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ITM 385

ITM 385. Operating Systems and Networks Introduction. Quick Outline. OS General Concepts and History Process and Thread Management CPU Scheduling – SMP, ASMP Process Synchronization Issues Deadlocks Memory Management & Virtual Memory File Systems Input / Output Systems

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ITM 385

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  1. ITM 385 Operating Systems and Networks Introduction

  2. Quick Outline • OS General Concepts and History • Process and Thread Management • CPU Scheduling – SMP, ASMP • Process Synchronization Issues • Deadlocks • Memory Management & Virtual Memory • File Systems • Input / Output Systems • Integration of Systems

  3. Quick Notes • All the material required to be successful in this class will not be given to you. • You will be required to gather and assimilate material from other technical manuals and/or the web to complete your projects • You will be required to support your team in the research activities covered. • Each team will be assigned and responsible for a removable hard drive to load your operating system on

  4. General Overview of Class • General Overview of Operating System Characteristics • General Unix/Linux Skills • Linux Labs to Supplement • Concurrent with this section – • Teams will be formed • Members should have complementary skills

  5. Teams • Each team will have a team leader – the leader may rotate if the team chooses. • Each team will load and familiarize themselves with: • The lab equipment • Fedora Core 2 Linux • Conduct Lab Experiments and Reports

  6. What do I care what the other Teams are doing ? • Every one in the class will be responsible to material presented by teams in their presentations • Material presented may be seen in pop-quizzes and exams.

  7. What’s with the pop quizzes • At random, I may give a pop quiz on material: • Previously covered in a lecture • Covered in the chapter we are covering today • It might help to read the material prior to class • Presented by one of the teams on some aspect of their operating system

  8. Final Project • All teams will cooperatively develop • A heterogeneous environment where a user on any system may access files, resources such as printers and obtain services such as login validation from any computer regardless of operating system. • More details later

  9. NOW • Introduce yourself to the class • State your: • Name • Major • Experience in the area • What you expect to learn in this class • What skills you have that would make you an excellent team member • Send me an email at lschmitt@cbu.edu covering these areas and any other information you want to share with me. Make the subject ‘I280-yourname’

  10. Self Select 4 Teams • There cannot be more than four members for each team • Turn in to me at the end of this class the members of each team

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