lire le livre From transistor to computer: An introduction to the world of computer architecture. With exercices, tutorials and tools

This book proposes an intuitive method to understand the basic computer architecture with simple tools using spreadsheets to realize it progressively. Readers can even go further and create their own tools. This computer architecture learning method starts with the NMOS transistor from which gates are constructed, then used to create more complex circuits. The Von Neumann machine is presented as a typical example with the basic addressing methods and data/control paths. All is created and tested with the active help of the reader. The assembly language concept is introduced as well as the two-pass assembler. The translation of a high level language program into assembly is shown. More sophisticated mechanisms as programmed I/O and interrupts are also covered. This book and associated exercises and labworks, is intended for beginners or Bachlor/Master students in Computing science, and for future teachers of computer architecture. CLAUDE TIMSIT is professor emeritus and member of the prism laboratory at the University of Versailles, France. He bas been teaching computer architecture, computer science and operating systems for more thon 25 years. He concern a several high performance computers for scientific computing, image and signal processing. SORAYA ZERTAL is associate professor in the architecture and parallelism research group in the prism laboratory at the University of Versailles, France. Her research interests include parallel architecture, storage systems and performance evaluation techniques. She has been teaching computer architecture and operating systems for 15 years.