How to connect RaspberryPi to LCD and have fun | Chalkboard Electronics You will need: 1. LCD panel 2. LVDS cable with attached miniUSB connector (for touch controller) and ambient light sensor 3. HDMI-LVDS converter 4. miniUSB cable – optionally available during order 5. Power adapter (5V, at least 2A) – optionally available during order All above you will receive with our LCD bundle order. Also, you will need additionally: 6. Here are the steps to get LCD working: 1. 2. 4. 5. 6. 7. 8. 9. 10. Final SD card image for 10″ LCD (at least 4Gb card) is here: SD card test image We use this SD card image to test our bundles before shipping. Some of our first customers (who placed order in September) can encounter problems with LCD backlight. 1. UPDATE: here is interesting post from one of our customers about his experience with connection of our 10″ LCD Raspberry Kiosk There are not tags associated with this post. Related posts No related posts found.
Linux App Finder | Helping find the Linux apps you need Using WiringPi library with Raspberry PI cross-compiler – VisualGDB Tutorials This tutorial shows how to develop a blinking LED project for Raspberry Pi in Visual Studio using the WiringPi library and our cross-toolchain. Before we begin, ensure that VisualGDB 4.0 or later is installed. If you do not have a LED prepared to connect to the expansion connector on the Raspberry Pi, please follow the steps 1-8 of our other blinking LED tutorial to prepare and connect a LED.Now create a basic Raspberry Pi cross-compilation project with VisualGDB by following this tutorial. [ROM][Full Android PIE Emulator for PC][v.1.1] - DroidMote Support Forum Full Android PIE Emulator for PC v.1.1 Seamless experience between Android PIE and Windows A complete Android experience on your PC to play games and apps on a big screen.You can experiment everything you want also with root, if you destroy something, you can always start from scratch. To play multi touch games and games with controller support inside the Emulator, you can use DroidMote. In this list you can find many pre-made touch profiles for multi touch games: Based on the lastest PIE Android Studio EmulatorPortable - zero installation - apart for the Intel® HAXMCompatible with X86 and ARM apps and gamesRooted with MagiskSystem partition writableHardware accelerated. * Full Android PIE Emulator for PC Windows 1.1 firmware: B4FAF21C5563286E95536FB61C3466A53757013E * Full Android PIE Emulator for PC Linux 1.1 firmware: 9C135CD966FB2207E79F4D05C1B1A56596FFCF56
Getting Started with TeX, LaTeX, and Friends - TeX Users Group This page is for the benefit of new TeX system users. As such, it tries to be short and simple. (An even shorter getting-started document is available.) What's going on here? TeX is a typesetting language. Here are some links with further background: The Pointers to Frequently Asked Questions document provides a short overview of the TeX world. Installing TeX and LaTeX If you are looking to install a complete system, we recommend TeX Live for Unix/GNU/Linux, MacTeX for MacOSX, and proTeXt for Windows. There are many other TeX implementations, some free software, some shareware, some proprietary/commercial. Online (La)TeX documentation Here is just a little of the principal TeX documentation available on the web. LaTeX: LaTeX Documentation Pointers has references to documentation for many common LaTeX tasks (by Jim Hefferon). Plain TeX: TeX by Topic, A TeXnician's Reference, by Victor Eijkhout. Fonts: a discussion of the fonts available for use with TeX is available separately. Books to buy
RPi Easy SD Card Setup Back to the Hub Getting Started: Buying Guide - for advice on buying the Raspberry Pi. SD Card Setup - for information on how to prepare the SD Card used to boot your Raspberry Pi. Basic Setup - for help with buying / selecting other hardware and setting it up. Beginners Guide - you are up and running, now what can you do? Advanced Setup - for more extensive information on setting up. Trouble Shooting - some things to check if things don't work as expected. The Raspberry Pi will not start without a properly formatted SD Card, containing the bootloader and a suitable operating system. You will also need to choose a distribution. Some Raspberry Pi kits will come with a ready-to-go card with the distribution pre-installed, or these can be bought separately. If you don't have a pre-installed card you will need to prepare your own. Buying a preloaded SD card from a reputable supplier means that you can just plug it in and power up your Raspberry Pi; it should then just work. Using NOOBS Using Etcher
How to build your own Linux distro Since Manchester University's Owen Le Blanc released MCC Interim Linux (generally agreed to have been the first Linux distribution), way back in 1992, there have been hundreds of ways to get the world's favourite free software operating system on to a computer. The diversity of alternatives reflects the diversity in the development community, with distros split along technical, functional, linguistic and even ideological lines. There have been large distros, tiny ones, bleeding edge and rock-solid stable distros. Easy for the newbie to install, or downright impenetrable to the uninitiated. Created exclusively with free software as a badge of pride, or so proprietary in attitude that not even the toolchain was fully GNU (hello Red Flag Server 4.1, built with the Intel compiler in 2004). So with all the variety that's already out there, why would anyone want to create their own distro? What this amounts to is that it doesn't take much to warrant a new distro. Which base? The simple choices
Visual Studio & Linux Development with C++ - Onur Dündar - Medium I want to utilize Visual Studio more and more, because there is no CLion community edition yet. I have collected some good hardware and made a desktop PC, but I don’t like dual boot so I stick on Windows 10 only environment but I need to use Linux build tools time to time so I wanted to create a tutorial which I can use later on to setup my development environment easily with Visual Studio and Linux Build server when needed. First, I have downloaded Visual Studio Community edition from below URL: Then, I installed required tools as well as Linux C++ development toolset for Visual Studio. If you already have Visual Studio on your machine, just run Visual Studio Installer and click on modify button: Ok, let’s proceed creating a build server in next part. In order to use Linux machine for build and debug, we need to install compilers, libraries and GDB server. According to your needs for development, you should install them to remote server as well. docker build -t linux-build-server .
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How To Use UUID To Mount Partitions / Volumes Under Ubuntu Linux Q. Can you explain UUID concept related to Linux ext3 partitions and storage devices? How do I update /etc/fstab using UUID under Ubuntu Linux or any other Linux distro? A. UUID and Partitions Linux's ext2/ext3 filesystem uses UUID to identify partitions. UUID benefits As a sesonded UNIX admin I have to deal with various data storage technologies such as SAN, iSCSI, DAS, scsi disks volumes. However, UUID may be not very useful for single desktop computer at home as you do not have enterprise grade storage and requirements. How do I find out UUID for /dev/sdb2? To probe filesystem type and read label and uuid for /dev/sdb2 (or any other device) use vol_id command: # vol_id --uuid {/dev/device} # vol_id --uuid /dev/sdb2 $ sudo vol_id --uuid /dev/sdb2 Sample output: 41c22818-fbad-4da6-8196-c816df0b7aa8 List all UUIDs Use blkid command-line utility to locate/print block device attributes: $ sudo blkid Sample output: How do I use UUID to update /etc/fstab file? Simply use following syntax:
Speech Recognition using the Raspberry Pi | aO(N²) I've finally received my Raspberry Pi, and I've immediately gotten to work transferring the speech recognition system I used for the robotic arm to the pi. Due to its small size and low power requirements, the Raspberry Pi is an excellent platform for the Julius open-source speech recognition system. This opens up almost limitless possibilities for voice command applications. EDIT: I am no longer working on Julius/HTK for speech recognition. Please see this post for more information. There do exist commercial offerings of electronic voice command modules, as well as voice command applications appearing in recent smartphones (i.e. In this tutorial, I will be demonstrating how to use the Raspberry Pi for a simple speech recognition system to control the Maplin USB Robotic Arm. Requirements: Raspberry Pi set up and running debian (please follow setup instructions from www.raspberrypi.org) and preferably connected to the internetUSB microphone Loading Drivers sudo modprobe snd_bcm2835 Software .
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