PowerPoint Presentation Clase modelo

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M.C. Juan Carlos Olivares Rojas
Course Syllabus jolivares_at_uvaq.edu.mx January,
2009
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• Introduction
• Topics
• Grading
• Recommendations
• References

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The students will know in detailed form the
construction and working of modern operating
systems. The students will programming and knows
diferent kind of operating systems such as DOS,
Windows, Solaris, Linux, among others.
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1.1 Operating System History 1.2 Basic Concepts
1.3 Operating System Architectures 1.3.1
Monolithic 1.3.2 Layers or Leveles 1.3.3
Microkernel 1.3.4 Other architectures 1.4
Operating System Virtualization 1.5 Installation
of many operating systems
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2.1 CLI (Command Line Interface) 2.1.1 DOS
Basic Commands 2.1.2 Windows NT/ Server Basic
Commands 2.1.3 System X Basic Command 2.2
Graphical Interface Basic Concepts in Windows,
System X and Mac Os 2.3 New User Interface
Trends in Operating Systems
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3.1 Basic Concepts 3.2 Process Availability
Management 3.3 Process Communication Process
(IPC) 3.3.1 Basic Concepts 3.3.2 POSIX
Standard 3.4 Concurrency Management 3.4.1 IPC
Classic Problems 3.4.2 Parent Process 3.4.3
Threads 3.5 Process Implementation in Windows,
MAC OS and X Systems
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4.1 Memory Basic Concepts 4.1.1 Memory Models
4.1.2 Memory Hierarchy 4.2 Memory Assignation
Mechanism and Strategies 4.2.1 Exclusive
Fixed-Size and Variable-Size Partitions 4.2.2
Best, Worst, First and Next Fixed Algorithm 4.3
Memory Address Scheme 4.3.1 Segmentation Memory
in x86 Architectures
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4.3.2 Virtual Memory 4.3.2.1 Pagination
4.3.2.1.1 Over Demand Pagination
4.3.2.1.2 Prepagination 4.3.3 Algoritmos para
descarga de paginas 4.3.3.1 MIN 4.3.3.2
FIFO 4.3.3.3 LRU 4.4 Practical Exercise in
Windows, Mac OS and X System
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5.1 Necessary elements for achiving to share
resources 5.2 Interlock Detection and
prevention 5.3 Mecanismos para la sincronización
de procesos 5.3.1 Pipes 5.3.2 Shared
Memory 5.3.3 Message Queus 5.3.4 Semaphore
5.3.5 Other mechanism 5.3.6 Environment
Variables Puertos físicos y lógicos Archivos Socke
ts Programación de IPC en Windows y sistemas X
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5.3.7 Physical and Logica Ports 5.3.8
Files 5.3.9 Sockets 5.4 IPC Programming in
Windows and X Systems
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6.1 Basic Concepts 6.2 Data Persistent
Availabilty Management 6.3 Types of File Systems
6.3.1 FAT32 6.3.2 NTFS 6.3.3 HPFS
6.3.4 EXT 6.3.5 NFS 6.3.6 Other File
Systems 6.4 Practice Exercises in Windows, Mac
OS and X Systems
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7.1 Basic Concepts 7.2 Operating Systems
Security Mechanism 7.2.1 Protection Domains
7.2.2 Acess Matrix 7.2.3 Access Control Lists
7.2.3 Role-Based Security 7.3 Mecanismo de
autenticación 7.4 Practical Exercises in Windows,
Mac OS and X Systems
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8.1 Basic Concepts 8.2 Serial Device
Management 8.3 Parallel Device Management 8.4
Hardware Interruption Management 8.5 Drivers for
new Devices 8.6 Practical Exercise installing
devices and drivers in Windows, Mac OS and X
Systems
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9.1 Trends in Operating Systems Development 9.2
Operating Systems for Mobile and Embedded
Devices 9.2.1 SYMBIAN 9.2.2 WINDOWS CE
9.2.3 PALMOS 9.2.4 LINUX EMBEDDED
9.2.5Others
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9.3 Network and Distributed Operating
Systems 9.4 Real-Time Operating Systems 9.5
Multimedia Operating Systems 9.6 Other Operating
Systems
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• Only two partial and one Final Exams (only the
  last partial).
• 70 Partial Exam
• 30 Homeworks and Practices
• 10 Quizzes

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• The classes begin at 19 to 21 hours at 5C
  Classroom
• The advisory should be by E-mail, Instant
  Messenger or by another electronics media
• E-mail jolivares_at_iuvaq.mx
• MSN juancarlosolivares_at_hotmail.com
• Skype juancarlosolivares
• Web Site http//dsc.itmorelia.edu.mx/jcolivares

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• The homework must be delivery in Classroom or
  before class throught moodle or by CD.
• The rubric of work contains
• Cover
• Abstract
• Introducction
• Development
• Conclusions
• References

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TANENBAUM Modern operating systems Ed. Prentice
Hall, 2008 TANENBAUM Operating system Design
and implementations Ed. PEARSON,
2006 SILVERSCHATZ, A., ET AL Operating systems
Ed. John Wiley and Sons
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