RISC-V Computer Architecture Fundamentals

Introduction to the course environment setup and initial demonstrations of RISC-V architecture. The module covers installation procedures for necessary software tools and provides foundational demonstrations of the RVfpga system.

Comprehensive coverage of C programming specifically tailored for the RVfpga System-on-Chip environment. The module focuses on writing and compiling C programs for RISC-V architecture.

Detailed exploration of RISC-V assembly language programming using the RVfpga platform. The module covers fundamental assembly concepts and programming techniques.

Study of function call mechanisms in RISC-V architecture, including stack operations, parameter passing, and return value handling.

Integration techniques for combining C and assembly language in RISC-V programs. The module explores how to leverage both languages effectively in a single application.

Basic concepts of peripheral devices and I/O operations in RISC-V systems. The module covers fundamental I/O programming and peripheral interface techniques.

Advanced I/O programming focusing on 7-segment display implementations. The module provides hands-on experience with display interfacing and control.

Comprehensive coverage of timer peripherals and their programming in RISC-V systems. The module explores timing mechanisms and their applications.

Detailed study of interrupt handling in RISC-V architecture. The module covers interrupt mechanisms, handlers, and service routines.

Advanced exploration of the RISC-V VeeR Core architecture and its features. The module provides in-depth understanding of core functionality and optimization techniques.