Best Voice Recognition Software for Raspberry Pi | DIY Hacking Best Voice Recognition Software for Raspberry Pi This tutorial is about the best voice recognition software for Raspberry Pi and how to use it. I was able to install and test three different voice recognition systems for Raspberry Pi. Two of these softwares were dependent on the internet and were online , however the third one was offline.The three softwares which were tested were : Out of these three, I rate the Voice Control software created by Steven Hickson to be the most precise and potent. The Jasper system, even though it works offline , it compromises on accuracy and speed. The softwares presented by Oscar and Steven use google voice APIs, they are very accurate and precise. Bill of Materials Hardware: Raspberry Pi model B with memory card preloaded with an OS.WiFi dongle (Optional) : Edimax EW 7811UN / LAN network cable.A USB webcam with microphone / USB microphone. You cannot use normal microphones with audio jacks because the raspberry pi does not have a sound card.
keynav - retire your mouse. :: semicomplete.com - Jordan Sissel What is keynav? Another episode in the revolution against mouse-requisite interfaces. It's one more step towards impulse-driven computing. Enough marketing jargon. keynav is a piece of an on-going experiment to make pointer-driven interfaces easier and faster for users to operate. What does it do? You select a piece of the screen. Why it is fast? keynav is geared towards selecting a piece of the screen very quickly. Watch the demo! Bored of reading? Hopefully the demo gives you a good idea of what keynav does. Mailing list The keynav users mailing list is: keynav-users@googlegroups.com I'll be announcing new versions on this mailing list. Supported Platforms keynav is currently written in C and only works in X11 (Unix graphics environment). Download it! keynav-0.20101014.3067.tar.gz Looking for an older version? Dependencies glib >= 2.0 libxdo (from xdotool) (or, if you build static, libX11 libXtst and libXext) Xinerama (comes with xorg) XSHAPE (comes with xorg) Build instructions start end warp
Hacking Roomba » RoombaComm [NOTE: RoombaComm is now being actively maintained by Paul Bouchier, Jonathan Pitts & Matt Black (and occasionally me perhaps) on the Dallas Personal Robotics Group site. Check out RoombaComm’s new home! This site will continue to mirror any RoombaComm updates by the DPRG folks. The DPRG site has many great projects and tutorials for building your own robots, be they Roomba-based or not. Thank you so much guys for giving RoombaComm some much-needed attention.] RoombaComm is Java library for communicating and controlling the Roomba. It’s been a work in progress for several months and has gotten a little better as I work through improving it for the book. Several bugs have been fixed, particularly with respect to Bluetooth on Windows. Tested systems: – Mac OS X 10.4 (Tiger) : usb serial & bluetooth – Mac OS X 10.3 (Panther) : usb serial & bluetooth – Windows 2000 : usb serial & bluetooth – Gumstix Linux : built-in serial This is what RoombaView looks like:
Getting Started : Alexa with Pi Getting Started With Raspberry Pi and Alexa Hardware you need Raspberry Pi 3 or Pi 2 (Model B) - Buy at Amazon - Pi 3 or Pi 2.Micro-USB power cable for Raspberry Pi.Micro SD Card - To get started you need an operating system. NOOBS (New Out Of the Box Software) is an easy-to-use operating system install manager for Raspberry Pi. The simplest way to get NOOBS is to buy an SD card with NOOBS pre-installed - Raspberry Pi 8GB Preloaded (NOOBS) Micro SD Card. Setting up the Raspberry Pi The first thing we’ll need to do is install Raspbian Jessie on our Pi. What is NOOBS? NOTE: If you already have Raspbian Jessie installed on your Pi, you may skip to Step 2 - Installing utilities - SSH, VNC Server, VLC, Node below. 0.1 - Downloading NOOBS If you have a micro SD card that came with NOOBS pre-installed, make sure it has Raspbian Jessie available as one of the install options. 0.2 - Installing Raspbian Jessie Insert your micro SD card with NOOBS pre-installed into the micro SD card slot on your Pi. .
Build a digital book with EPUB - Vimperator Before you start This tutorial guides you through creating eBooks in the EPUB format. EPUB is an XML-based, developer-friendly format that is emerging as the de facto standard for digital books. But EPUB isn't just for books: With it, you can: Bundle documentation for offline reading or easy distributionPackage blog posts or other Web-native contentBuild, search, and remix using common open source tools About this tutorial You start this tutorial by generating an EPUB book manually to help you learn all the components and required files. Then, it covers generating EPUB from DocBook XML—one of the most widely used standards for technical documentation—and how to use Python to completely automate EPUB creation with DocBook from end to end. Objectives In this tutorial, you: Prerequisites No particular operating system is assumed for this tutorial, although you should be familiar with the mechanics of creating files and directories. System requirements Back to top About the EPUB format What is EPUB?
A. Sauvage & wireless charging trousers | Fashion Team | Fashion Team Bringing the latest in smartphone technology to London Collections: Men 2014 is British designer A. Sauvage. Known for creating understated luxury with no nonsense tailoring, the designer has collaborated with the Microsoft Mobile Devices to produce the world’s first pair of wireless charging trousers for the Lumia 930 smartphone. Unveiled last night at LC:M by George Lamb (who features in the product’s campaign) ahead of Sauvages’s SS15 show at the BFC show space, this latest innovation in wearable technology means you can now charge your phone by simply putting it in your pocket. Using a technology known as inductive charging to create the unique trousers, the designer has embedded Nokia’s DC-50 charging plate into the pocket – the perfect piece to complete his ‘Modern Man’ collection. Adam Johnson, Marketing Director for Microsoft Mobile (UK and Ireland) said, “We are really excited to work alongside a talented designer like A. words: Jade Mordente
Raspberry Pi · alexa/alexa-avs-sample-app Wiki On this page Overview This guide provides step-by-step instructions for setting up AVS on a Raspberry Pi. It demonstrates how to access and test AVS using our Java sample app (running on a Raspberry Pi), a Node.js server, and a third-party wake word engine. You will use the Node.js server to obtain a Login with Amazon (LWA) authorization code by visiting a website using your Raspberry Pi's web browser. For instructions on how to set it up on Mac, Linux or Windows, please see our wiki. Required hardware Before you get started, let's review what you'll need. Raspberry Pi 3 (Recommended) or Pi 2 Model B (Supported) - Buy at Amazon - Pi 3 or Pi 2.Micro-USB power cable for Raspberry Pi.Micro SD Card (Minimum 8 GB) - You need an operating system to get started. For extra credit, we'll show you how to remote(SSH) into your device, eliminating the need for a monitor, keyboard and mouse - and how to tail logs for troubleshooting. Let's get started Step 1: Setting up your Pi Step 4: Clone the sample app
A Fast, Flexible, And Scalable Path To Commercial IoT Solutions The Intel® IoT Developer Program gives you tools, templates, libraries, and more to accelerate IoT solution development from idea, to prototype, to production. We support your development throughout your product lifecycle, offering security and manageability for deployment at scale. Jumpstart with Streamlined Rapid Prototyping We understand that you need to move forward fast, without reinventing the wheel. Project templates demonstrate key functionality such as handling analog and digital data transmission between sensors and pins on Intel® Galileo boards and Intel® Edison boards Tools that help you avoid doing repetitive, low-value tasks A range of development environments and programming languages to code in a familiar language you are already comfortable with—from JavaScript* and Python* to C/C++ Sensor and I/O Libraries Pre-written and optimized drivers, functions, and algorithms for a variety of sensors, from accelerometers to heat and moisture sensors, and more.
Alexa Voice Service What Is an Alexa Built-in Product? Alexa built-in is a category of devices created with the Alexa Voice Service (AVS) that have a microphone and speaker. You can talk to these products directly with the wake word “Alexa,” and receive voice responses and content instantly. Why Alexa Voice Service? The Alexa Voice Service enables you to access cloud-based Alexa capabilities with the support of AVS APIs, hardware kits, software tools, and documentation. Create a Developer Account »Get the AVS Device SDK »