Explain the difference between a computer process and thread
Explain the difference between a computer process and thread.
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A single process can consist multiple of threads which share global data and address space with other threads running within the same process, and thus can operate on similar data set simply. Processes do not share address space and a various mechanism must be used when they are to share data.
When we consider running a word processing program to be a process, there then the auto-save and spell check features which occur in the background are various threads of that process that are all operating on similar data set (your document).
Illustrates the difference between Property Get, Let and Set?
Define the term CPU Scheduler?
Sub type: It is a type with a parent super type. The sub-type or super-type relationship is more common than the sub-class or super-class relationship. A class which implements an interface is a sub type of interface. An interface which expands the ot
Call-by-value: The semantics of passing an argument to a method in which a copy of actual argument value is taken and positioned in a separate memory location, symbolized by the corresponding formal argument. As an outcome, assignment to the formal ar
Define the term Dynamic type: This type of an object is the name of the class employed to construct it.
Write a code in a c++/java for the automaton distributed in the class which accepts keywords(cat,bat,cab). Create an input file with these words may be two or three copies of these words scattered in a paragraph and show that your program does accept these words and gives an output to that
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Timesharing system: It is an operating system which shares processor time among multiple processes by assigning each a time slice. Once a process's time slice has finished or expired, the other procedure is given a possibility to run.
Pipe: It is a linkage between the two program components. One component responds as a source of data, and writes into the pipe. The second components act as a receiver (that is, sink) for the data and reads from pipe.
Software engineering: It is the system of applying of an engineering discipline to the implementation, design and maintenance of the software systems.
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