1 |
Tue 1/18 |
Lecture 1: Intro, Number Representation
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Course Policies
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Discussion 1: Number Rep
Lab 0: Intro and Setup
Due 1/24
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Thu 1/20 |
Lecture 2: C Intro - Basics
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K&R Ch. 1-5 C Reference Slides
Brian Harvey's Intro to C
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Fri 1/21 |
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Homework 1: Number Rep
Due 1/28
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2 |
Mon 1/24 |
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Discussion 2: C Basics
Lab 1: C & CGDB
Due 1/31
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Tue 1/25 |
Lecture 3: C Intro - Pointers, Arrays, Strings
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K&R 5-6
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Thu 1/27 |
Lecture 4: C Memory (Mis)Management
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K&R 7.8.5, 8.7
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Project 1: snek
Due 2/09
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Fri 1/28 |
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Homework 2: C Concepts
Due 2/04
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3 |
Tue 2/1 |
Lecture 5: Floating Point
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P&H 3.5, 3.9
IEEE 754 Simulator
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Discussion 3: Floating Point
Lab 2: C Memory Management, Valgrind
Due 2/07
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Thu 2/3 |
Lecture 6: Assembly, RISC-V Intro
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P&H 2.1-2.3, 2.9-2.10
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Fri 2/4 |
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Homework 3: Floating Point
Due 2/11
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4 |
Tue 2/8 |
Lecture 7: RISC-V, RISC-V Functions
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P&H 2.6-2.8, 3.2
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Discussion 4: RISC-V Intro, Control Flow, ISA
Lab 3: RISC-V Assembly
Due 2/14
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Wed 2/9 |
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Project 2: CS61Classify
A: Due 2/23
B: Due 3/18
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Thu 2/10 |
Lecture 8: RISC-V Instruction Formats
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P&H 2.5, 2.10
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Fri 2/11 |
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Homework 4: RISC-V
Due 2/18
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5 |
Tue 2/15 |
Lecture 9: Compiler, Assembler, Linker, Loader (CALL)
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P&H 2.12
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Discussion 5: RISC-V Procedures, CALL
Lab 4: RISC-V Functions, Pointers
Due 2/28
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Thu 2/17 |
Lecture 10: Functional Units, Boolean Algebra
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SDS Handout
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Fri 2/18 |
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Homework 5: Logic, Timing
Due 2/25
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6 |
Tue 2/22 |
Lecture 11: Introduction to Synchronous Digital Systems (SDS)
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Discussion 6: SDS, Logic, Boolean Algebra
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Thu 2/24 |
Lecture 12: RISC-V Datapath, Single-Cycle Control Intro
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P&H 4.1, 4.3
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Fri 2/25 |
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7 |
Tue 3/1 |
Lecture 13: RISC-V Single-Cycle Control
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P&H 4.4
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Discussion 7: Single-Cycle Datapath
Lab 5: Logisim
Due 3/09
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Thu 3/3 |
Midterm: 7-9PM PT
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Fri 3/4 |
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8 |
Tue 3/8 |
Lecture 14: RISC-V 5-Stage Pipeline/Hazards
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P&H 4.6-4.10
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Discussion 8: Pipelining and Hazards
Lab 6: CPU, Pipelining
Due 3/14
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Thu 3/10 |
Lecture 15: Memory Hierarchy, Fully Associative Caches
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P&H 5.1-5.4, 5.8-5.9, 5.13
Cache Flowchart
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Fri 3/11 |
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Homework 6: RISC-V Datapath
Due 3/18
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9 |
Tue 3/15 |
Lecture 16: Direct-Mapped & Set-Associative Caches, Cache Performance
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P&H 5.1-5.4, 5.8-5.9, 5.13
Cache Flowchart
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Discussion 9: Caches & AMAT
Lab 7: Caches
Due 3/28
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Wed 3/16 |
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Project 3: CS61CPU
A: Due 4/04
B: Due 4/13
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Thu 3/17 |
Lecture 17: Multi-Level Caches, Cache Questions
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P&H 5.1-5.4, 5.8-5.9, 5.13
Cache Flowchart
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Fri 3/18 |
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Homework 7: Caches
Due 4/01
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10 |
Mon 3/21 |
Spring Break
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11 |
Tue 3/29 |
Lecture 18: Flynn's Taxonomy, Data-Level Parallelism
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P&H 2.11, 4.10, 5.10, 6.5
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Discussion 10: Data-level Parallelism
Lab 8: SIMD Instructions
Due 4/04
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Thu 3/31 |
Lecture 19: Amdahl's Law, Thread-Level Parallelism, OpenMP Introduction
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P&H 2.11, 4.10, 5.10, 6.5
OpenMP Summary Card
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Fri 4/1 |
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Homework 8: Performance Programming
Due 4/08
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12 |
Tue 4/5 |
Lecture 20: Cache Coherence, OpenMP Sharing Issues, Performance
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P&H 2.11, 4.10, 5.10, 6.5
OpenMP Summary Card
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Discussion 11: AMAT, Coherency & Atomic, Parallelism
Lab 9: Thread-Level Parallelism
Due 4/18
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Thu 4/7 |
Lecture 21: Operating Systems
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P&H 5.7, 5.8
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Fri 4/8 |
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13 |
Tue 4/12 |
Lecture 22: Virtual Memory
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P&H 5.7, 5.8
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Discussion 12: OS, Virtual Memory, and I/O
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Wed 4/13 |
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Project 4: Numc
Due 4/28
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Thu 4/14 |
Lecture 23: Virtual Memory II
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P&H 5.2, 5.5, 5.11, A64-B66
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Fri 4/15 |
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Homework 9: Cache coherency, OS, Virtual Memory
Due 4/25
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14 |
Tue 4/19 |
Lecture 24: Virtual Memory III and I/O
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P&H 5.2, 5.5, 5.11
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Lab 10: Virtual Memory
Due 4/25
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Thu 4/21 |
Lecture 25: Dependability, Parity, ECC, RAID
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Fri 4/22 |
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Homework 10: I/O, ECC, Dependability
Due 4/29
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15 |
Tue 4/26 |
Lecture 26: Warehouse-Scale Computing
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Discussion 13: Parity, ECC, WSC, & Raid
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Thu 4/28 |
Lecture 27: Summary, What's Next?
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Fri 4/29 |
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16 |
Mon 5/2 |
RRR Week
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17 |
Thu 5/12 |
Final: 8-11AM
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