CSC.T341 Computer Logic Design

2023年度の講義と演習は「学術国際情報センター３階情報工学系計算機室」で実施します。

2023-04-13 (08:50): Exercise (1): Learn the FPGA configuration method and implement a 4-bit counter and VIO module.(CP1)
2023-04-20 (08:50): Exercise (2): Implement some adders on an FPGA and measure the delay to understand the typical operating frequency of circuits.(CP2)
2023-04-27 (08:50): Exercise (3): Learn how to generate proper clock signals. Measure the HW resources of an ALU to estimate the processor resources.(CP3, CP4)
2023-05-08 (08:50): Exercise (4): Design a single cycle processor m_proc03 in Verilog HDL and confirm its correctness by Verilog simulation.(CP5, CP6)
2023-05-11 (08:50): Exercise (5): Design a single cycle processor m_proc06 in Verilog HDL and confirm its correctness by Verilog simulation.
2023-05-18 (08:50): Exercise (6): Design and implement a RISC-V processor for the design contest (group work). DesignContest_Sample.pptx
2023-05-25 (08:50): Exercise (7): Design and implement a RISC-V processor for the design contest (group work).
2023-06-01 (08:50-12:25): Design Contest

期末試験は6月5日(月) 10:45 - 12:25 に WL2-201(W621) で実施します。 2023年度の講義と演習は「学術国際情報センター３階情報工学系計算機室」で実施します。

2023-04-10 (10:45): Lecture01: Basic Structure of Computer Systems
2023-04-13 (08:50): Exercise (1):
2023-04-13 (10:45): Lecture02: Hardware Description Language: Combinational Circuit (1)
2023-04-17 (10:45): Lecture03: Hardware Description Language: Combinational Circuit (2)
2023-04-20 (08:50): Exercise (2):
2023-04-20 (10:45): Lecture04: Hardware Description Language: Sequential Circuit
2023-04-24 (10:45): Lecture05: VLSI and Reconfigurable Systems
2023-04-27 (08:50): Exercise (3):
2023-04-27 (10:45): Lecture06: Instruction Set Architecture: Data Representation and Addressing
2023-05-01 (10:45): Lecture07: Instruction Set Architecture: Arithmetic and Logic Instructions
2023-05-08 (08:50): Exercise (4):
2023-05-08 (10:45): Lecture08: Instruction Set Architecture: Load/Store and Branch Instructions
2023-05-11 (08:50): Exercise (5):
2023-05-11 (10:45): Lecture09: Design and Implementation of a Single Cycle Processor
2023-05-15 (10:45): Lecture10: Design and Implementation of a Multi-cycle Processor
2023-05-18 (08:50): Exercise (6):
2023-05-18 (10:45): Lecture11: Pipelining and Hazards (1)
2023-05-22 (10:45): Lecture12: Pipelining and Hazards (2)
2023-05-25 (08:50): Exercise (7):
2023-05-25 (10:45): Lecture13: Supplemental explanation, and Preparing for the design contest (group work)
2023-05-29 (10:45): Lecture14: Preparing for the design contest (group work)
2023-06-01 (08:50-12:25): Design Contest
2023-06-05 (10:45): Final Examination in room WL2-201(W621)