
- OS - Home
- OS - Needs
- OS - Overview
- OS - History
- OS - Components
- OS - Structure
- OS - Architecture
- OS - Services
- OS - Properties
- OS - TAT & WAT
- OS Processes
- OS - Processes
- OS - Process Scheduling
- OS - Scheduling Algorithms
- FCFS Scheduling Algorithm
- SJF Scheduling Algorithm
- Round Robin Scheduling Algorithms
- HRRN Scheduling Algorithms
- Priority Scheduling Algorithms
- Multilevel Queue Scheduling
- Context Switching
- Operations on Processes
- Lottery Process Scheduling
- Predicting Burst Time SJF Scheduling
- Race Condition Vulnerability
- Critical Section Synchronization
- Mutual Exclusion Synchronization
- Process Control Block
- Inter Process Communication
- Preemptive and Non-Preemptive Scheduling
- Operating System - Deadlock
- Introduction to Deadlock in Operating System
- Conditions for Deadlock in Operating System
- OS Synchronization
- Operating System - Process Synchronization
- Operating System - Critical Section
- Operating System - Semaphores
- Operating System - Counting Semaphores
- Operating System - Mutex
- Operating System - Turn Variable in Process Synchronization
- Operating System - Bounded Buffer Problem
- Operating System - Reader Writer Locks in Process Synchronization
- Operating System - Test Set Lock in Process Synchronization
- Operating System - Peterson Solution in Process Synchronization
- Operating System - Monitors in Process Synchronization
- Operating System - Sleep and Wake in Process Synchronization
- OS Memory Management
- OS - Memory Management
- OS - Virtual Memory
- OS Storage Management
- File Systems in Operating System
- Linked Index Allocation in Operating System
- Indexed Allocation in Operating System
- Structures of Directory in Operating System
- File Attributes in Operating System
- Operating System - Page Replacement
- Operating Systems - Thrashing
- Optimal Page Replacement Algorithm
- Operating System - Types
- Types of Operating System
- Batch Processing Operating System
- Multiprocessing Operating System
- Hybrid Operating System
- Monolithic Operating System
- Zephyr Operating System
- Nix Operating System
- Blackberry Operating System
- Garuda Operating System
- Tails Operating System
- Clustered Operating System
- Haiku Operating System
- AIX Operating System
- Solus Operating system
- Tizen Operating System
- Bharat Operating System
- Fire Operating System
- Bliss Operating System
- VxWorks Operating System
- Embedded Operating System
- Single User Operating System
- OS Miscellaneous
- OS - Multi-threading
- OS - I/O Hardware
- OS - I/O Software
- OS - Security
- OS - Linux
- OS Useful Resources
- OS - Quick Guide
- OS - Useful Resources
- OS - Discussion
OS Overview Q & A #3
Question: What are the primary differences between Network Operating System and Distributed Operating System?
Answer: Network and Distributed Operating systems have a common hardware base, but the difference lies in software.
Sr. No. | Network Operating System | Distributed Operating System |
---|---|---|
1 | A network operating system is made up of software and associated protocols that allow a set of computer network to be used together. | A distributed operating system is an ordinary centralized operating system but runs on multiple independent CPUs. |
2 | Environment users are aware of multiplicity of machines. | Environment users are not aware of multiplicity of machines. |
3 | Control over file placement is done manually by the user. | It can be done automatically by the system itself. |
4 | Performance is badly affected if certain part of the hardware starts malfunctioning. | It is more reliable or fault tolerant i.e distributed operating system performs even if certain part of the hardware starts malfunctioning. |
5 | Remote resources are accessed by either logging into the desired remote machine or transferring data from the remote machine to user's own machines. | Users access remote resources in the same manner as they access local resources. |
os_exams_questions_answers.htm
Advertisements