Відео

Topics: (1) Programmed I/O: bit manipulation (2) PWM (3) Interrupts (4) SPI

Topics: (1) Course overview (2) Embedded cyberphysical systems (3) Programmed I/O (4) Bit manipulation

Topics: (1) Critical and short paths (2) Propagation and contamination delay (3) Setup and hold time (4) Clock skew (5) Metastability (6) Synchronizers

Topics: (1) Review of sequential logic (2) Finite State Machine (FSM) design (3) Examples

Topics: (1) Midterm review (2) RISC-V branch and jump instructions (3) Lab 4 requirements

Topics: (1) Quiz 2 and 3 solutions (2) Exam 1 topics (3) Review of RISC-V RIU instructions (4) RISC-V branch and jump (5) RISC-V B- and J-type instructions

Topics: (1) Datapath and control (2) 3-stage pipeline (3) Implementing control logic for example instructions

Topics: (1) Review of registers and RAM in SystemVerilog (2) Structure of RISC-V design hierarchy (3) RISC-V register file and ALU (4) RISC-V fetch stage (5) RISC-V encoding formats

Topics: (1) SystemVerilog always statement (2) Testbench design (3) Latches, flip-flops, registers, and RAM (4) RISC-V register file

Topics: (1) The SystemVerilog always statement (2) Testbench design

Topics: (1) Structural and behavioral SystemVerilog (2) The "logic" type (3) The "assign" statement (4) SystemVerilog Operators (5) QuestaSim (6) Quartus (7) Lab skeleton and course scripts

Topics: (1) HDL: abstraction, hierarchy, and regularity (2) Behavioral and structural HDL (3) Simulation and synthesis (4) SystemVerilog syntax

Topics: (1) Overview of RISC-V assembly programming (2) Fixed-point representation (3) Use of the RARS editor, assembler, and debugger (4) Live demo of a divide-by-powers-of-10 code using fixed-point multiplication (5) Description of Lab 1

Syllabus Course objectives Why study hardware design Field Programmable Gate Arrays (FPGAs) Hardware Description Language (HDL) Architecture vs microarchitecture Assembly language programming RISC-V vs MIPS Fixed-point representation

CSCE 611 Fall 2023 Lecture 17: Final exam review

CSCE 491 Fall 2023 Lecture 12: Real-Time Systems and Scheduling

CSCE 611 Fall 2023 Lecture 16: CMOS Design 3

CSCE 611 Fall 2023 Lecture 15: CMOS Design 2

CSCE 611 Fall 2023 Lecture 14: CMOS Design 1

CSCE 491 Fall 2023 Lecture 11: Control Theory 3

CSCE 611 Fall 2023 Lecture 13: Digital Building Blocks

CSCE 611 Fall 2023 Lecture 12: Timing Analysis 2

CSCE 611 Fall 2023 Lecture 11: Timing Analysis

CSCE 491 Fall 2023 Lecture 10: Control Theory 2

CSCE 611 Fall 2023 Lecture 10: Sequential Logic

CSCE 491 Fall 2023 Lecture 9: Control Theory 1

CSCE 611 Fall 2023 Lecture 9: RISC-V Branch and Jump Instructions

CSCE 491 Fall 2023 Lecture 8: Avalon IP Design

CSCE 611 Fall 2023 Lecture 8: RISC-V HDL Design