From ProventusNova DeveloperWiki
- 16:15, 20 February 2026 Linux RAM Layout Visualizer Script (hist | edit) [5,671 bytes] Andres (talk | contribs) (Created page with "__TOC__ == Overview == '''mempix''' is a lightweight bash utility designed to visualize physical memory allocation and real-time occupancy. It maps the data from {{Code|/proc/iomem}} and correlates it with global memory statistics from {{Code|/proc/meminfo}} to provide a per-block visual "pixel map." It is specifically optimized for both '''embedded Yocto environments''' (like the MediaTek Genio 720) and '''standard Desktop Linux''' (Ubuntu/Debian). == Features == * '...")
- 00:31, 5 February 2026 Get started with PDDL on NVIDIA Jetson (hist | edit) [3,457 bytes] Andres (talk | contribs) (Created page with "__TOC__ == Project Overview: Symbolic AI Planning on NVIDIA Jetson == This project demonstrates the implementation of '''Symbolic AI Planning''' on an NVIDIA Jetson (ARM64) using '''PDDL''' (Planning Domain Definition Language). Unlike traditional machine learning, this approach focuses on deterministic logic and reasoning to solve complex multi-step tasks. === 🛠️ Environment Setup === Because the Jetson uses an ARM64 architecture, traditional x86 planners (like...")
- 16:11, 5 December 2025 Validation and Verification of NVIDIA Jetson SoMs (hist | edit) [5,674 bytes] Nico (talk | contribs) (Created page with "=Validation and Verification of NVIDIA Jetson SoMs= ''Keywords'': ''NVIDIA Jetson, validation, verification,system-on-module, EEPROM'' ==Description== This page explains how to validate and verify your NVIDIA Jetson System-on-Module (SoM) by identifying its hardware part number and related information. It includes steps for reading module data over I²C, interpreting the results, and using additional system commands to confirm the exact Jetson module installed on your ca...")
- 23:13, 4 December 2025 Jetson CSI Camera Bring-Up, Debugging, and Development Guide (hist | edit) [1,657 bytes] Nico (talk | contribs) (Created page with "=NVIDIA Jetson CSI Camera bring up, debugging and development guide= ''Keywords'': ''NVIDIA Jetson, camera drivers, CSI cameras, Linux kernel'' ==Description== This wiki page provides a guide to camera driver debugging, sensor bring-up, and driver development on the NVIDIA Jetson platform. It covers essential diagnostic steps, tools, and workflows for validating CSI camera connectivity, verifying I²C communication, checking device-tree configuration, reviewing kernel lo...")
- 17:26, 2 December 2025 How to add a loadable kernel module (LKM) to JetPack 6.x (hist | edit) [4,643 bytes] Nico (talk | contribs) (Created page with "=How to add a loadable kernel module (LKM) to JetPack 6.x= ''Keywords'': ''NVIDIA Jetson, JetPack, kernel customization, kernel modules, NVIDIA oot'' ==Description== This wiki page explains how to add a camera driver as a loadable kernel module on NVIDIA platforms running JetPack 6.x. == Adding loadable kernel module == Take '''nv_customcam''' as the example camera driver to be added as a loadable kernel module. For adding a new LKM the following kernel modifications...")
- 17:19, 26 November 2025 How to run NVIDIA NanoOWL tutorial (hist | edit) [12,618 bytes] Nico (talk | contribs) (Created page with "=How to run NVIDIA NanoOWL tutorial= ''Keywords'': ''NVIDIA Jetson, NanoOWL, object detection'' ==Description== This wiki pages shows how to run the tree prediction with a live camera tutorial from NVIDIA NanoOWL. NanoOWL is a project that optimizes OWL-ViT to run '''real-time''' on NVIDIA Jetson Orin Platforms with NVIDIA TensorRT. NanoOWL also introduces a new "tree detection" pipeline that combines OWL-ViT and CLIP to enable nested detection and classification of anyt...")
- 17:27, 24 November 2025 Adding Custom device tree overlay to JetPack 6.x (hist | edit) [2,986 bytes] Nico (talk | contribs) (Created page with "=Adding custom device tree overlay to JetPack 6.X= ''Keywords'': ''NVIDIA Jetson, JetPack, kernel customization, device tree overlays, dtbo'' ==Description== This wiki page shows how to add a custom device tree overlay for NVIDIA platforms with Jetpack 6.X. == Adding custom device tree overlay == In Jetpack 6.X device tree overlays live in directory: ```hardware/nvidia/t23x/nv-public/overlay/```.")
