Raspberry Pi IoT Projects Prototyping Experiments for Makers
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Apress L. P.
2021
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| 505 | 8 | |a Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapters at a Glance -- Chapter 1: Introduction to IoT -- Choosing a Raspberry Pi Model -- Choosing an IoT Device -- Characterizing an IoT Project -- Communications -- Processor Power -- Local Storage -- Power Consumption -- Functionality -- Cost -- The Right Tools to Deal with Hardware -- Writing Code in Python and the Arduino IDE -- In This Book -- Chapter 2: Sensing Your IoT Environment -- IoT Sensor Nets -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- What Is an ESP8266? -- The LightSwarm Design -- Building Your First IoT Swarm -- Installing Arduino Support on the PC or Mac -- Your First Sketch for the ESP8266 -- The Hardware -- Reviewing the I2C Bus -- Pullups on the I2C Bus -- Sensor Being Used -- 3D Printed Case -- The Full Wiring List -- The Software -- Self-Organizing Behavior -- Monitoring and Debugging the System with the Raspberry Pi (the Smart Guy on the Block) -- LightSwarm Logging Software Written in Python -- Results -- What Else Can You Do with This Architecture? -- Conclusion -- Chapter 3: Building an IoT Weather Station -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Data Gathering -- What Are Grove Connectors -- The Project - SkyWeather2 -- The Architecture of SkyWeather2 -- What Do You Need to Build This Project? -- Connecting and Testing the Hardware -- Weatherization and the 3D Printed Box for SkyWeather2 -- The Software -- Non-normal Requirements for Your Pi -- The SkyWeather2 Python3 Software -- The Scheduler Tasks -- The Software-Defined Radio -- The SkyWeather2 Configuration Software -- The Dash App Local Display -- SkyWeather2 and Blynk -- Supplying Your Data to the World - WeatherSTEM -- Tweeting Your Weather Data | |
| 505 | 8 | |a A Little History and Science -- Conclusion -- Chapter 4: Changing Your Environment with IoT and iBeacons -- The BeaconAir Project -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Hardware List -- iBeacons -- Python3 Bluetooth iBeacon Scanner -- Philips Hue Lighting System -- Philips Hue Hub -- BeaconAir Hardware, Software, and Configuration -- BeaconAir Hardware Description -- BeaconAir Software Description -- BeaconAir Configuration File -- iBeacon Software -- Trilateralization -- Issuing Commands to LightSwarm -- Installing BlueZ and Phue on the Raspberry Pi -- BlueZ -- Phue -- Startup Procedure -- Making BeaconAir Start on Bootup -- How It Works in Practice -- Things to Do -- The Classic Distributed System Problems -- Conclusion -- Chapter 5: Connecting an IoT Device to a Cloud Server: IoTPulse -- IoT Characterization of This Project -- The Internet of Things on the Global Network -- Cloud Computing -- Application Builders -- Display and Report Generation -- The IBM Cloud Internet of Things Solution -- The IoTPulse Design -- Building the IoTPulse -- Plugging the FTDI Cable into the ESP8266 -- 3D Printing Files for the IoT Case -- Software Needed -- The IoTPulse Code -- IOTPulse.ino -- Reviewing the Arduino IDE Serial Monitor Results -- Joining IBM Cloud and the IoT Foundation -- Sending Your Data to Cloud -- MQTT -- JSON Data Payload -- Examining Real-Time Data on the IBM Cloud IoT Platform -- Advanced Topics -- Historical Data -- Node-RED Applications -- Watson Applications -- Conclusion -- Chapter 6: Using IoT for RFID and MQTT and the Raspberry Pi -- IoT Characterization of This Project -- What Is RFID Technology? -- What Is MQTT? -- Hardware Used for IoTRFID -- Building an MQTT Server on a Raspberry Pi -- The Software on the Raspberry Pi -- Installing the MQTT "Mosquitto" | |
| 505 | 8 | |a Configuring and Starting the Mosquitto Server -- Starting the Mosquitto Server -- Testing the Mosquitto Server -- Building the IoTRFID -- The Parts Needed -- Installing Arduino Support on the PC or Mac -- The Hardware -- What Is This Sensor We Are Using? -- 3D Printed Case -- The Full Wiring List -- The Software for the IoTRFID Project -- The Libraries -- The Main Software -- Testing the IoTRFID System -- Setting Up the Mosquitto Debug Window -- Set Up a Subscriber on the Raspberry Pi -- Testing the Entire IoTRFID System -- What to Do with the RFID Data on the Server -- Conclusion -- Chapter 7: Computer Security and the IoT -- IoT: Top Five Things to Know About IoT Computer Security -- Number 1: This Is Important. You Can Prove Your Application Is Insecure, but You Can't Prove Your Application Is Secure -- Number 2: Security Through Obscurity Is Not Security -- Number 3: Always Connected? Always Vulnerable -- Number 4: Focus on What Is Important to Be Secure in Your IoT Application -- Number 5: Computer Security Rests on Three Main Aspects: Confidentiality, Integrity, and Availability -- What Are the Dangers? -- Assigning Value to Information -- Building the Three Basic Security Components for IoT Computers -- Confidentiality - Cryptography -- Cryptography on the Arduino -- Cryptography on the Raspberry Pi -- Integrity - Authentication -- Cryptographic Hashes on the Arduino/Raspberry Pi -- Availability - Handling DOS/Loss of Server/Watchdogs -- Key Management -- Update Management -- Conclusion -- Appendix A: Suggestions for Further Work -- Parting Words... -- Index | |
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| author | Shovic, John C. |
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| contents | Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapters at a Glance -- Chapter 1: Introduction to IoT -- Choosing a Raspberry Pi Model -- Choosing an IoT Device -- Characterizing an IoT Project -- Communications -- Processor Power -- Local Storage -- Power Consumption -- Functionality -- Cost -- The Right Tools to Deal with Hardware -- Writing Code in Python and the Arduino IDE -- In This Book -- Chapter 2: Sensing Your IoT Environment -- IoT Sensor Nets -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- What Is an ESP8266? -- The LightSwarm Design -- Building Your First IoT Swarm -- Installing Arduino Support on the PC or Mac -- Your First Sketch for the ESP8266 -- The Hardware -- Reviewing the I2C Bus -- Pullups on the I2C Bus -- Sensor Being Used -- 3D Printed Case -- The Full Wiring List -- The Software -- Self-Organizing Behavior -- Monitoring and Debugging the System with the Raspberry Pi (the Smart Guy on the Block) -- LightSwarm Logging Software Written in Python -- Results -- What Else Can You Do with This Architecture? -- Conclusion -- Chapter 3: Building an IoT Weather Station -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Data Gathering -- What Are Grove Connectors -- The Project - SkyWeather2 -- The Architecture of SkyWeather2 -- What Do You Need to Build This Project? -- Connecting and Testing the Hardware -- Weatherization and the 3D Printed Box for SkyWeather2 -- The Software -- Non-normal Requirements for Your Pi -- The SkyWeather2 Python3 Software -- The Scheduler Tasks -- The Software-Defined Radio -- The SkyWeather2 Configuration Software -- The Dash App Local Display -- SkyWeather2 and Blynk -- Supplying Your Data to the World - WeatherSTEM -- Tweeting Your Weather Data A Little History and Science -- Conclusion -- Chapter 4: Changing Your Environment with IoT and iBeacons -- The BeaconAir Project -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Hardware List -- iBeacons -- Python3 Bluetooth iBeacon Scanner -- Philips Hue Lighting System -- Philips Hue Hub -- BeaconAir Hardware, Software, and Configuration -- BeaconAir Hardware Description -- BeaconAir Software Description -- BeaconAir Configuration File -- iBeacon Software -- Trilateralization -- Issuing Commands to LightSwarm -- Installing BlueZ and Phue on the Raspberry Pi -- BlueZ -- Phue -- Startup Procedure -- Making BeaconAir Start on Bootup -- How It Works in Practice -- Things to Do -- The Classic Distributed System Problems -- Conclusion -- Chapter 5: Connecting an IoT Device to a Cloud Server: IoTPulse -- IoT Characterization of This Project -- The Internet of Things on the Global Network -- Cloud Computing -- Application Builders -- Display and Report Generation -- The IBM Cloud Internet of Things Solution -- The IoTPulse Design -- Building the IoTPulse -- Plugging the FTDI Cable into the ESP8266 -- 3D Printing Files for the IoT Case -- Software Needed -- The IoTPulse Code -- IOTPulse.ino -- Reviewing the Arduino IDE Serial Monitor Results -- Joining IBM Cloud and the IoT Foundation -- Sending Your Data to Cloud -- MQTT -- JSON Data Payload -- Examining Real-Time Data on the IBM Cloud IoT Platform -- Advanced Topics -- Historical Data -- Node-RED Applications -- Watson Applications -- Conclusion -- Chapter 6: Using IoT for RFID and MQTT and the Raspberry Pi -- IoT Characterization of This Project -- What Is RFID Technology? -- What Is MQTT? -- Hardware Used for IoTRFID -- Building an MQTT Server on a Raspberry Pi -- The Software on the Raspberry Pi -- Installing the MQTT "Mosquitto" Configuring and Starting the Mosquitto Server -- Starting the Mosquitto Server -- Testing the Mosquitto Server -- Building the IoTRFID -- The Parts Needed -- Installing Arduino Support on the PC or Mac -- The Hardware -- What Is This Sensor We Are Using? -- 3D Printed Case -- The Full Wiring List -- The Software for the IoTRFID Project -- The Libraries -- The Main Software -- Testing the IoTRFID System -- Setting Up the Mosquitto Debug Window -- Set Up a Subscriber on the Raspberry Pi -- Testing the Entire IoTRFID System -- What to Do with the RFID Data on the Server -- Conclusion -- Chapter 7: Computer Security and the IoT -- IoT: Top Five Things to Know About IoT Computer Security -- Number 1: This Is Important. You Can Prove Your Application Is Insecure, but You Can't Prove Your Application Is Secure -- Number 2: Security Through Obscurity Is Not Security -- Number 3: Always Connected? Always Vulnerable -- Number 4: Focus on What Is Important to Be Secure in Your IoT Application -- Number 5: Computer Security Rests on Three Main Aspects: Confidentiality, Integrity, and Availability -- What Are the Dangers? -- Assigning Value to Information -- Building the Three Basic Security Components for IoT Computers -- Confidentiality - Cryptography -- Cryptography on the Arduino -- Cryptography on the Raspberry Pi -- Integrity - Authentication -- Cryptographic Hashes on the Arduino/Raspberry Pi -- Availability - Handling DOS/Loss of Server/Watchdogs -- Key Management -- Update Management -- Conclusion -- Appendix A: Suggestions for Further Work -- Parting Words... -- Index |
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| edition | 2nd ed |
| format | Electronic eBook |
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| id | DE-604.BV048323499 |
| illustrated | Not Illustrated |
| index_date | 2024-07-03T20:12:42Z |
| indexdate | 2024-07-10T09:35:16Z |
| institution | BVB |
| isbn | 9781484269114 |
| language | English |
| oai_aleph_id | oai:aleph.bib-bvb.de:BVB01-033702795 |
| oclc_num | 1240834823 |
| open_access_boolean | |
| owner | DE-2070s |
| owner_facet | DE-2070s |
| physical | 1 Online-Ressource (289 Seiten) |
| psigel | ZDB-30-PQE ZDB-30-PQE HWR_PDA_PQE |
| publishDate | 2021 |
| publishDateSearch | 2021 |
| publishDateSort | 2021 |
| publisher | Apress L. P. |
| record_format | marc |
| spelling | Shovic, John C. Verfasser aut Raspberry Pi IoT Projects Prototyping Experiments for Makers 2nd ed Berkeley, CA Apress L. P. 2021 ©2021 1 Online-Ressource (289 Seiten) txt rdacontent c rdamedia cr rdacarrier Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapters at a Glance -- Chapter 1: Introduction to IoT -- Choosing a Raspberry Pi Model -- Choosing an IoT Device -- Characterizing an IoT Project -- Communications -- Processor Power -- Local Storage -- Power Consumption -- Functionality -- Cost -- The Right Tools to Deal with Hardware -- Writing Code in Python and the Arduino IDE -- In This Book -- Chapter 2: Sensing Your IoT Environment -- IoT Sensor Nets -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- What Is an ESP8266? -- The LightSwarm Design -- Building Your First IoT Swarm -- Installing Arduino Support on the PC or Mac -- Your First Sketch for the ESP8266 -- The Hardware -- Reviewing the I2C Bus -- Pullups on the I2C Bus -- Sensor Being Used -- 3D Printed Case -- The Full Wiring List -- The Software -- Self-Organizing Behavior -- Monitoring and Debugging the System with the Raspberry Pi (the Smart Guy on the Block) -- LightSwarm Logging Software Written in Python -- Results -- What Else Can You Do with This Architecture? -- Conclusion -- Chapter 3: Building an IoT Weather Station -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Data Gathering -- What Are Grove Connectors -- The Project - SkyWeather2 -- The Architecture of SkyWeather2 -- What Do You Need to Build This Project? -- Connecting and Testing the Hardware -- Weatherization and the 3D Printed Box for SkyWeather2 -- The Software -- Non-normal Requirements for Your Pi -- The SkyWeather2 Python3 Software -- The Scheduler Tasks -- The Software-Defined Radio -- The SkyWeather2 Configuration Software -- The Dash App Local Display -- SkyWeather2 and Blynk -- Supplying Your Data to the World - WeatherSTEM -- Tweeting Your Weather Data A Little History and Science -- Conclusion -- Chapter 4: Changing Your Environment with IoT and iBeacons -- The BeaconAir Project -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Hardware List -- iBeacons -- Python3 Bluetooth iBeacon Scanner -- Philips Hue Lighting System -- Philips Hue Hub -- BeaconAir Hardware, Software, and Configuration -- BeaconAir Hardware Description -- BeaconAir Software Description -- BeaconAir Configuration File -- iBeacon Software -- Trilateralization -- Issuing Commands to LightSwarm -- Installing BlueZ and Phue on the Raspberry Pi -- BlueZ -- Phue -- Startup Procedure -- Making BeaconAir Start on Bootup -- How It Works in Practice -- Things to Do -- The Classic Distributed System Problems -- Conclusion -- Chapter 5: Connecting an IoT Device to a Cloud Server: IoTPulse -- IoT Characterization of This Project -- The Internet of Things on the Global Network -- Cloud Computing -- Application Builders -- Display and Report Generation -- The IBM Cloud Internet of Things Solution -- The IoTPulse Design -- Building the IoTPulse -- Plugging the FTDI Cable into the ESP8266 -- 3D Printing Files for the IoT Case -- Software Needed -- The IoTPulse Code -- IOTPulse.ino -- Reviewing the Arduino IDE Serial Monitor Results -- Joining IBM Cloud and the IoT Foundation -- Sending Your Data to Cloud -- MQTT -- JSON Data Payload -- Examining Real-Time Data on the IBM Cloud IoT Platform -- Advanced Topics -- Historical Data -- Node-RED Applications -- Watson Applications -- Conclusion -- Chapter 6: Using IoT for RFID and MQTT and the Raspberry Pi -- IoT Characterization of This Project -- What Is RFID Technology? -- What Is MQTT? -- Hardware Used for IoTRFID -- Building an MQTT Server on a Raspberry Pi -- The Software on the Raspberry Pi -- Installing the MQTT "Mosquitto" Configuring and Starting the Mosquitto Server -- Starting the Mosquitto Server -- Testing the Mosquitto Server -- Building the IoTRFID -- The Parts Needed -- Installing Arduino Support on the PC or Mac -- The Hardware -- What Is This Sensor We Are Using? -- 3D Printed Case -- The Full Wiring List -- The Software for the IoTRFID Project -- The Libraries -- The Main Software -- Testing the IoTRFID System -- Setting Up the Mosquitto Debug Window -- Set Up a Subscriber on the Raspberry Pi -- Testing the Entire IoTRFID System -- What to Do with the RFID Data on the Server -- Conclusion -- Chapter 7: Computer Security and the IoT -- IoT: Top Five Things to Know About IoT Computer Security -- Number 1: This Is Important. You Can Prove Your Application Is Insecure, but You Can't Prove Your Application Is Secure -- Number 2: Security Through Obscurity Is Not Security -- Number 3: Always Connected? Always Vulnerable -- Number 4: Focus on What Is Important to Be Secure in Your IoT Application -- Number 5: Computer Security Rests on Three Main Aspects: Confidentiality, Integrity, and Availability -- What Are the Dangers? -- Assigning Value to Information -- Building the Three Basic Security Components for IoT Computers -- Confidentiality - Cryptography -- Cryptography on the Arduino -- Cryptography on the Raspberry Pi -- Integrity - Authentication -- Cryptographic Hashes on the Arduino/Raspberry Pi -- Availability - Handling DOS/Loss of Server/Watchdogs -- Key Management -- Update Management -- Conclusion -- Appendix A: Suggestions for Further Work -- Parting Words... -- Index Internet of things Raspberry Pi (DE-588)1027903738 gnd rswk-swf Internet der Dinge (DE-588)7713781-4 gnd rswk-swf Electronic books Raspberry Pi (DE-588)1027903738 s Internet der Dinge (DE-588)7713781-4 s DE-604 Erscheint auch als Druck-Ausgabe Shovic, John C. Raspberry Pi IoT Projects Berkeley, CA : Apress L. P.,c2021 9781484269107 |
| spellingShingle | Shovic, John C. Raspberry Pi IoT Projects Prototyping Experiments for Makers Intro -- Table of Contents -- About the Author -- About the Technical Reviewer -- Acknowledgments -- Introduction -- Chapters at a Glance -- Chapter 1: Introduction to IoT -- Choosing a Raspberry Pi Model -- Choosing an IoT Device -- Characterizing an IoT Project -- Communications -- Processor Power -- Local Storage -- Power Consumption -- Functionality -- Cost -- The Right Tools to Deal with Hardware -- Writing Code in Python and the Arduino IDE -- In This Book -- Chapter 2: Sensing Your IoT Environment -- IoT Sensor Nets -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- What Is an ESP8266? -- The LightSwarm Design -- Building Your First IoT Swarm -- Installing Arduino Support on the PC or Mac -- Your First Sketch for the ESP8266 -- The Hardware -- Reviewing the I2C Bus -- Pullups on the I2C Bus -- Sensor Being Used -- 3D Printed Case -- The Full Wiring List -- The Software -- Self-Organizing Behavior -- Monitoring and Debugging the System with the Raspberry Pi (the Smart Guy on the Block) -- LightSwarm Logging Software Written in Python -- Results -- What Else Can You Do with This Architecture? -- Conclusion -- Chapter 3: Building an IoT Weather Station -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Data Gathering -- What Are Grove Connectors -- The Project - SkyWeather2 -- The Architecture of SkyWeather2 -- What Do You Need to Build This Project? -- Connecting and Testing the Hardware -- Weatherization and the 3D Printed Box for SkyWeather2 -- The Software -- Non-normal Requirements for Your Pi -- The SkyWeather2 Python3 Software -- The Scheduler Tasks -- The Software-Defined Radio -- The SkyWeather2 Configuration Software -- The Dash App Local Display -- SkyWeather2 and Blynk -- Supplying Your Data to the World - WeatherSTEM -- Tweeting Your Weather Data A Little History and Science -- Conclusion -- Chapter 4: Changing Your Environment with IoT and iBeacons -- The BeaconAir Project -- IoT Characterization of This Project -- How Does This Device Hook Up to the IoT? -- Hardware List -- iBeacons -- Python3 Bluetooth iBeacon Scanner -- Philips Hue Lighting System -- Philips Hue Hub -- BeaconAir Hardware, Software, and Configuration -- BeaconAir Hardware Description -- BeaconAir Software Description -- BeaconAir Configuration File -- iBeacon Software -- Trilateralization -- Issuing Commands to LightSwarm -- Installing BlueZ and Phue on the Raspberry Pi -- BlueZ -- Phue -- Startup Procedure -- Making BeaconAir Start on Bootup -- How It Works in Practice -- Things to Do -- The Classic Distributed System Problems -- Conclusion -- Chapter 5: Connecting an IoT Device to a Cloud Server: IoTPulse -- IoT Characterization of This Project -- The Internet of Things on the Global Network -- Cloud Computing -- Application Builders -- Display and Report Generation -- The IBM Cloud Internet of Things Solution -- The IoTPulse Design -- Building the IoTPulse -- Plugging the FTDI Cable into the ESP8266 -- 3D Printing Files for the IoT Case -- Software Needed -- The IoTPulse Code -- IOTPulse.ino -- Reviewing the Arduino IDE Serial Monitor Results -- Joining IBM Cloud and the IoT Foundation -- Sending Your Data to Cloud -- MQTT -- JSON Data Payload -- Examining Real-Time Data on the IBM Cloud IoT Platform -- Advanced Topics -- Historical Data -- Node-RED Applications -- Watson Applications -- Conclusion -- Chapter 6: Using IoT for RFID and MQTT and the Raspberry Pi -- IoT Characterization of This Project -- What Is RFID Technology? -- What Is MQTT? -- Hardware Used for IoTRFID -- Building an MQTT Server on a Raspberry Pi -- The Software on the Raspberry Pi -- Installing the MQTT "Mosquitto" Configuring and Starting the Mosquitto Server -- Starting the Mosquitto Server -- Testing the Mosquitto Server -- Building the IoTRFID -- The Parts Needed -- Installing Arduino Support on the PC or Mac -- The Hardware -- What Is This Sensor We Are Using? -- 3D Printed Case -- The Full Wiring List -- The Software for the IoTRFID Project -- The Libraries -- The Main Software -- Testing the IoTRFID System -- Setting Up the Mosquitto Debug Window -- Set Up a Subscriber on the Raspberry Pi -- Testing the Entire IoTRFID System -- What to Do with the RFID Data on the Server -- Conclusion -- Chapter 7: Computer Security and the IoT -- IoT: Top Five Things to Know About IoT Computer Security -- Number 1: This Is Important. You Can Prove Your Application Is Insecure, but You Can't Prove Your Application Is Secure -- Number 2: Security Through Obscurity Is Not Security -- Number 3: Always Connected? Always Vulnerable -- Number 4: Focus on What Is Important to Be Secure in Your IoT Application -- Number 5: Computer Security Rests on Three Main Aspects: Confidentiality, Integrity, and Availability -- What Are the Dangers? -- Assigning Value to Information -- Building the Three Basic Security Components for IoT Computers -- Confidentiality - Cryptography -- Cryptography on the Arduino -- Cryptography on the Raspberry Pi -- Integrity - Authentication -- Cryptographic Hashes on the Arduino/Raspberry Pi -- Availability - Handling DOS/Loss of Server/Watchdogs -- Key Management -- Update Management -- Conclusion -- Appendix A: Suggestions for Further Work -- Parting Words... -- Index Internet of things Raspberry Pi (DE-588)1027903738 gnd Internet der Dinge (DE-588)7713781-4 gnd |
| subject_GND | (DE-588)1027903738 (DE-588)7713781-4 |
| title | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_auth | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_exact_search | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_exact_search_txtP | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_full | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_fullStr | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_full_unstemmed | Raspberry Pi IoT Projects Prototyping Experiments for Makers |
| title_short | Raspberry Pi IoT Projects |
| title_sort | raspberry pi iot projects prototyping experiments for makers |
| title_sub | Prototyping Experiments for Makers |
| topic | Internet of things Raspberry Pi (DE-588)1027903738 gnd Internet der Dinge (DE-588)7713781-4 gnd |
| topic_facet | Internet of things Raspberry Pi Internet der Dinge |
| work_keys_str_mv | AT shovicjohnc raspberrypiiotprojectsprototypingexperimentsformakers |