sistema operativo
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An operating system manages a computer's resources and allows efficient use of hardware. It interprets commands to communicate with users, manages errors and files, and configures software and peripherals. Operating systems can be monotask or multitask, with the latter serving multiple users simultaneously by sharing resources, as seen in networks. Real-time operating systems process instructions instantly and immediately display results. Operating systems have evolved over time with different interfaces and categories to improve computer management.
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Operating System
This document provides information about operating systems including definitions, functions, types, and user interfaces. It defines an operating system as a set of programs that controls computer resources and provides an interface for users. Popular operating systems mentioned include Unix, MS-Dos, Windows, and Linux. The document describes types such as real-time, single-user single-tasking, single-user multitasking, and multi-user multitasking operating systems. Functions of operating systems include displaying elements, loading programs, coordinating hardware/software, and managing data storage. User interfaces are described as either graphical or command line.
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Lesson 1 introduction to computer
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Operating Systems (OS)
An operating system acts as an intermediary between the user and computer hardware, managing processes, memory, devices, and errors. It determines which applications run and for how long, shares memory among apps, controls I/O, and divides programs across processors. The main purposes of an OS are providing convenience by controlling hardware and resources, efficiency by managing data movement and storage, and adaptability by allowing testing, development and changes.
Operating system
An operating system manages computer hardware and software resources and allows applications to run. It performs basic functions like managing devices, files, memory, and providing an interface for other programs. Common operating systems include Ubuntu, Android, Windows, and Mac OS. Android has the largest market share in smartphones. Operating systems have evolved from early batch systems to today's multi-tasking, distributed, and real-time systems. An operating system is essential software that enables a computer to function and run other programs.
Batch operating system
Batch processing is a technique in which an Operating System collects the programs and data together in a batch before processing starts. An operating system does the following activities related to batch processing − The OS defines a job which has predefined sequence of commands, programs and data as a single unit.
Operating system
The document discusses operating systems and provides information on:
1) Operating system types including batch, time-sharing, real-time, distributed, clustered, mainframe, and personal computer operating systems.
2) The evolution of operating systems from first generation vacuum tube computers to modern personal computer operating systems.
3) The key components and functions of an operating system including managing hardware resources, executing user programs, and acting as an intermediary between the user and computer hardware.
operating system
The document provides information about operating systems including:
1. It defines an operating system as a program that manages computer hardware and software resources and acts as an interface between users and applications.
2. It describes the layers of an operating system including the kernel, system libraries, shell/commands, and user applications/GUIs.
3. It discusses the history of operating systems from early batch processing systems to modern single-user and multi-user systems with graphical interfaces.
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Operating System
This document provides information about operating systems including definitions, functions, types, and user interfaces. It defines an operating system as a set of programs that controls computer resources and provides an interface for users. Popular operating systems mentioned include Unix, MS-Dos, Windows, and Linux. The document describes types such as real-time, single-user single-tasking, single-user multitasking, and multi-user multitasking operating systems. Functions of operating systems include displaying elements, loading programs, coordinating hardware/software, and managing data storage. User interfaces are described as either graphical or command line.
Lesson 2 pc components
For Educational Purpose Only;
for any queries please contact me at my email: Nivlem907@gmail.com
*if any laws violated, it is not intended
Lesson 1 introduction to computer
For Educational Purpose Only;
for any queries please contact me at my email: Nivlem907@gmail.com
*if any laws violated, it is not intended
Operating Systems (OS)
An operating system acts as an intermediary between the user and computer hardware, managing processes, memory, devices, and errors. It determines which applications run and for how long, shares memory among apps, controls I/O, and divides programs across processors. The main purposes of an OS are providing convenience by controlling hardware and resources, efficiency by managing data movement and storage, and adaptability by allowing testing, development and changes.
Operating system
An operating system manages computer hardware and software resources and allows applications to run. It performs basic functions like managing devices, files, memory, and providing an interface for other programs. Common operating systems include Ubuntu, Android, Windows, and Mac OS. Android has the largest market share in smartphones. Operating systems have evolved from early batch systems to today's multi-tasking, distributed, and real-time systems. An operating system is essential software that enables a computer to function and run other programs.
Batch operating system
Batch processing is a technique in which an Operating System collects the programs and data together in a batch before processing starts. An operating system does the following activities related to batch processing − The OS defines a job which has predefined sequence of commands, programs and data as a single unit.
Operating system
The document discusses operating systems and provides information on:
1) Operating system types including batch, time-sharing, real-time, distributed, clustered, mainframe, and personal computer operating systems.
2) The evolution of operating systems from first generation vacuum tube computers to modern personal computer operating systems.
3) The key components and functions of an operating system including managing hardware resources, executing user programs, and acting as an intermediary between the user and computer hardware.
operating system
The document provides information about operating systems including:
1. It defines an operating system as a program that manages computer hardware and software resources and acts as an interface between users and applications.
2. It describes the layers of an operating system including the kernel, system libraries, shell/commands, and user applications/GUIs.
3. It discusses the history of operating systems from early batch processing systems to modern single-user and multi-user systems with graphical interfaces.
1 types of operating system
Batch processing involves submitting one or more programs and associated data as a job to await processing without interaction. Examples include payroll runs and utility billing. Errors are stored for later rather than dealt with immediately.
Single-user systems are used by only one person at a time on an individual computer not connected to a network. Multi-user systems allow multiple users simultaneous access to a central computer through time-slicing of the processor.
Multi-tasking runs multiple applications simultaneously on a PC by rapidly switching between tasks. Multiprogramming improves CPU efficiency by holding multiple jobs in memory simultaneously and allocating the CPU through scheduling.
Operating system 11.10.2016 adarsh bang
This document provides summaries of different types of operating systems:
- It describes operating systems as system software that manages computer hardware/software resources and provides common services. It discusses single-tasking vs multi-tasking, single-user vs multi-user, distributed, embedded, real-time, and library operating systems.
- It briefly summarizes four specific operating systems - Windows, Linux, iOS, and their histories and key features. Windows uses a GUI and is widely used. Linux is multi-user/tasking and runs on various platforms. iOS was designed for Apple mobile devices and has over 500,000 apps.
Types of operating system
The document discusses different types of operating systems. It defines an operating system as software that allows computer hardware and software to communicate and function. It then describes GUI operating systems as using graphics and icons navigated by a mouse. It also covers multi-user systems that allow multiple users to access a computer simultaneously or at different times, as well as multiprocessing systems that support more than one processor, and multitasking and multithreading systems that run multiple processes concurrently. Finally, it mentions embedded systems designed for devices like PDAs with limited resources.
Operating system (os)
An operating system acts as an interface between the user and computer hardware, managing resources like the processor, RAM, storage, and peripherals. It provides a graphical user interface to allow users to point and click icons and windows on screen. Operating systems can be single-user and found on devices like PCs, servers, and mainframes stored on a hard disk, or multi-user and network operating systems that allow file sharing and multitasking between multiple users on a network. Common examples are Windows, Mac OS, Linux, and IBM's OS/360.
OPERATING SYSTEM
This document discusses operating systems and their functions. It defines an operating system as a program that mediates between application programs and hardware components, acting as an interface between users and computer resources. The key needs for an operating system are to make proper use of hardware resources, provide a consistent way for applications to deal with hardware without knowing details, and control and coordinate all computer system activities like memory allocation, process prioritization, networking and file management. The major functions of an operating system are device management, process management, memory management and storage management. It also discusses process scheduling and the types of scheduling that can occur.
Operating system ms priyanka
This document discusses operating systems and their functions. It defines an operating system as a program that mediates between application programs and hardware components, acting as an interface between users and computer resources. The key needs for an operating system are to make proper use of hardware resources, provide a consistent way for applications to deal with hardware without knowing details, and control and coordinate all computer system activities like memory allocation, process prioritization, networking and file management. The major functions of an operating system are device management, process management, memory management and storage management. It also discusses process scheduling and the types of scheduling that can occur.
operating system college
An operating system (OS) acts as an interface between the user and computer hardware, performing basic tasks like file management, memory management, process management, and controlling devices. An OS allows users to run application software like a word processor, spreadsheet, web browser, or game. It also manages the computer's hardware resources including the CPU, storage, graphics card, and other components. There are different types of OSs that can be single-tasking or multi-tasking, single-user or multi-user, distributed across networks, embedded in devices, or designed for real-time applications. Popular examples include Windows, Mac OS, Linux, Android, and iOS.
Interactive os
Interactive operating systems allow users to run interactive programs that accept input from humans. Most popular programs like word processors and spreadsheets are interactive. An interactive OS provides fast turnaround times and immediate feedback while a non-interactive program runs without human input like compilers. Key characteristics of interactive OSs include processor scheduling, memory management, I/O data management, and file management. [/SUMMARY]
Operating system jitendra
The document discusses the role and functions of an operating system. An operating system acts as an intermediary between the user and computer hardware, executing programs and making the computer easier to use. It hides hardware details and provides a convenient interface. Key functions of the operating system include multitasking, memory management, file management, and interfacing with devices and applications. Operating systems aim to make efficient use of computer resources and provide a platform for users' programs, system protection, and error handling.
Operating systems
An operating system manages computer hardware resources and allows applications to run. Operating systems can be found on any device with a computer like desktops, phones, game consoles, and servers. Popular operating systems include Linux, Android, iOS, Mac OS X, and Windows. Operating systems come in different types like graphical user interface, multi-user, multi-processing, and distributed. The file allocation table helps the operating system locate files on a disk even after fragmentation. Memory management involves allocating hard drive space for temporary storage and freeing it when no longer needed. The user interface enables human-computer interaction without which we could not access or use the computer. Device and processor management are also functions of the operating system.
Services provided by os
An operating system provides an environment for program execution, input/output operations, file system manipulation, communications, and error detection. It loads programs into memory, allows programs to end execution normally or abnormally, enables input/output access to files and devices that users cannot directly control, permits programs to read, write, create and delete files, and facilitates communication between processes on the same or different systems. The operating system also monitors for errors in hardware, devices, and programs to take appropriate corrective actions.
Sistemas Operativos
This document provides an overview of operating systems including definitions, classifications, kernel structures, and histories of Microsoft Windows and Unix/Linux. It defines an operating system as software that manages hardware resources and allows other programs and users to access those resources. It classifies operating systems based on services provided (single-user vs multi-user), task/process handling (single-task vs multi-task, single-process vs multi-process), and network capabilities. It describes different kernel structures like monolithic, microkernel, and exokernel. It outlines the origins and key releases of Microsoft Windows and Unix/Linux operating systems from the 1970s to present day.
operating system
1) Operating systems control hardware resources and coordinate software activities on a computer. They provide convenience, communication, abstraction, efficiency, monitoring, protection and other services.
2) There are several types of computer systems including simple batch systems, time-sharing systems, personal computer systems, parallel systems, distributed systems, real-time systems and handheld systems.
3) Computer systems can also be categorized by size as mobile devices, microcomputers, midrange computers, mainframe computers and supercomputers. Each category has increasing processing power and capabilities.
Code4vn linux day1 operating system concept
The document discusses the key concepts and components of an operating system. It explains that an operating system acts as an interface between the user and underlying hardware by managing computer resources and providing common services to applications. It describes important OS concepts such as processes, files, directories, system calls, and the shell interface. The operating system presents the computer as an easy to use virtual machine and handles complex tasks like memory allocation, scheduling, and input/output management.
Types or evolution of operating system
OPERATING SYSTEM TYPES : BATCH os, TIME SHARING OS, MULTIPROGRAMMING OS, MULTIPROCESSING S, REAL TIME OS, MULTITASKING OS, ETC....
Operating systems
The document discusses the functions of operating systems. It lists where operating systems can be found, including in sat-navs, car computers, game consoles, servers, phones, computers, printers, and iPods. It then describes the main functions of an operating system as controlling backing storage and peripherals like disk drives and printers, controlling the loading and running of programs, organizing memory usage between programs, managing processing time and priorities between programs and users, and maintaining security and access rights. It also briefly discusses virtual memory and lists some key functions of an operating system like file management, processor management, user interface, memory management, and device management.
Operating system
The document discusses operating systems and computer software. It defines an operating system as a set of programs that manages computer resources and flow of information. It describes the main functions of an operating system as process management, memory management, file management, and device management. The document also outlines different types of operating systems, including multiprogramming, multitasking, real-time systems, and batch processing systems.
Role and function of operating system
The document discusses the role and functions of operating systems. It defines an operating system as the most important program that runs on a computer and performs basic tasks like recognizing input/output and managing resources. The main functions of an operating system are providing an interface for users, managing system resources and security, running applications, and process management. It also describes different types of operating systems like real-time, single-user/single-task, single-user/multi-tasking, multi-user, distributed, and embedded. Commonly used operating systems include iOS, Linux, Windows, and IBM z/os. In conclusion, the document states that a computer without an operating system would be like a human without a soul.
Types of Computer
This document discusses different types of computer systems based on operational principle and size/speed. There are three types based on operational principle: analog computers that process continuous values, digital computers that process binary digits, and hybrid computers that can process both analog and digital data. Based on size and speed, there are supercomputers that are the most powerful, mainframes for intensive tasks, minicomputers for complex computations, and microcomputers which are the most common and include PCs.
Computer
A computer is an electronic device that can perform calculations and logical operations at high speeds. It can store, process, and retrieve data whenever needed. The activity of processing data using a computer is called data processing, where raw data is input and processed to produce useful information output. A computer takes in data as input, stores it in memory, processes the data to convert it into information, generates an output, and controls these steps. Computers are used in many fields including business, banking, insurance, education, marketing, and healthcare. Computers range in size from personal computers for single users to mainframes and supercomputers that can support hundreds of users simultaneously and perform extremely fast calculations.
os unit 1 (2).pptx. introduction to operating systems
This ppt explains the introduction of operating system its layered architecture or logical structure of operating system
TYPES OF OPERATING SYSTEM (2).pptx
The document discusses different types of operating systems. It describes real-time operating systems which respond instantly to input, multi-user systems which allow multiple users to access a computer concurrently, multi-tasking systems which allow execution of multiple tasks at once, distributed systems which manage independent computers as a single computer, and embedded systems designed for devices like PDAs with limited resources. The operating system acts as an interface between the user and computer, managing resources and coordinating activities.
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1 types of operating system
Batch processing involves submitting one or more programs and associated data as a job to await processing without interaction. Examples include payroll runs and utility billing. Errors are stored for later rather than dealt with immediately.
Single-user systems are used by only one person at a time on an individual computer not connected to a network. Multi-user systems allow multiple users simultaneous access to a central computer through time-slicing of the processor.
Multi-tasking runs multiple applications simultaneously on a PC by rapidly switching between tasks. Multiprogramming improves CPU efficiency by holding multiple jobs in memory simultaneously and allocating the CPU through scheduling.
Operating system 11.10.2016 adarsh bang
This document provides summaries of different types of operating systems:
- It describes operating systems as system software that manages computer hardware/software resources and provides common services. It discusses single-tasking vs multi-tasking, single-user vs multi-user, distributed, embedded, real-time, and library operating systems.
- It briefly summarizes four specific operating systems - Windows, Linux, iOS, and their histories and key features. Windows uses a GUI and is widely used. Linux is multi-user/tasking and runs on various platforms. iOS was designed for Apple mobile devices and has over 500,000 apps.
Types of operating system
The document discusses different types of operating systems. It defines an operating system as software that allows computer hardware and software to communicate and function. It then describes GUI operating systems as using graphics and icons navigated by a mouse. It also covers multi-user systems that allow multiple users to access a computer simultaneously or at different times, as well as multiprocessing systems that support more than one processor, and multitasking and multithreading systems that run multiple processes concurrently. Finally, it mentions embedded systems designed for devices like PDAs with limited resources.
Operating system (os)
An operating system acts as an interface between the user and computer hardware, managing resources like the processor, RAM, storage, and peripherals. It provides a graphical user interface to allow users to point and click icons and windows on screen. Operating systems can be single-user and found on devices like PCs, servers, and mainframes stored on a hard disk, or multi-user and network operating systems that allow file sharing and multitasking between multiple users on a network. Common examples are Windows, Mac OS, Linux, and IBM's OS/360.
OPERATING SYSTEM
This document discusses operating systems and their functions. It defines an operating system as a program that mediates between application programs and hardware components, acting as an interface between users and computer resources. The key needs for an operating system are to make proper use of hardware resources, provide a consistent way for applications to deal with hardware without knowing details, and control and coordinate all computer system activities like memory allocation, process prioritization, networking and file management. The major functions of an operating system are device management, process management, memory management and storage management. It also discusses process scheduling and the types of scheduling that can occur.
Operating system ms priyanka
This document discusses operating systems and their functions. It defines an operating system as a program that mediates between application programs and hardware components, acting as an interface between users and computer resources. The key needs for an operating system are to make proper use of hardware resources, provide a consistent way for applications to deal with hardware without knowing details, and control and coordinate all computer system activities like memory allocation, process prioritization, networking and file management. The major functions of an operating system are device management, process management, memory management and storage management. It also discusses process scheduling and the types of scheduling that can occur.
operating system college
An operating system (OS) acts as an interface between the user and computer hardware, performing basic tasks like file management, memory management, process management, and controlling devices. An OS allows users to run application software like a word processor, spreadsheet, web browser, or game. It also manages the computer's hardware resources including the CPU, storage, graphics card, and other components. There are different types of OSs that can be single-tasking or multi-tasking, single-user or multi-user, distributed across networks, embedded in devices, or designed for real-time applications. Popular examples include Windows, Mac OS, Linux, Android, and iOS.
Interactive os
Interactive operating systems allow users to run interactive programs that accept input from humans. Most popular programs like word processors and spreadsheets are interactive. An interactive OS provides fast turnaround times and immediate feedback while a non-interactive program runs without human input like compilers. Key characteristics of interactive OSs include processor scheduling, memory management, I/O data management, and file management. [/SUMMARY]
Operating system jitendra
The document discusses the role and functions of an operating system. An operating system acts as an intermediary between the user and computer hardware, executing programs and making the computer easier to use. It hides hardware details and provides a convenient interface. Key functions of the operating system include multitasking, memory management, file management, and interfacing with devices and applications. Operating systems aim to make efficient use of computer resources and provide a platform for users' programs, system protection, and error handling.
Operating systems
An operating system manages computer hardware resources and allows applications to run. Operating systems can be found on any device with a computer like desktops, phones, game consoles, and servers. Popular operating systems include Linux, Android, iOS, Mac OS X, and Windows. Operating systems come in different types like graphical user interface, multi-user, multi-processing, and distributed. The file allocation table helps the operating system locate files on a disk even after fragmentation. Memory management involves allocating hard drive space for temporary storage and freeing it when no longer needed. The user interface enables human-computer interaction without which we could not access or use the computer. Device and processor management are also functions of the operating system.
Services provided by os
An operating system provides an environment for program execution, input/output operations, file system manipulation, communications, and error detection. It loads programs into memory, allows programs to end execution normally or abnormally, enables input/output access to files and devices that users cannot directly control, permits programs to read, write, create and delete files, and facilitates communication between processes on the same or different systems. The operating system also monitors for errors in hardware, devices, and programs to take appropriate corrective actions.
Sistemas Operativos
This document provides an overview of operating systems including definitions, classifications, kernel structures, and histories of Microsoft Windows and Unix/Linux. It defines an operating system as software that manages hardware resources and allows other programs and users to access those resources. It classifies operating systems based on services provided (single-user vs multi-user), task/process handling (single-task vs multi-task, single-process vs multi-process), and network capabilities. It describes different kernel structures like monolithic, microkernel, and exokernel. It outlines the origins and key releases of Microsoft Windows and Unix/Linux operating systems from the 1970s to present day.
operating system
1) Operating systems control hardware resources and coordinate software activities on a computer. They provide convenience, communication, abstraction, efficiency, monitoring, protection and other services.
2) There are several types of computer systems including simple batch systems, time-sharing systems, personal computer systems, parallel systems, distributed systems, real-time systems and handheld systems.
3) Computer systems can also be categorized by size as mobile devices, microcomputers, midrange computers, mainframe computers and supercomputers. Each category has increasing processing power and capabilities.
Code4vn linux day1 operating system concept
The document discusses the key concepts and components of an operating system. It explains that an operating system acts as an interface between the user and underlying hardware by managing computer resources and providing common services to applications. It describes important OS concepts such as processes, files, directories, system calls, and the shell interface. The operating system presents the computer as an easy to use virtual machine and handles complex tasks like memory allocation, scheduling, and input/output management.
Types or evolution of operating system
OPERATING SYSTEM TYPES : BATCH os, TIME SHARING OS, MULTIPROGRAMMING OS, MULTIPROCESSING S, REAL TIME OS, MULTITASKING OS, ETC....
Operating systems
The document discusses the functions of operating systems. It lists where operating systems can be found, including in sat-navs, car computers, game consoles, servers, phones, computers, printers, and iPods. It then describes the main functions of an operating system as controlling backing storage and peripherals like disk drives and printers, controlling the loading and running of programs, organizing memory usage between programs, managing processing time and priorities between programs and users, and maintaining security and access rights. It also briefly discusses virtual memory and lists some key functions of an operating system like file management, processor management, user interface, memory management, and device management.
Operating system
The document discusses operating systems and computer software. It defines an operating system as a set of programs that manages computer resources and flow of information. It describes the main functions of an operating system as process management, memory management, file management, and device management. The document also outlines different types of operating systems, including multiprogramming, multitasking, real-time systems, and batch processing systems.
Role and function of operating system
The document discusses the role and functions of operating systems. It defines an operating system as the most important program that runs on a computer and performs basic tasks like recognizing input/output and managing resources. The main functions of an operating system are providing an interface for users, managing system resources and security, running applications, and process management. It also describes different types of operating systems like real-time, single-user/single-task, single-user/multi-tasking, multi-user, distributed, and embedded. Commonly used operating systems include iOS, Linux, Windows, and IBM z/os. In conclusion, the document states that a computer without an operating system would be like a human without a soul.
Types of Computer
This document discusses different types of computer systems based on operational principle and size/speed. There are three types based on operational principle: analog computers that process continuous values, digital computers that process binary digits, and hybrid computers that can process both analog and digital data. Based on size and speed, there are supercomputers that are the most powerful, mainframes for intensive tasks, minicomputers for complex computations, and microcomputers which are the most common and include PCs.
Computer
A computer is an electronic device that can perform calculations and logical operations at high speeds. It can store, process, and retrieve data whenever needed. The activity of processing data using a computer is called data processing, where raw data is input and processed to produce useful information output. A computer takes in data as input, stores it in memory, processes the data to convert it into information, generates an output, and controls these steps. Computers are used in many fields including business, banking, insurance, education, marketing, and healthcare. Computers range in size from personal computers for single users to mainframes and supercomputers that can support hundreds of users simultaneously and perform extremely fast calculations.
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Operating system 06 operating system classification
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- Multiprogramming systems increase efficiency by allowing multiple jobs to reside in memory at once. The CPU switches between jobs during I/O waits.
- Time-sharing or multitasking systems further improve interaction by rapidly switching between jobs, giving the appearance that users interact with programs simultaneously.
Operating systems1[1]
An operating system acts as an intermediary between the user and computer hardware. It provides an environment for users to run programs efficiently and conveniently by managing resources like the CPU, memory, storage, and I/O devices. Operating systems exist to make computing usable by allocating resources fairly between programs and users. Common types include batch, time-sharing, and real-time operating systems.
typesofoperatingsystem2-231016050714-e1a0f6fd.pptx
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Operating system concepts
The document discusses operating systems and their key functions. It describes how an operating system acts as an intermediary between the user and computer hardware, managing resources like memory, processors, devices and information. It outlines important operating system functions such as memory management, processor management, device management, file management, security and job accounting. It also discusses different types of operating systems including batch, time-sharing, distributed and network operating systems.
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Syllabus
Chapter-1
Introduction to objective, scope and outcome the subject
Chapter 2
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Chapter 3
Surveying: Object Principles & Types of Surveying; Site Plans, Plans & Maps; Scales & Unit of different Measurements.
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Chapter 6
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sistema operativo
- 2. INTRODUCTION • Without software, a computer is nothing more than a metallic mass without utility. With software, a computer can store, process and retrieve information, find spelling errors in manuscripts, have adventures and intervene in many other valuable activities to earn a living.
- 3. WHAT IS AN OPERATIVE SYSTEM? • The set of computer programs that allows efficient management of a computer's resources is known as an operating system or system software.
- 4. FUNCTIONS OF OPERATING SYSTEMS. Interpret the commands that allow the user to communicate with the computer. Manage hardware errors and data loss. Organize the files on various storage devices. Configure the environment for the use of software and peripherals.
- 5. MONOTAREAS OPERATING SYSTEM. •The monotopic operating systems are more primitive and it is the opposite of what was previously seen, that is, they can only handle one process at a time or they can only execute the tasks one at a time.
- 6. MULTI-USER OPERATING SYSTEM. • In this category are all systems that simultaneously meet the needs of two or more users, who share the same resources. This kind of system is used specially in networks.
- 7. REALTIME •A real-time operating system processes the instructions received instantly, and once they have been processed it shows the result.
- 8. CONCLUSION •After having investigated, you can see that several operating systems have been developed with different interfaces and categories. All operating systems have undergone changes by programmers, and continue to evolve.
- 11. ASLHEY’S NICOLE CRUZ M.