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				Fri, 12/08	Summary, Review, and Evaluation
				Wed, 12/06	Hardware Parallel Computing
				Mon, 12/04	Software Parallel Computing
				Date	Title
				Mon, 08/28	Introduction
				Wed, 08/30	Number Representation
				Fri, 09/01	Introduction to C
				Mon, 09/04	CS 61C: Lecture 4- Holiday
				Wed, 09/06	C Pointers, Arrays, Strings
				Fri, 09/08	C Structures, Scanf, Malloc
				Mon, 09/11	Memory Management I
				Wed, 09/13	Memory Management II
				Fri, 09/15	MIPS Intro
				Mon, 09/18	MIPS Lw, Sw, Decisions I
				Wed, 09/20	Introduction to MIPS Decisions II
				Fri, 09/22	MIPS Procedures I
				Mon, 09/25	MIPS Procedures II and Logic Ops
				Wed, 09/27	MIPS Instruction Format I
				Fri, 09/29	MIPS Instruction Format II
				Mon, 10/02	Floating Point I
				Wed, 10/04	Floating Point II
				Fri, 10/06	MIPS Instruction Format III
				Mon, 10/09	Compilation, Assembly, Linkage I
				Wed, 10/11	Compilation, Assembly, Linking II
				Fri, 10/13	Intro to Synch. Digital Systems
				Mon, 10/16	State Elements
				Wed, 10/18	Combinational Logic I
				Fri, 10/20	Combinational Logic II
				Mon, 10/23	Combinational Logic Blocks I
				Wed, 10/25	Combinational Logic Blocks II
				Fri, 10/27	Combinational Logic Blocks III
				Mon, 10/30	CPU Design: Datapath I
				Wed, 11/01	CPU Design: Datapath II
				Fri, 11/03	CPU Design: Pipelining I
				Mon, 11/06	CPU Design: Pipelining II
				Wed, 11/08	CPU Design: Pipelining III
				Fri, 11/10	CS 61C: Lecture 33- Holiday
				Mon, 11/13	Caches II
				Wed, 11/15	Caches III
				Fri, 11/17	Virtual Memory I
				Mon, 11/20	Virtual Memory II
				Wed, 11/22	Input and Output
				Fri, 11/24	CS 61C: Lecture 39- Holiday
				Mon, 11/27	Input and Output Networks
				Wed, 11/29	Disks
				Fri, 12/01	Performance
				Mon, 12/04	Software Parallel Computing
				Wed, 12/06	Hardware Parallel Computing
				Fri, 12/08	Summary, Review, and Evaluation

[tags]machine structures, c, c++, parallel computing, virtual memory, cpu design[/tags]

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Related Blog Items

• Structure padding explained
• Data structures lectures
• C, C++, Programming, Data Structures Quizzes
• When to use pointer, when to use reference?
• Little, big endianess explained -- part2

This entry was written by ponnada and posted on December 22, 2006 at 2:18 pm and filed under C/C++ Programming Concepts, Embedded Systems Programming. Bookmark the permalink. Follow any comments here with the RSS feed for this post. Post a comment or leave a trackback: Trackback URL.