1: Tue Mar 11 1

• Introduction & Course Overview
  • Read Ch 1 (esp. 1.1-1.3, 1.11)
  • Read A.2, A.3 (decoder/multiplexor) ; 2.4; 3.1-3.2
  • Practice A.11; 2.6
• 1st Half: Intro to RISC-V assembly
  • RISC-V green sheet
  • Read 2.1-2.3
  • Practice 2.1-2.4; 2.7-2.8
• 2nd Half: RISC-V R and I Types
  • Arithmetic operations
  • Logical operations
  • Read 2.6
  • Read 2.10 (Important reading)
  • Practice 2.17-18,20
• Homeworks
  • HW1 review (due Fri Mar 14)
  • HW2 compiling c into assembly (due Fri Mar 14)

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2: Wed Mar 12 1

• No class, hw due date

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3: Thu Mar 13 1

• 1st Half: RISC-V immediates, lw and sw
  • Review 2.10
• 2nd Half: Practical
  • Practical1.pdf Assembler I (due Thu Mar 20)
• Homeworks:
  • HW3 assembling instructions (due Wed Mar 19)

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4: Fri Mar 14 1

• No class, hw due date
• Due: * HW1
• Due: * HW2

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5: Tue Mar 18 2

• 1st Half: RISC-V Branches and Jumps
  • Read 2.7
  • Practice 2.21-22; 2.24; 2.27-28
• 2nd Half: Pseudoinstructions
  • Read 2.12 "Assembler" section
• Homeworks:
  • HW4 loops (due Fri Mar 21)
  • HW5 pseudoinstructions (due Fri Mar 21)

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6: Wed Mar 19 2

• No class, hw due date
• Due: * HW3

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7: Thu Mar 20 2

• CONVOCATION DAY: check schedule times
• 1st Half: Quiz 1
  • See Sample Quiz 1 and (Sample Quiz 1 Solution)
• 2nd Half: Practical
  • Practical2.pdf Assembler II (due Thu Mar 27)
• Homeworks:
  • None
• Due: * Practical1.pdf

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8: Fri Mar 21 2

• No class, hw due date
• Due: * HW4
• Due: * HW5

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9: Tue Mar 25 3

• 1st Half: Addressing modes
  • Read 2.10 (Important reading)
  • Practice 2.12; 2.22
  • Immediate Translation Handout
• 2nd Half: Procedures
  • Read 2.8; (this is an important reading)
  • Practice 2.29-31; 2.33
• Homeworks:
  • HW6 addressing modes (due Fri Mar 28)
  • HW7 procedure calling (due Fri Mar 28)

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10: Wed Mar 26 3

• No class, hw due date

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11: Thu Mar 27 3

• 1st Half: More procedures
  • Read 2.13
• 2nd Half: Practical
  • Practical3.pdf RISC-V Programming (due Thu Apr 03)
• Homeworks:
  • HW8 procedures and loops (due Wed Apr 02)
• Due: * Practical2.pdf

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12: Fri Mar 28 3

• No class, hw due date
• Due: * HW6
• Due: * HW7

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13: Tue Apr 01 4

• 1st Half: Verilog
  • Verilog survival guide 1: Video
  • Verilog survival guide 2: Video
• 2nd Half: Building Single-Cycle datapath (R-types)
  • Read 4.1-3
  • Practice 4.1-4
• Homeworks:
  • HW9 write verilog code (due Fri Apr 04)
  • HW10 write relprime (due Fri Apr 04)

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14: Wed Apr 02 4

• No class, hw due date
• Due: * HW8

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15: Thu Apr 03 4

• 1st Half: Quiz 2
  • See Sample Quiz 2 and (Sample Quiz 2 Solution)
• 2nd Half:
  • Practical4.pdf Building and Testing Hardware (due Thu Apr 10)
• Homeworks:
  • None
• Due: * Practical3.pdf

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16: Fri Apr 04 4

• No class, hw due date
• Due: * HW9
• Due: * HW10

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17: Tue Apr 08 5

• 1st Half: More Single-Cycle datapath (I-types)
  • Read Single-cycle RTL
• 2nd Half: Even more datapath (Branch and Jumps)
• Homeworks:
  • HW12 single cycle control (due Fri Apr 11)

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18: Wed Apr 09 5

• No class, hw due date

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19: Thu Apr 10 5

• 1st Half: Single-Cycle Control
  • Read 4.4
  • Practice 4.4-5
• 2nd Half: Practical
  • Practical5.pdf Single-Cycle Processor I (due Thu Apr 24)
• Homeworks:
  • HW11 adding new single cycle instruction (due Wed Apr 23)
• Due: * Practical4.pdf

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20: Fri Apr 11 5

• No class, hw due date
• Due: * HW12

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Break

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21: Tue Apr 22 6

• 1st Half: Input/Output
  • Read 2.9
  • Practice 2.38
• 2nd Half: Performance
  • Read 1.4-1.9
  • Practice Examples; 1.5–7; 2.39-40
• Homeworks:
  • HW14 performance (due Fri Apr 25)

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22: Wed Apr 23 6

• No class, hw due date
• Due: * HW11

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23: Thu Apr 24 6

• 1st Half: Quiz 3
  • Study HW11
  • See Example Quiz 3 (Example Quiz 3 solution)
• 2nd Half: Practical:
  • Practical6.pdf Single-Cycle Processor II (due Thu May 01)
• Homeworks:
  • CATME single cycle team eval (due Thu May 01)
• Due: * Practical5.pdf

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24: Fri Apr 25 6

• No class, hw due date
• Due: * HW14

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