--%>

Explain the CPU scheduling decisions

Explain the CPU scheduling decisions.

E

Expert

Verified

CPU scheduling decisions may consider as in a process:

• Switches from running state to waiting state.
• Switches from running state to ready state.
• Switches from waiting state to ready.
• Terminates state.

   Related Questions in Programming Languages

  • Q : Define the types of kernel objects

    Define the types of kernel objects.

  • Q : BAT files and shell scripts Using the

    Using the Web as a resource for your investigation, find out and explain what BAT files and shell scripts contain, and what they are used for. In the light of your findings, discuss why an operating system would provide both a graphical user interface

  • Q : Are you sure that XHTML element name

    Are you sure that XHTML element name case sensitive? Answer: XHTML element names surely are case sensitive. Every element names should be written within lower case l

  • Q : What is Cursor Cursor : This is a

    Cursor: This is a visual representation of the existing position of the mouse on the user's virtual desktop. Cursor shapes are frequently set to symbolize the current state of a program – utilizing an hour glass shape to point out that the user

  • Q : Explain Command-line argument

    Command-line argument: The arguments passed to a program whenever it is run. The Java program receives such in the single formal argument to its major method: public static void main(String[] args)

  • Q : What is Class Selector in the CSS

    Explain what is meant by the Class Selector in the CSS?

  • Q : Differences between XHTML and HTML

    Explain the differences between XHTML and HTML?

  • Q : Define the term Subordinate inner class

    Define the term Subordinate inner class: It is an inner class which executes well-defined subordinate tasks on behalf of its enclosing class.

  • Q : Explain Enumerated type Enumerated type

    Enumerated type: A data type-not directly accessible in Java - in which symbolic names are employed for a series of constant numeric values. They facilitate the evading of magic numbers. They can be simulated in the Java with fields i

  • Q : Define Little-endian Little-endian : It

    Little-endian: It is a common difference among machines is the order in which they store up the individual bytes of multi-byte numerical data. The little-endian machine stores the lower-order bytes prior to the higher-order bytes.