of means of definition, is a sequence of steps that engineers use to discover an option to a trouble. These steps include: defining the trouble, brainstorming solutions, designing and constructing a prototype of the solution, trying out the solution, and enhancing it.
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Answer:
void showSquare(int param){
}
Explanation:
In C++ programing language, this is how a function prototype is defined.
The function's return type (In this case Void)
The function's name (showSquare in this case)
The function's argument list (A single integer parameter in this case)
In the open and closing braces following we can define the function's before for example we may want the function to display the square of the integer parameter; then a complete program to accomplish this in C++ will go like this:
<em>#include <iostream></em>
<em>using namespace std;</em>
<em>void showSquare(int param);</em>
<em>int main()</em>
<em>{</em>
<em> showSquare(5);</em>
<em> return 0;</em>
<em>}</em>
<em>void showSquare(int param){</em>
<em>int square = param*param;</em>
<em>cout<<"The Square of the number is:"<<endl;</em>
<em>cout<<square;</em>
<em>}</em>
