Skip to main content

The differences among short-term, medium-term, and long-term scheduling


What are the differences among short-term, medium-term, and long-term scheduling

Answer:

Short-term(CPU scheduler)—selects from jobs in memory those
jobs that are ready to execute and allocates the CPU to them.

Medium-term—used especially with time-sharing systems as an
intermediate scheduling level. A swapping scheme is implemented
to remove partially run programs from memory and reinstate them
later to continue where they left off.

Long-term(job scheduler)—determines which jobs are brought into memory for processing.
The primary difference is in the frequency of their execution. The short-term must select a new process quite often. Long-term is used much less often since it handles placing jobs in the system and may wait a while for a job to finish before it admits another one.

Also Read : 

1)  Principles of Server Virtualization

2) Top Ten Data Storage Tools

3) Implement a simple calculator (detailed comments on JAVA code)

4) What is a Livelock scenario in java?

5) What is Disk scheduling algorithm in java ( code Example) 

6) What is a Deadlock situation in Java? What are the minimum requirements for a Deadlock situation in a program in Java? How can we prevent a Deadlock in Java?

7) Recursion-maze problem - Rat in the Maze - Game

8) What are features ,  Advantages and disadvantages of Javascript?

9) C program to read a file and display its contents along with line numbers before each line.

10) C++ program to find LCM and HCF of given 3 numbers

Comments

Popular posts from this blog

40 Redis interview questions for 2021 - 2022

  Redis interview questions 1.What is Redis?. 2. What is the data type of Redis? 3. What are the benefits of using Redis? 4. What are the advantages of Redis over Memcached? 5. What are the differences between Memcache and Redis? 6. Is Redis single-process and single-threaded? 7. What is the maximum storage capacity of a string type value? 8. What is the persistence mechanism of Redis? Their advantages and disadvantages? 9. Redis common performance problems and solutions: 10. What is the deletion strategy of redis expired keys? 11. Redis recycling strategy (elimination strategy)? 12. Why does edis need to put all data in memory? 13. Do you understand the synchronization mechanism of Redis? 14. What are the benefits of Pipeline? Why use pipeline? 15. Have you used Redis cluster? What is the principle of cluster? 16. Under what circumstances will the Redis cluster solution cause the entire cluster to be unavailable? 17. What are the Java clients supp...

Recursion-maze problem - Rat in the Maze - Game

  package com.bei.Demo01_recursion; public class MiGong {     public static void main(String[] args)  {         //First create a two-dimensional array to simulate the maze         int [][]map=new int[8][7];         //Use 1 for wall         for (int i = 0; i <7 ; i++) {             map[0][i]=1;             map[7][i]=1;         }         for (int i = 0; i <8 ; i++) {             map[i][0]=1;             map[i][6]=1;         }         //Set the bezel         map[3][1]=1;         map[3][2]=1;         //Output         for (int i = 0; i <8 ; i++) {             for (int j = 0; j ...

165 + Big Data and Artificial intelligence ( AI ) terms and terminology Glossary

  Latest and most comprehensive big data/artificial intelligence terms & terminology in English (highly recommended for collection) for years 2021 and 2022   A  1.  Apache Kafka:  named after the Czech writer Kafka, used to build real-time data pipelines and streaming media applications. The reason it is so popular is that it can store, manage, and process data streams in a fault-tolerant manner, and it is said to be very "fast". Given that the social network environment involves a lot of data stream processing, Kafka is currently very popular.