Question 1

If no cycle exists in the resource allocation graph___________

Accepted Answer

A) then the system will not be in a safe state 
B) then the system will be in a safe state 
C) all of the mentioned 
D) none of the mentioned 
A) then the system will not be in a safe state 
B) then the system will be in a safe state 
C) all of the mentioned 
D) none of the mentioned

Question 2

If we preempt a resource from a process, the process cannot continue with its normal execution and it must be___________

Accepted Answer

A) aborted 
B) rolled back 
C) terminated 
D) queued 
A) aborted 
B) rolled back 
C) terminated 
D) queued

Question 3

The content of the matrix Need is

Accepted Answer

A) allocation - available 
B) max - available 
C) max - allocation 
D) allocation - max 
A) allocation - available 
B) max - available 
C) max - allocation 
D) allocation - max

Question 4

All unsafe states are___________

Accepted Answer

A) deadlocks 
B) not deadlocks 
C) fatal 
D) none of the mentioned 
A) deadlocks 
B) not deadlocks 
C) fatal 
D) none of the mentioned

Question 5

What is the solution to starvation?

Accepted Answer

A) the number of rollbacks must be included in the cost factor 
B) the number of resources must be included in resource preemption 
C) resource preemption be done instead 
D) all of the mentioned 
A) the number of rollbacks must be included in the cost factor 
B) the number of resources must be included in resource preemption 
C) resource preemption be done instead 
D) all of the mentioned

If no cycle exists in the resource allocation graph___________

If we preempt a resource from a process, the process cannot continue with its normal execution and it must be___________

The content of the matrix Need is

All unsafe states are___________

What is the solution to starvation?

Operating System

Operating System and Software

Operating System and Computer Basics: Formatting, Clipboard, Radio Buttons, Bankers Algorithm, and More

Computer Software and Operating System

Processor and Memory Fundamentals

Computer Architecture and Memory

Computer Science and Information Technology on Raid, Middleware, and CPU Scheduling

Understanding Process Scheduling in Operating Systems

Operating System and Process Management

Process Scheduling and Synchronization in Multi-Programming Environment

Process Management and Interprocess Communication in Unix

Semaphores, Spinlocks, and Monitors: Understanding Synchronization in Operating Systems

Concurrency Control and Deadlock Prevention in Operating Systems

Memory Management and Swapping Techniques

Memory Management in Operating Systems

Understanding Paging and Memory Management in Operating Systems

Understanding Virtual Memory and Page Replacement Algorithms

Virtual Memory, Segmentation, and Disk Management

Disk Management and I/O Subsystem

Linux Kernel and System Structures

Thread Management and Synchronization in Operating Systems

Operating System Concepts: System Calls, Threads, and Signals

Operating System and Thread Pool

Operating System and Memory Management

Process Control and Memory Management

Linux Kernel, File Systems, Bootloaders and Distributions

Filters

Exam 14: Deadlock and Resource Allocation in Computer Systems

If no cycle exists in the resource allocation graph___________

If we preempt a resource from a process, the process cannot continue with its normal execution and it must be___________

The content of the matrix Need is

All unsafe states are___________

What is the solution to starvation?

Operating System

Operating System and Software

Operating System and Computer Basics: Formatting, Clipboard, Radio Buttons, Bankers Algorithm, and More

Computer Software and Operating System

Processor and Memory Fundamentals

Computer Architecture and Memory

Computer Science and Information Technology on Raid, Middleware, and CPU Scheduling

Understanding Process Scheduling in Operating Systems

Operating System and Process Management

Process Scheduling and Synchronization in Multi-Programming Environment

Process Management and Interprocess Communication in Unix

Semaphores, Spinlocks, and Monitors: Understanding Synchronization in Operating Systems

Concurrency Control and Deadlock Prevention in Operating Systems

Memory Management and Swapping Techniques

Memory Management in Operating Systems

Understanding Paging and Memory Management in Operating Systems

Understanding Virtual Memory and Page Replacement Algorithms

Virtual Memory, Segmentation, and Disk Management

Disk Management and I/O Subsystem

Linux Kernel and System Structures

Thread Management and Synchronization in Operating Systems

Operating System Concepts: System Calls, Threads, and Signals

Operating System and Thread Pool

Operating System and Memory Management

Process Control and Memory Management

Linux Kernel, File Systems, Bootloaders and Distributions

Filters