UC Berkeley Webcasts | Video and Podcasts: CS 61C

CS 61C Machine Structures

03:00-4:00 PM | 2050 VLSB
Instructor Dan Garcia

CS 61C - Spring 2008 - The internal organization and operation of digital computers. Machine architecture, support for high-level languages (logic, arithmetic, instruction sequencing) and operating systems (I/O, interrupts, memory management, process switching). Elements of computer logic design. Tradeoffs involved in fundamental architectural design decisions.

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				Wed 1/23	Introduction
				Fri 1/25	Number Representation
				Mon 1/28	Introduction to the C Language
				Wed 1/30	Introduction to C - Part II
				Fri 2/1	Introduction to C - Part III - C Memory Management
				Mon 2/4	C Memory Management
				Wed 2/6	C Memory Management - con't
				Fri 2/8	Introduction to MIPS Assembly Language - Arithmetic
				Mon 2/11	Introduction to MIPS Data Transfer and Decisions I
				Wed 2/13	Introduction to MIPS Decisions II
				Fri 2/15	Introduction to MIPS Procedures I
				Mon 2/18	Presidents Day
				Wed 2/20	Introduction to MIPS Procedures II and Logical Ops
				Fri 2/22	MIPS Instruction Format I
				Mon 2/25	MIPS Instruction Format II
				Wed 2/27	Floating Point I
				Fri 2/29	Floating Point II
				Mon 3/3	MIPS Instruction Format III
				Wed 3/5	Runniing a Program I - Coupling, Assembling, Linking, Loading
				Fri 3/7	Compilation, Assembly, Linking II
				Mon 3/10	Dan's Take on the MIdterm
				Wed 3/12	Intro to Synch. Digital Systems
				Fri 3/14	State Elements
				Mon 3/17	Representations of Combinational Logic Circuits
				Wed 3/19	Combinational Logic Blocks
				Fri 3/21	Intro to CPU Design
				Mon 3/24	CS 61C: Lecture 27 - Spring Break
				Wed 3/26	CS 61C: Lecture 28 - Spring Break
				Fri 3/28	CS 61C: Lecture 29 - Spring Break
				Mon 3/31	CPU Design (of a Single-Cycle CPU)
				Wed 4/2	CPU Design: Single-Cycle II
				Fri 4/4	CPU Design: Control
				Mon 4/7	CPU Design: Pipelining I
				Wed 4/9	CPU Design: Pipelining II
				Fri 4/11	Caches I
				Mon 4/14	Caches II
				Wed 4/16	Caches III
				Fri 4/18	Virtual Memory I
				Mon 4/21	Virtual Memory II
				Wed 4/23	I/O Basics: Polling and Interrupts
				Fri 4/25	I/O Networks
				Mon 4/28	I/O Disks
				Wed 4/30	Performance
				Fri 5/2	Writing Really Fast Programs
				Mon 5/5	Parallelism in Processor Design
				Wed 5/7	Intra-machine Parallelism: pthreads
				Fri 5/9	Inter-machine Parallelism: mpi/map reduce
				Mon 5/12	Summary, Review, and Evaluation