2 مستودعات
Implementation of symmetric processing and workload distribution across multiple processor cores.
Distinct from Multicore Processing Initialization: Focuses on general computational workload distribution and synchronization rather than just boot initialization or neural network optimization.
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This project is a reference library of firmware examples and a development framework for creating embedded C applications on the RP2040 microcontroller. It provides a collection of hardware peripheral drivers and foundational patterns for managing system resources in resource-constrained environments. The library features reference implementations for programmable I/O state machines, allowing for the creation of custom hardware-level protocols. It also provides a multicore embedded framework to distribute computational workloads across multiple processor cores using symmetric processing. The
Provides a multicore embedded framework to distribute computational workloads across multiple processor cores using symmetric processing.
This project provides a development framework that enables programming Raspberry Pi Pico microcontrollers using the Arduino environment and standard C++ libraries. It serves as a unified platform for compiling, debugging, and deploying firmware to diverse hardware boards based on the RP2040 and RP2350 architectures. The framework distinguishes itself through native support for symmetric multicore execution, allowing developers to distribute independent tasks across multiple processor cores to manage complex workloads. It also includes a specialized library for USB peripheral emulation, enabli
Supports symmetric multicore execution to distribute independent tasks across multiple processor cores.