Notes - MIECT
Sistemas Operativos E De Tempo-real
MIECTRedes de Comunicações 1Redes de Comunicações 2Análise de SistemasCompiladoresBases De DadosInteligência ArtificialSegurança Informática em OrganizaçõesInteracção Humano-ComputadorComputação DistribuídaMétodos Probabilísticos p/ Engenharia InformáticaSistemas De OperaçãoRedes E Sistemas AutónomosComunicações MóveisSegurança Em Redes De ComunicaçõesSistemas Operativos E De Tempo-real
Notes - MIECT
Sistemas Operativos E De Tempo-real
MIECTRedes de Comunicações 1Redes de Comunicações 2Análise de SistemasCompiladoresBases De DadosInteligência ArtificialSegurança Informática em OrganizaçõesInteracção Humano-ComputadorComputação DistribuídaMétodos Probabilísticos p/ Engenharia InformáticaSistemas De OperaçãoRedes E Sistemas AutónomosComunicações MóveisSegurança Em Redes De ComunicaçõesSistemas Operativos E De Tempo-real
  • Sistemas Operativos e de Tempo-real
  • Basic Concepts About Real-Time Systems
    • Preliminaries
    • Definitions
    • Objective of the Study of RTS
    • Requirements of Real-Time Systems
  • Real Time Model
    • Real Time Model
    • Temporal Control
    • Task states and execution
    • Kernel/RTOS Architecture
      • Time Management Functions
    • Examples of RTOS
  • Practical Class 01
    • Real-Time Services in Linux
    • Using the Linux real-time services
  • Scheduling Basics
    • Basic concepts
    • Scheduling Algorithms
      • Basic algorithms
    • Static Cyclic Scheduling
    • Exercise
  • Fixed Priority Scheduling
    • Online scheduling with fixed priorities
    • Schedulability tests based on utilization
      • Deadline Monotonic Scheduling DM
    • Response-time analysis
  • Practical Class 2
    • Xenomai brief introduction
    • API
    • Developing an application
  • Dynamic Priority Scheduling
    • On-line scheduling with dynamic priorities
    • Analysis: CPU utilization bound
    • Analysis: CPU Load Analysis
    • Other deadline assignment criteria
  • Exclusive Access to Shared Resources
    • The priority inversion problem
    • Techniques for allowing exclusive access
    • Priority Inheritance Protocol
    • Priority Ceiling Protocol
    • Stack Resource Policy
    • Notes
  • Aperiodic Servers
    • Joint scheduling of periodic and aperiodic tasks
    • Aperiodic Servers
    • Fixed Priority Servers
    • Dynamic Priority Servers
  • Limited preemption, release jitter and overheads
    • Non-preemptive scheduling
    • Impact of Release Jitter
    • Accounting for overheads
    • Considerations about the WCET
  • Profiling and Code Optimization
    • Code optimization techniques
      • CPU independent optimization techniques
      • Cache impact
      • Optimization techniques dependent on memory architecture
      • Architecture-dependent optimization techniques
    • Profiling
  • Multiprocessor Scheduling, V1.2
    • Introduction
    • Definitions, Assumptions and Scheduling Model
    • Scheduling for Multicore Platforms
    • Task allocation
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Index

NextPreliminaries

Sistemas Operativos e de Tempo-real

Resumos da matéria lecionada nas aulas teóricas da cadeira de SOTR

Basic Concepts About Real-Time Systems
Real Time Model
Practical Class 01
Scheduling Basics
Fixed Priority Scheduling
Practical Class 02
Dynamic Priority Scheduling
Exclusive Access to Shared Resources
Aperiodic Servers
Limited preemption, release jitter and overheads
Profiling and Code Optimization
Multiprocessor Scheduling, V1.2