adam-maj/tiny-gpu

Features

• Virtual Hardware Simulators - Simulates graphics processing unit operations in software to demonstrate fundamental hardware data flow.
• Hardware Emulators - Acts as an educational hardware emulator for visualizing internal execution cycles and memory structures of graphics units.
• GPU Architecture Simulators - Models graphics processing unit operations to demonstrate parallel computing logic and hardware data flow.
• Parallel Computing Educational Tools - Provides a framework for exploring high-performance computing concepts through the simulation of graphics hardware pipelines.
• GPU Architecture Education - Provides an educational environment for learning how graphics processing units function through hardware simulation.
• Graphics Pipeline Architectures - Implements a fixed-function pipeline to process geometric data through transformation and rasterization stages.
• Cycle-Accurate Execution Models - Provides a cycle-accurate execution model to visualize hardware timing and data flow progression.
• Instruction-Level Parallelism Simulators - Simulates instruction-level parallelism by executing graphics instructions across multiple data elements simultaneously.
• Parallel Computing Simulators - Tests and visualizes concurrent processing algorithms by modeling graphics processor operations.
• Hardware Register State Managers - Maintains internal hardware registers and memory buffers to track data evolution during shader program execution.
• Scalar-to-Vector Mappers - Maps scalar inputs into vector data streams to demonstrate efficient high-throughput mathematical operations.

Star history