'Highest priority process' presentation slideshows

Processes and operating systems

Processes and operating systems. Motivation for processes. The process abstraction. Context switching. Multitasking. Processes and UML. Why multiple processes?. Processes help us manage timing complexity: multiple rates multimedia automotive asynchronous input user interfaces

1.12k views • 84 slides

Adding a Scheduling Policy to the Linux Kernel

Adding a Scheduling Policy to the Linux Kernel. By Juan M. Banda CS518 Advanced Operating Systems. Presentation Outline. Introduction Project Description / Challenges Background Information Project Steps Achievements References. Introduction. What is Linux?

422 views • 34 slides

COT 5611 Operating Systems Design Principles Spring 2012

384 views • 31 slides

ITFN 2601 Introduction to Operating Systems

ITFN 2601 Introduction to Operating Systems. Lecture 4 Scheduling. Agenda. Scheduling Batch Interactive Real-Time Threads. Scheduling: When. New Process is Created Parent Process Child Process Process Exits When a process blocks I/O Interrupt occurs Clock Interrupts Non-preemptive

383 views • 25 slides

Processes and Operating Systems

Processes and Operating Systems. Operating systems. - Memory Management - Process Management - File System - Storage Management - Networking - Security. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated.

490 views • 25 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

510 views • 24 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

250 views • 24 slides

Courtesy to Mr. Jerry Breecher

OPERATING SYSTEMS SCHEDULING. Courtesy to Mr. Jerry Breecher. CPU Scheduling. What Is In This Chapter? This chapter is about how to get a process attached to a processor. It centers around efficient algorithms that perform well.

410 views • 23 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

480 views • 23 slides

Processes and operating systems

Processes and operating systems. Operating systems. Operating systems. The operating system controls resources: who gets the CPU; when I/O takes place; how much memory is allocated. The most important resource is the CPU itself. CPU access controlled by the scheduler.

234 views • 23 slides