Nie Samym Raspberry Pi Człowiek Żyje
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Building Iot Systems with Openhab Matt Porter Konsulko [email protected] Overview
Building IoT systems with openHAB Matt Porter Konsulko [email protected] Overview + Timeline + Frameworks and Protocols + openHAB architecture + openHAB features + openHAB configuration + openHAB examples + Demo Timeline + ARPANET online in 1969 with “things” talking Network Control Program (NCP) + Internet born in 1983: ARPANET “things” start talking TCP/IP + Many Internet connected appliances created from 1990 to present + Kevin Ashton (Auto-ID) coins “IoT” in 1999 + Media goes into a frenzy about IoT that just won’t quit. + openHAB started in 2010 Frameworks + AllJoyn - framework for distributed applications + https://allseenalliance.org/developers/learn/architecture + IOTivity - framework for Machine to Machine(M2M) communication + https://www.iotivity.org/ + Kura - OSGi-based framework for M2M applications + https://eclipse.org/kura/ + Mihini - Lua-based M2M framework + https://eclipse.org/mihini/ + openHAB - Home Automation and IoT gateway framework + http://openhab.org + ... Protocols + CoAP (Constrained Application Protocol) + request/response, low overhead, translates to HTTP + MQTT + pub/sub, low overhead + RESTful HTTP + request/response, one way from devices to service + XMPP (Extensible Messaging and Presence Protocol) + pub/sub, built in authentication + ... MQTT + OASIS standard: MQTT v3.1.1 + Publish/Subscribe and hub/spoke model + MQTT brokers provides the communication hub + Mosquitto 1.3.4 broker supports MQTT v3.1.1 + Fixed header required, variable header and payload optional + Fixed header just 2 bytes openHAB -
LAB-Manual Iot for Intel Edison
Evaluation of Intel Architecture An Experimental Manual for Computer Architecture, Advanced Microprocessor, System On Chip (SoC) and Compiler Design In association with Intel Collaboration Program Designed by: Zeenat Shareef, MTech (Mobile and Pervasive Computing) Under the guidance of: Dr. S.R.N Reddy, HOD and Associate Professor, CSE Mr. Naveen , Mr. Sumit Verma, Intel Department of Computer Science Indira Gandhi Delhi Technical University for Women Kashmere Gate, Delhi-110006 LIST OF EXPERIMENTS EXP. No Description of Experiment 1. To familiarize with Intel Edison. 2. Write the steps to install the drivers and IDE for Intel Edison 3. Write the steps to configure Intel Edison and enable the WIFI module 4. To enable the Bluetooth module in Intel Edison and connect with a device. 5. Write the steps to blink the LED on the Intel Edison using Eclipse CDT remote explorer(WiFi). EXPERIMENT 1 AIM: To familiarize with Intel Edison. INTEL EDISON- A SOC based on Intel Atom The Intel Edison compute module is designed to lower the barriers to entry for anyone prototyping and producing IoT and wearable computing products. Intel Edison contains the core system processing and connectivity elements: processor, PMIC, RAM, eMMC, and Wi- Fi/BT. Intel Edison is a module that interfaces with end-user systems via a 70-pin connector. The Intel Edison compute module does not include any video input or output interfaces (MIPI CSI, MIPI DSI, HDMI, etc.). Internal image processing and graphics processing cores are disabled (ISP, PowerVR, VED, VEC, VSP, etc.). Intel Edison relies on the end-user support of input power. -
Introduction to Microcontrollers 9/16/2017
Introduction to Microcontrollers 9/16/2017 Introduction to Microcontrollers June 2017 Scott A. Theis — W2LW Rev 5 (08/02/2017) What’s it all about • How to get started • What are some of the common controller options • General introduction to terms and types • Input and Output • Information on getting started Sampling of Microcontrollers • tinyAVR — As little as 6 pins, over 1MHz • PICAXE — As little as 8 pins, up to 64MHz • Ardunio (ATMega) — Standalone or on board, 16+MHz • Raspberry Pi — Single-Board Computer, up to (and over) 1GHz • There are dozens of common microcontrollers Propeller BasicStamp 8051 MIP • There are a number of single-board computers: Beagle Bone NetDuino Intel Galileo ASUS Tinker Scott A. Theis, W2LW 1 Introduction to Microcontrollers 9/16/2017 Focus • Arduino and PICAXE— Microcontroller: • Well suited for specific application • Code is lightweight (so is memory) • Does not have an operating system per se • Raspberry Pi — Single-Board Computer: • Really a small computer with GPIO pins and lots of interface logic • Can be used for a wide spectrum of tasks • Lots of options and compute power Covering…. • Introduction, Jargon and Background • General Purpose Input and Output (GPIO) • Integrated Development Environment (IDE) • Some Examples Introduction, Background and Jargon Scott A. Theis, W2LW 2 Introduction to Microcontrollers 9/16/2017 The Arduino • Created as a simple, open source, easy to use platform • Developed in 2003 as a less costly replacement to the BASIC Stamp • Support has grown dramatically in the past -
Smarte SMART ENERGY for YOUR HOME DESIGN DESCRIPTION
SmartE SMART ENERGY FOR YOUR HOME DESIGN DESCRIPTION Version 1.6.4 Smart Energy for Your Home Version: 1.6.4 Design Description Date: 20160120 Revision History Date Version Description Author 20151105 1.0 Initial Draft Eugen Družin, Marko Vojić 20151111 1.1 All sections added Eugen Družin 20151112 1.2 Introduction and background provided Ondrej Kollar 20151113 1.3 Added System structure, Sequential Marko Vojić diagrams 20151113 1.4 Technologies, System architecture, Eugen Družin Mobile mockup 20151223 1.4.1 Spell checking, adding names to the Elena Kyorova figures 20160113 1.5 Update 20160119 1.6 Technologies, Mobile application Eugen Družin 20160120 1.6.1 Technologies, Mobile application, Eugen Družin Highlevel system structure 20160120 1.6.2 Highlevel system structure, System Marko Vojić architecture, Communication and integration 20160120 1.6.3 Revision document Eugen Družin 20160120 1.6.4 Proofreading Nathan Chape Page 2 Smart Energy for Your Home Version: 1.6.4 Design Description Date: 20160120 Table of contents 1 Introduction 1.1 Purpose of this document 1.2 Document organization 1.3 Intended Audience 1.4 Scope 1.5 Definitions and acronyms 1.5.1 Definitions 1.5.2 Acronyms and abbreviations 2 Background and objectives 2.1 Overview 2.2 Highlevel description of the functionalities 3 Highlevel system structure 3.1 Communication infrastructure 3.2 SmartE application 3.3 User application 3.4 External resources 4 Communication and integration 4.1 SmartE openHAB 4.2 SmartE client application 4.3 SmartE -
Compulab Document
Hayetsira St. 17, Yokneam, Israel Tel: +972-48-290-100 Fax: +972-48-325-251 www.compulab.co.il 14-July-2013 CompuLab introduces Utilite – a single-core to quad-core ARM Linux desktop starting at $99 Yokneam, Israel - 14-July-2013 - CompuLab is introducing Utilite – a miniature ARM-based desktop computer. Powered by Freescale i.MX6 system-on-chip, Utilite is the next generation of CompuLab’s highly acclaimed Trim-Slice computer. Featuring a quad-core ARM Cortex-A9 CPU, up-to 4GB RAM and dual-head 1080p display output, Utilite expands the 2011 Trim-Slice offering with up-to twice the performance and less than half the starting price of $99. Designed into an elegant “zero-screws” housing and measuring only 5.3” x 3.9” x 0.8”, Utilite provides unprecedentedly rich I/O with dual GbE, 5 USB ports, 802.11 WiFi and Bluetooth. High performance, low-power, rich I/O and miniature form-factor position the Utilite as an attractive solution for a variety of applications such as media player, IPTV, infotainment systems, digital signage, thin client and small-footprint desktop replacement. Utilite will be offered with fully featured, desktop-grade Ubuntu Linux or Android operating systems delivering rich multimedia and PC-like user experience. “In 2011 CompuLab’s Trim-Slice has pioneered the market of ARM-based computers,” said Igor Vaisbein, VP Business Development at CompuLab. “Utilite pushes the boundaries of ARM desktops even further by doubling the performance and providing more connectivity while maintaining the same tiny form-factor and drastically reducing cost.” Utilite is particularly attractive to software developers since it is a high-performance, open platform designed into a commercial grade product. -
Friesen Micheal.Pdf (792.2Kb)
PLOX: A Secure Serverless Framework for the Smart Home by Micheal Friesen A thesis presented to the University of Waterloo in fulfillment of the thesis requirement for the degree of Master of Mathematics in Computer Science Waterloo, Ontario, Canada, 2021 c Micheal Friesen 2021 Author's Declaration This thesis consists of material all of which I authored or co-authored: see Statement of Contributions included in the thesis. This is a true copy of the thesis, including any required final revisions, as accepted by my examiners. I understand that my thesis may be made electronically available to the public. ii Statement of Contributions This thesis is based upon three different conference submissions to NSDI 2019, OSDI 2021 and NDSS 2022. The attached submission is therefore in part co-authored by myself, Ryan Hancock, Ali Mashtizadeh, Omid Abari, and Yousra Aafer, all authors of the submissions sent to these conferences. The PLOX framework was designed together by myself and Ryan Hancock, under the su- pervision of both Ali Mashtizadeh and Omid Abari. PLOX was developed by both Ryan and I, with the source code and commit history available on the Reliable Computer Sys- tems instance of Phabricator. My development contributions to PLOX were focused on the manifest system, design and development of the protocol used between devices, development of the converted smart applications used in the evaluation and implementation/testing of the taint-based IFC system. I was also responsible for the implementations of Amazon IoT Greengrass, Azure IoT Edge and Home Assistant used to compare PLOX against other systems in the evalua- tion. -
Java Magazine Is Provided on an “As Is” Basis
//NOVEMBER/DECEMBER 2014 / THE INTERNET OF THINGS JAVA IS EVERYWHERE 13 29 20 HENRIK STÅHL INDUSTRIAL AUTOMATION JAVA: THE NEXT ON JAVA AND IOT WITH ROBOTS GENERATION ORACLE.COM/JAVAMAGAZINE //table of contents / 13 20 29 COMMUNITY JAVA: THE NEXT ROBOTS MAKE JAVA DEVELOPMENT GENERATION FACTORIES Teach kids to code SMARTER and give them tools Keba’s systems help FOR THE INTERNET for success. usher in the next OF THINGS industrial revolution. JAVA IN ACTION Oracle’s Henrik Ståhl discusses the Internet of Things for Java developers. Internet of Things JAVA TECH New theme icon. See how it works. COVER ART BY LINDY GROENING COMMUNITY JAVA TECH 45 55 03 35 Embedded Rich Client ABOUT US From the Editor New to Java A Smart-Home Platform Building Castles in the Sky 05 Code Java on the Raspberry Pi for the Mass Market Use JavaFX 3D to model historical Java Nation BlueJ brings Java SE 8 development Eclipse SmartHome bridges the gap treasures and more. JavaOne recap, plus news, directly to the Raspberry Pi. between tech-savvy users and average 62 people, events, and books 38 users to provide a smart-home platform Rich Client for everyone. Java Architect A Bridge from Java 2D to JavaFX 25 50 JCP Executive Series jdeps, Compact Profiles, Profit from the easy migration path The Java Advantage for IoT and Java Modularity Embedded provided by FXGraphics2D. Freescale’s Maulin Patel discusses the A look at the future of Java modularity The Device I/O API 67 Internet of Things (IoT) and how the JCP 41 A standard API for peripherals and Fix This helps to facilitate evolving technologies. -
Ethernet Access and Remote Control with Intel Galileo Prepared By
Ethernet Access and Remote Control with Intel Galileo Prepared by Derrick Anang For EECE456 Embedded Systems Design Lab Instructor: Dr. Charles Kim Electrical and Computer Engineering Howard University Class Web: www.mwftr.com/emblab.html 1 INTEL® GALILEO ∗ Intel® Galileo Gen2 Board A microcontroller board based on the Intel® Quark SoC X1000 application processor (a 32-bit Intel® Pentium brand system on a chip). The 32-bit processor can run at up to 400MHz and has a 512KB SRAM built in. This board functions as a fully featured, cost-effective development platform which complements with the Arduino software to provide an advanced compute functionality. It basically serves as an interface between the Arduino Software (IDE) and the Grove system components. ∗ It comes with an on-board 10/100 Mb/s Ethernet connector port. ∗ This on-board Ethernet port is accessible via Linux and Arduino IDE using the Ethernet Library. 2 GETTING STARTED HARDWARE COMPONENTS ∗ Intel® Galileo Gen 2 Board ∗ Micro-SD Card ∗ USB to 6-pin FTDI Serial Cable ∗ Ethernet Cable ∗ Grove Starter Kit ∗ An Ethernet Switch or Wi-Fi Router with a free Ethernet port (connects Galileo board to the Local Access Network (LAN) being used) ∗ Micro B to Type A USB Cable ∗ 12 VDC, 1.5A Power Supply 3 SOFTWARE COMPONENTS ∗ Arduino Integrated Development Environment (IDE) for Galileo ∗ Intel XDK IoT Edition (Download link: http://software.intel.com/en- us/html5/xdk-iot) ∗ Terminal Emulator e.g. PuTTy (http://www.putty.org/)or Bonjour Browser for Mac OS, link: (http://www.tildesoft.com/files/BonjourBrowser.dmg) -
An Efficient Solution of Technological Thrust for Iot in COVID-19
International Journal of Engineering in Computer Science 2020; 2(2): 30-33 E-ISSN: 2663-3590 P-ISSN: 2663-3582 IJECS 2020; 2(2): 30-33 An efficient solution of technological thrust for IoT in Received: 22-05-2020 Accepted: 24-06-2020 COVID-19 era Rakesh Kumar RNTU, Bhopal, Rakesh Kumar, Pratishtha Bowade and Rajiv Saxena Madhya Pradesh, India Pratishtha Bowade Abstract SIRT, Bhopal, The stringent connectedness between the digital and physical world is referred to as IoT (Internet of Madhya Pradesh, India Things). In the COVID-19 era, technology is being implemented in a rigorous manner to handle and balance the situation. Internet of Things (IoT) technology is playing a great role in all the aspects. In Rajiv Saxena this research paper researcher compare four hardware platforms and concluded the best suitability of SIRT, Bhopal, the hardware platform. Researchers provide the solution to the technological thrust for the IoT in terms Madhya Pradesh, India of the hardware platform. Keywords: internet of things, COVID-19, technological thrust, hardware platforms Introduction The term "Internet of Things" is used as a keyword to cover various aspects related to Internet and Web expansion in the physical space, through the widespread deployment of distributed geographical devices with integrated use of Internet-Things that foresees the future where digital and physical objects can be linked, through relevant knowledge and [1] communication technologies, enabling a whole new category of applications and services . The Internet of Things (IoT) is one of the most promising research topics in engineering and business. It is believed that the IoT will revolutionize the way people live in the near future by connecting ordinary things with each other remotely and establishing channels of communication between them. -
Building Iot Systems with Openhab Matt Porter Konsulko [email protected] Overview
Building IoT systems with openHAB Matt Porter Konsulko [email protected] Overview + Timeline + Frameworks and Protocols + openHAB architecture + openHAB features + openHAB configuration + openHAB examples + Demo IoT Timeline + ARPANET online in 1969 with “things” talking Network Control Program (NCP) + Internet born in 1983: ARPANET “things” start talking TCP/IP + Trojan Room Coffee Pot goes on Internet in 1993 + http://en.wikipedia.org/wiki/Trojan_Room_coffee_pot + Kevin Ashton (Auto-ID) coins “IoT” in 1999 + Media goes into a frenzy about IoT that just won’t quit. + openHAB started in 2010 + Thomas Ruecker’s Tweeting Toilet goes online, ushering in the Internet of Toilets (IoT) era in 2014 + http://www.computerworld.com/article/2605093/laid-off-from-job- man-builds-tweeting-toilet.html Frameworks + AllJoyn - framework for distributed applications + https://allseenalliance.org/developers/learn/architecture + IOTivity - framework for Machine to Machine(M2M) communication + https://www.iotivity.org/ + Kura - OSGi-based framework for M2M applications + https://eclipse.org/kura/ + Mihini - Lua-based M2M framework + https://eclipse.org/mihini/ + openHAB - Home Automation and IoT gateway framework + http://openhab.org + ... Protocols + CoAP (Constrained Application Protocol) + request/response, low overhead, translates to HTTP + MQTT + pub/sub, low overhead + RESTful HTTP + request/response, one way from devices to service + XMPP (Extensible Messaging and Presence Protocol) + pub/sub, built in authentication + ... MQTT + OASIS standard: -
A $35 Firewall for the Developing World
RC25442 (IRE1401-011) January 20, 2014 Computer Science IBM Research Report A $35 Firewall for the Developing World Zubair Nabi IBM Research Smarter Cities Technology Centre Mulhuddart Dublin 15, Ireland Research Division Almaden – Austin – Beijing – Cambridge – Dublin - Haifa – India – Melbourne - T.J. Watson – Tokyo - Zurich LIMITED DISTRIBUTION NOTICE: This report has been submitted for publication outside of IBM and will probably be copyrighted if accepted for publication. It has been issued as a Research Report for early dissemination of its contents. In view of the transfer of copyright to the outside publisher, its distribution outside of IBM prior to publication should be limited to peer communications and specific requests. After outside publication, requests should be filled only by reprints or legally obtained copies of the article (e.g., payment of royalties). Many reports are available at http://domino.watson.ibm.com/library/CyberDig.nsf/home. A $35 Firewall for the Developing World Zubair Nabi IBM Research, Dublin [email protected] ABSTRACT countries [20]. In addition, maturity in the Internet A number of recent efforts aim to bridge the global digital ecosystem has resulted in a higher standard of life [20]. divide, particularly with respect to Internet access. We take In the same vein, Internet access coupled with social this endeavor one step further and argue that Internet access media has become a catalyst for social, cultural, and and web security go hand in glove in the developing world. political activism and change [32, 35, 33, 36]. While the To remedy the situation, we explore whether low-cost plat- Internet has been declared a basic human right [29], in forms, such as Raspberry Pi ($35) and Cubieboard ($59), reality more than two-thirds of the world population| can be used to implement security mechanisms. -
Guía De Instalación De Debian GNU/Linux
Guía de instalación de Debian GNU/Linux 31 de julio de 2021 Guía de instalación de Debian GNU/Linux Copyright © 2004 – 2021 el equipo del instalador de Debian Este manual es software libre, puede redistribuirlo y/o modificarlo bajo los términos de la licencia general pública GNU. Por favor, consulte la licencia en el Apéndice F para más información. Versión de construcción de este manual: 20210730. Índice general 1. Bienvenido a Debian 1 1.1. ¿Qué es Debian? . 1 1.2. ¿Qué es GNU/Linux? . 1 1.3. ¿Qué es Debian GNU/Linux? . 2 1.4. ¿Qué es el instalador de Debian? . 3 1.5. Obtener Debian . 3 1.6. Obtener la última versión de este documento . 3 1.7. Estructura de este documento . 3 1.8. Sobre copyrights y licencias de software . 4 2. Requisitos del sistema 6 2.1. Hardware compatible . 6 2.1.1. Arquitecturas compatibles . 6 2.1.2. Tres puertos ARM diferentes . 7 2.1.3. Variaciones en los diseños de CPU ARM y en la complejidad del soporte . 7 2.1.4. Plataformas admitidas por Debian/armhf . 7 2.1.5. Plataformas que ya no admite Debian/armhf . 9 2.1.6. Múltiples procesadores . 9 2.1.7. Soporte de hardware gráfico . 9 2.1.8. Hardware de conectividad de red . 9 2.1.9. Periféricos y otro hardware . 10 2.2. Dispositivos que requieren firmware . 10 2.3. Adquisición de hardware específico para GNU/Linux . 10 2.3.1. Evite hardware cerrado o privativo . 10 2.4. Medios de instalación . 11 2.4.1.