Schedule

• Week 1 (11-15/09/23)
  • Lecture 1: Combinational Logic
  • TP 1: Combinational Logic
  • Homework 1: Propagation Time
  • Lecture 2: Synchronous Sequential Logic
  • TP 2: Sequential Logic
  • Homework 2: Finite State Machines
• Week 2 (18-22/09/23)
  • Lecture 3-4: Building a RISC-V processor
  • TP 3-4: Building a RISC-V processor
  • Homework: Programming in Assembler
• Week 3 (25-29/09/23)
  • Lecture L5-7: C language
  • TP 5: Getting Started with C
  • No formal homework this week, you just have to read the lectures and finish the TP
• Week 4 (02-06/10/23)
  • TP 6-8: Derived Types and Pointers
  • Lecture L8: C language
  • Quiz 1 on lectures, TP and homeworks of weeks 1 and 2
  • No formal homework this week, you just have to read the lectures and finish the TP
• Week 5 (09-13/10/23)
  • TP 9: Structuring a Code Base
  • Lecture L9: Operating Systems - Introduction and Processes
  • Lecture L10: Threads and Scheduling
  • TP 10: Multiprocessing and Multithreading
  • Homework: Signals
• Week 6 (16-20/10/23)
  • Lecture L11: Synchronization
  • TD 1: Synchronization
  • Homework: Semaphores
  • Group A only
    • Lecture L12: File System
    • TP 11: File System
• Week 7 (23-27/10/23)
  • Groups C & D only
    • Lecture L12: File System
    • TP 11: File System
  • Lecture L13: Memory Management
  • TP 12: Virtual Memory
  • Lecture L14: Q&A session
  • Homework: File System
  • Homework: Pipes & FIFOs

Lectures

Introduction

• Lecture 0: Introduction

Part 1 - From logic gates to processors

• Lecture L1: Combinational Logic
• Lecture L2: Synchronous Sequential Logic
• Lecture L3-4: Building a RISC-V processor

Part 2 - From processors to system language

• Lecture L5-8: C language

Part 3 - From a system language to an operating system

• Lecture L9: Operating Systems - Introduction and Processes
• Lecture L10: Threads and Scheduling
• Lecture L11: Synchronization
• Lecture L12: File System
• Lecture L13: Memory Management

TPs, TDs & Homework assignments

All TPs, TDs and homework assignments are available here.

Ressources

Common tools

• Introduction to computing tools at Télécom Paris (shell, SSH, VPN, git, gitlab…)

Part 1 - From logic gates to processors

• RISC-V RV32I Base Instruction Set

Part 2 - From processors to system language

• Book: Effective C - An Introduction to Professional C Programming, Robert C. Seacord, No Starch Press, 2020, ISBN 978-1-71850-104-1
• CPP Reference

Part 3 - From a system language to an operating system

• Textbook: Operating System Concepts (10th edition), Abraham Silberschatz, Peter Baer Galvin, Greg Gagne, Wiley, 2018, ISBN 978-1119439257. This book is available online thanks to the CRDN.