--%>

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 : Explain different cursors types in ADO

    What are the different cursors types in ADO and illustrated them?

  • Q : Define Well-known port Well-known port

    Well-known port: It is a port number at which a server provides a familiar service. For example, 80 is well-known port number for the servers employing the HyperText Transfer Protocol (abbreviated as HTTP).

  • Q : What is pipe What is meant by the term

    What is meant by the term pipe?

  • Q : Write a program that initializes an

    Write a program that initializes an integer array a[20] with values {0, 1, 2, 3, ...18, 19 - once each} then scrambles them up and prints the values in random order. For example: 19 2 3 8 11 1 4 17 7 15 9 0 16 12 18 13 5 6 10 14    

  • Q : What is Server Server : Something which

    Server: Something which gives a service. The Web server delivers resources to its clients, for example. Whenever the server is an object, this is the recipient of messages from its object clients.

  • Q : Explain Imperative programming

    Imperative programming: The style of programming generally related with languages such as FORTRAN, C, Pascal and so forth. Imperative programming is differentiated from functional programming in that the previous is strongly tied to the idea of variab

  • Q : Explain Increment operator Increment

    Increment operator: The operator (++) which adds one to its operand. It consists of two forms: pre-increment (++x) and post-increment (x++). In its pre-increment form, the outcome of the expression is the value of its argument subsequent to the increm

  • Q : What is Dotted decimal notation Dotted

    Dotted decimal notation: The notation employed to symbolize the 4-byte values of an IP address. Each and every byte is symbolized as a value between 0 to 255, for instance 129.12.0.1. The most noteworthy byte is written at first.

  • Q : Acknowledge inside a transaction Normal

    Normal 0 false false

  • Q : Differentiate between MFC and Win32

    Differentiate between MFC and Win32?