DshanPI-A1 Review Part 1: Building the buildroot System and Debugging the IMX415 Camera
Build a buildroot system on the RK3576-based DshanPi-A1, debug the IMX415 camera, and solve common issues.
Implementing sox Noise Reduction and rnnoise Noise Reduction on RK3576
Two approaches to audio noise reduction using sox's noisered spectral subtraction and the rnnoise AI model, comparing their effectiveness on stationary and non-stationary noise.
DshanPI-A1 Setting Up the RKNN Environment under Buildroot
Set up the RKNN runtime environment on a Buildroot system to prepare for NPU model inference.
DshanPI-A1 Weston Multi-Screen Configuration
Configure multi-screen display on RK3576 with Weston, implementing mirrored and extended display.
DshanPI-A1 RK3576 GStreamer Playing 16-Channel Video with Hardware Acceleration
Playing 16-channel video with hardware decoding on RK3576 using GStreamer, fully utilizing MPP hardware acceleration.
DshanPI-A1 RK3576 gmrender-resurrect Bilibili Screen Cast
Using gmrender-resurrect to implement DLNA screen casting on RK3576, casting content such as Bilibili to the development board for playback.
DshanPI-A1 RK3576 Armbian Remote Desktop
Using Armbian's built-in remote desktop in a Wayland and open-source GPU driver environment to solve NoMachine virtual desktop and GPU acceleration failure issues.
DshanPi-A1 Introduction
DshanPi-A1 focuses on AI education scenarios, providing a sustainable and evolving hardware and software ecosystem for teaching needs from beginner to advanced levels, in an integrated form of a single-board computer plus topic-based projects.