Multiprocessor Operating System: Examples, Types, Advantages, & Feature!!

-

Multiprocessor operating system is special operating system that is used to boost up the performance of multiple CPUs along with a single computer system. So, here you will learn about what is multiprocessor operating system and its examples, types, and features; involving with advantages and disadvantages of multiprocessor operating system with ease. This is unique a post over the internet; therefore, after reading this article; you will definitely fully learn about multiprocessor operating system without getting any problem.

 What is Multiprocessor Operating System​?

Definition – Multiprocessor operating system allows the multiple processors, and these processors are connected with physical memory, computer buses, clocks, and peripheral devices. Main objective of using multiprocessor operating system is to consume high computing power and increase the execution speed of system. 

  1. What is Multiprocessor Operating System?
  2. Components of Multiprocessor O/S
  3. Types of Multiprocessor O/S
  4. Advantages of Multiprocessor O/S
  5. Disadvantages of Multiprocessor O/S
  6. Characteristics of Multiprocessor O/S
  7. Examples of Multiprocessor O/S 

 Components of Multiprocessor Operating System

There are four major components, which are used in the Multiprocessor Operating System.

  • CPU
  • Input/Output Processor

CPU – CPU is capable to access memories as well as controlling the entire I/O tasks.

 

IOP – I/P processor can access direct memories, and every I/O processors have to responsible for controlling all input and output tasks.

Input/Output Devices – These devices are used for inserting the input commands, and producing output after processing.

Memory Unit – Multiprocessor system uses the two types of memory modules such as shared memory and distributed shared memory.

Types of Multiprocessor Operating System

Here, We will explain different types of multiprocessor operating system, and classification of its list is done into six types.

  • Symmetric Multiprocessor
  • Asymmetric Multiprocessor
  • Shared Memory Multiprocessor
  • Distributed Memory Multiprocessor
  • UMA Multiprocessor
  • NUMA Multiprocessor

Symmetric Multiprocessor

In this system, every processors have own identically copy of operating system, and they can make communication in between each other. In which all processors are connected each other with peer to peer relationship nature, it means no master & slave relation.

Asymmetric Multiprocessor

In this system, every processor is allotted predefined tasks, and master processor has power for controlling entire system. In which, It use the master- slave relationship.

Shared Memory Multiprocessor

In this system, each CPU contains sharable common memory.

Distributed Memory Multiprocessor

In this system, all types of processors consists own private memory.

UMA Multiprocessor

UMA Multiprocessor stands for “Uniform Memory Access Multiprocessor”. In which, it allows to access all memory at the uniform speed rate for all processors.

NUMA Multiprocessor

NUMA Multiprocessor stands for “Non Uniform Memory Access Multiprocessor”. In this system, it involves some areas of the memory for accessing at the faster rate, and left parts of memory are utilized for other tasks.

Advantages of Multiprocessor Operating System

There are list of several advantages of Multiprocessor operating system such as

Great Reliability

If due to any reason, any one processor gets fails then do not worry because, entire system will do work properly. For example – if multiprocessor has 6 processors and any one processor does not perform properly, at this stage rest of them processors have to responsibilities for handling this system.

Improve Throughput

Enhancing the throughput of system, entire system is improved, if couples of processors work with getting collaboration.

Cost Effective System

Multiprocessor systems are cost effective compare to single processor system in long life because this system is capable to share all input/output devices, power supplies system, and data storage center. In multiprocessor, do not need to connect all peripheral terminals separately with each processor.

Parallel Processing

Multiprocessor O/S gets high performance due to parallel processing. In this system, single job is divided into various same small jobs, and execute them like as Parallel nature.

Disadvantages of Multiprocessor Operating System

  • Multiprocessor has complicated nature in both form such as H/W and S/W.
  • It is more expensive due to its large architecture.
  • Multiprocessor operating system has a daunting task for scheduling processes due to its shareable nature.
  • Multiprocessor system needs large memory due to sharing its memory with other resources.
  • Its speed can get degrade due to fail any one processor.
  • It has more time delay when processor receives message and take appropriate action.
  • It has big challenge related to skew and determinism.
  • It needs context switching which can be impacted its performance.

Characteristics of Multiprocessor Operating System

There are numerous characteristics of Multiprocessor operating system, explain below 

  • The Multi processor system allows making communication in between multiple CPUs with their share memory and input/output devices.
  • Multi processor system can use different types of processor as per own need, such as central processing unit (CPU) or an input- output processor (IOP).
  • Multiprocessors are split into multiple instruction stream multiple data stream (MIMD) systems.
  • Entire multi processor system is managed by operating system, and it allows the communication between all processors and I/O devices as well.
  • Multi processor has a better reliability.
  • If, any processor gets fails due to any reason, then other processor can handle all function of faulty processor.
  • Multiprocessor organization provides many benefits for enhancing the system performance.
  • Multiprocessing system has a optimize architecture due to implement parallel processing.
  • In multiprocessor use different compiler, those are able to identify the parallelism in a user’s program in automation mode.
  • Main objective of using the compilers is to determine the all data dependency in the entire program.
  • If, any program totally depends upon the data, which are created by other programs, then that data is executed firstly without getting any delay.
  • If, any data is executed in concurrently, then other parts of the programs can use them.
  • Multiprocessors are categorized with their memory management such as shared memory or tightly coupled multiprocessor.
  • Every processors is known as loosely coupled system because they contain the own private local memory.

Examples of Multiprocessor Operating System

Examples for Symmetric Multiprocessor – Windows NT, Solaris, Digital UNIX, OS/2 & Linux.

Examples for Asymmetric Multiprocessor – SunOS Version 4, IOS

Other Examples are 

  • Intel Nehalem – Beckton, Westmere, Sandy Bridge
  • AMD Opteron – K10 (Barcelona, Magny Cours); Bulldozer
  • ARM Cortex A9, A15 MPCore
  • Oracle (Sun) UltraSpare T1, T2, T3, T4 (Niagara)

Likely Asked Questions)

What is multiprocessor operating system with example?

A multiprocessor operating system is going to able of running various programs simultaneously, and most modern network operating systems (NOSs) support multiprocessing, for examples are Windows NT, 2000, XP, and Unix.

What is multiprocessing operating system definition in simple words?

Multiprocessor OS is special operating system that is used to boost up the performance of multiple CPUs along with a single computer system.

Why to use multiprocessor system in operating system?

The multiprocessor is a special computer system with getting multiple CPUs (Central Processing Units) share full access to a common RAM; and primary goal of using multiprocessor is to get boost up the system’s execution speed and overall performance.

What are the examples of multiprocessor operating system in real-life?

There are many examples of multiprocessor OS, which are using in your daily life like as Windows NT, Solaris, UNIX, OS/2 & Linux, SunOS Version 4, IOS, Beckton, Westmere, Sandy Bridge, and more.

What are the different types of multiprocessor operating system?

Multiprocessor operating system is classified into six different categories like as Symmetric Multiprocessor, Asymmetric Multiprocessor, Shared Memory Multiprocessor, Distributed Memory Multiprocessor, UMA Multiprocessor, and NUMA Multiprocessor. Each one is explained above in this article; you can check them.


Comments

Post a Comment

Popular Post

My Printer Not Connecting

-
Image
 If you are having an issue with installing a printer or getting other issues dealing with a printer or printer setup on the computer, try this troubleshooter.  If a step doesn't apply, skip to next step  1. Turn computer off  2. Turn printer off 3. Disconnect power to printer for 2 minutes  4. Turn printer back on  5. Wait one minute  6. Make sure all connections are good  7. If your printer has both parallel and USB connectors, only have one of the two connected and not both. The USB is faster. (most new systems do not have parallel connections)  8. Turn computer back on  9. Make sure the printer has ink  10. Is the printer networked? If so is it connected to the network via computer or router. If it is connected via a computer and the computer is off, the other systems will not see it.  11. Make sure the dependencies to the print spool is started  12. Check the manufacturer of the printer to see if there is a newer driver for the printer.  13. Check the manufacturer for any patc
Read more

RESISTOR TESTING

-
Image
1- Visual inspection: Checks for missing or any burning on resistance.   2- Using Digital Multimeter: You can check the resistor resistance by selecting the ohm range in the digital multimeter, If the resistor is in circuit, you will generally have to remove the resistor so you are testing only the resistor value and not the other components in the circuit.   Connect test probes across the two points of the resistor as shown in the photo, polarity isn’t important, value of resistance shown is 9.86 kΩ. Note: All resistors have a specific tolerance rating. The tolerance rating is marked by a color band on the end of the resistor’s body, normally the band is gold indicating 5 % tolerance. If the tolerance band is silver, then the rating is 10 %. How to test SMD Resistors: Because of the small size of SMD resistors, there is often not room for the traditional color band code to be printed on them. Therefore, new resistor SMD codes were developed. The most commonly seen codes are the three
Read more

HARDWARE TECHNICIAN

-
Image
   As a Laptop technician, you must understand a basic rule of business, time is money.      Whether you are boss or work for someone else, the ability to identify and isolate a Laptop fault quickly and decisively is very important to the success of your business. It requires some common sense, and a little bit of focus. It also requires an understanding of the troubleshooting process, and reliable plan of action. Even though the number of Laptop configuration and setups are virtually unlimited, the methodology used to approach each repair is always about the same. This introduction is intended to isolate the concepts of basic troubleshooting and show you how to apply basic laptop repair steps that will help you narrow the problem down before you even take a screwdriver to the Laptop. By applying a constant technique. You can safe precious time from every laptop repair. The General Troubleshooting Steps Regardless of how your particular Laptop might be, a dependable Troubleshooting ste
Read more

INTRODUCTION TO CHIP-LEVEL TECHNOLOGY

-
Image
Chapter 1: Introduction to Chip-Level Technology     1.1 What is Chip-Level Technology?   Explanation of chip-level technology: Delving into the microscopic world of electronic components and circuits. How chip-level technicians work at the heart of devices to diagnose and repair intricate issues.  1.2 Importance of Chip-Level Expertise   Highlighting the significance of chip-level technicians in repairing complex electronic devices. Examples of devices where chip-level expertise is crucial: smartphones, laptops, gaming consoles, and more Chapter 2: Basics of Electronic Components   2.1 Understanding Electronic Components Introduction to fundamental components: resistors, capacitors, diodes, transistors, and integrated circuits (ICs). How components combine to create circuits, allowing devices to function. 2.2 Role of Components in a Circuit Explanation of how each component contributes to the overall operation of a circuit. Examples: res
Read more

How to Hack WiFi Password: Guide to Crack Wi-Fi Network

-
What is Cybercrime? Cybercrime is defined as an unlawful action against any person using a computer, its systems, and its online or offline applications. It occurs when information technology is used to commit or cover an offense. However, the act is only considered Cybercrime if it is intentional and not accidental. In this tutorial, you will learn: What is Cybercrime? Example of Cybercrime Cybercrime Attack Types Cyber Crime Tools Example of Cybercrime Here, are some most commonly occurring Cybercrimes: The fraud did by manipulating computer network Unauthorized access to or modification of data or application Intellectual property theft that includes software piracy Industrial spying and access to or theft of computer materials Writing or spreading computer viruses or malware Digitally distributing child pornography Cybercrime Attack Types Cybercrime can attack in various ways. Here, is some most common cybercrime attack mode: Hacking: It is an act
Read more

IP Address: internet protocol

-
Image
   What is an IP address?     An IP (Internet Protocol) address is a unique numerical label assigned to each device connected to a computer network that uses the Internet Protocol for communication.     It serves two main functions: identifying the host or network interface and providing the location of the device in the network. Types of IP addresses:     IPv4: This is the most common type of IP address used today. It consists of four sets of numbers separated by periods (e.g., 192.168.0.1). IPv4 allows for approximately 4.3 billion unique addresses.     IPv6: With the increasing number of connected devices, IPv6 was introduced to address the depletion of IPv4 addresses. It uses eight sets of numbers separated by colons (e.g., 2001:0db8:85a3:0000:0000:8a2e:0370:7334). IPv6 provides a significantly larger address space. How IP addresses work:     When a device wants to communicate with another device over the internet, it needs to know the destination device's IP ad
Read more
-
Image
j BIOS (Basic Input/Output System) is an essential firmware embedded in a computer's motherboard that initializes hardware components and enables the operating system to boot. Sometimes, updating or reprogramming the BIOS becomes necessary to fix compatibility issues, add new features, or enhance system performance. This comprehensive guide will walk you through the process of BIOS reprogramming, covering the necessary steps and precautions to ensure a successful update. Understand the Purpose of BIOS Reprogramming : Before proceeding with BIOS reprogramming, it's crucial to understand why you need to update or reprogram it. Common reasons include resolving hardware compatibility issues, improving system stability, fixing security vulnerabilities, enabling new features, or supporting updated hardware. Make sure to identify the specific need for reprogramming to avoid unnecessary updates that could potentially cause problems. Research and Gather Necessary Materials : Begin by re
Read more