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Computer Organization & Design SMD137

Computer Organization & Design SMD137. Teachers, and Lab help. Schedule: Lectures. Laborations. Teaching. Course material. Course information. Teacher. Lectures and Examiner Per Lindgren Room A2303 Per.Lindgren@ ltu.se. Schedule. 16 lectures. 5 laborations, all in the Unix labs.

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Computer Organization & Design SMD137

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  1. Computer Organization & Design SMD137 • Teachers, and Lab help. • Schedule: • Lectures. • Laborations. • Teaching. • Course material. • Course information.

  2. Teacher • Lectures and Examiner Per Lindgren Room A2303 Per.Lindgren@ltu.se

  3. Schedule • 16 lectures. • 5 laborations, all in the Unix labs. • you must get a Unix account NOW. • ENROLL to course before 3rd lecture. • Scheduled labs (at least early in the course): • Lab help personnel will be available. • Other lab help available through email; mail -s HELP per.lindgren@ltu.se

  4. Course material • Patterson / Hennessy: Computer Organization & Design The Hardware / Software Interface • On the web: www.sm.luth.se/csee/courses/smd/137/ • Schedule, course plan, course info (how-to). • Lab assignments. • MIPS LR 3300 Reference manual, (needed later). • Slides, (like this one). • Current Lab status, (submitted, collected, returned, passed).

  5. Laborations • In groups of two students, or alone. • How to ENROLL. • Must be from your Unix account. mail -s ENROLL dtlabs@jota NAMN Jan Jacobson KLASS D3A PERSONNR 780912-4321 JOTAKONTO janjac-3 LABBA_ENSAM (or ) LABBA_MED Matti Johansson <ctrl-d>

  6. Laborations • Assignments available through the web page. • Unique assignments for each group. • Strict deadlines. • Turn in you labs in time! • Late labs will be collected and graded if time allows. • Labs are submitted, acknowledged and returned by email. • Strict formatting rules. • Incorrect formatted submissions are directly rejected. • Current Lab status available on the web page.

  7. Lab help • First scheduled labs • Lab help personnel will be available. • They will help you get started • Purpose of lab help: • To help you solving the problem,NOT • Solving the problem for you.

  8. Computer Engineering what’s that? • Computer Organization & Design • Computer architecture: • Instruction set. • Computer design: • Interfacing the environment. • Hardware implementation. • The Hardware / Software Interface • Programming the computer: • write your own user programs. • Controlling the hardware: • write your own system programs (OS/drivers).

  9. Example 1

  10. Example 2

  11. Example 3

  12. The Soll Simulator (we will use SynSim) Zeroext. Branch logic 0 A ALU 4 B + 31 + Sgn/Ze extend

  13. Why study the CPU in detail? • Micro processors occur everywhere! • Computers, obviously. • Embedded systems: • TV. • Cell phones. • Cars. • Smart card. • Embedded Internet Systems, (EIS).!!! HOT RESEARCH TOPIC !!!

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