The Internet of Everything

HOALA - Nov ‘17

This is a compilation based on many sources, all images are property of their respective owners.

Transcript

1. The internet of everything guillem@iaac.net This is a compilation based on many sources, all images are property of their respective owners. HOALA Valencia, Nov ‘17
2. https://hackmd.io/s/ BkEs3TMez
3. The Internet
4. "When wireless* is perfectly applied the whole earth will be converted into a huge brain, which in fact it is, all things being particles of a real and rhythmic whole.........and the instruments through which we shall be able to do this will be amazingly simple compared with our present telephone. A man will be able to carry one in his vest pocket." Tesla, 1929
5. For many of us the Internet is already present in our lives almost constantly, but how?
13. “in retrospect it looks like the rapid growth of the World Wide Web may have been just the trigger charge that is now setting off the real explosion, as things start to use the Net.” Neil Gershenfeld, 1999
26. Objects as interfaces
37. Connecting things
49. Apollo Arduino Raspberry iPhone 6 2.048 MHz 16 MHz 700 MHz x 2 1400 MHz x 2 4kB RAM 2kB RAM 512MB RAM 1GB RAM 72kB ROM 32kB FLASH 8GB FLASH 16GB FLASH
54. The internet of things gadgets
55. SPIMES “object precisely localized in time and space [...] always associated with a history.” Bruce Sterling in Shaping Things
57. 1. Small, inexpensive means of remotely and uniquely identifying objects over short ranges; for example radio-frequency identification. 2. A mechanism to precisely locate something on Earth, such as a global- positioning system. 3. A way to mine large amounts of data for things that match some given criteria, like internet search engines. 4. Tools to virtually construct nearly any kind of object; computer-aided design. 5. Ways to rapidly prototype virtual objects into real ones. Sophisticated, automated fabrication of a specification for an object, through “three- dimensional printers.” 6. "Cradle-to-cradle" life-spans for objects. Cheap, effective recycling.
58. For many of us the Internet is already present in our lives almost constantly, but how?
60. Markets Now
61. Logistics
62. Wearables
63. Cities
64. Retail
65. Health
66. Home
67. Utilities
69. Technologies and architectures
70. ¿Cómo lo conectaremos?
71. ¿Quién lo instalará?
72. ¿Quién se conectará?
73. ¿Con quién hablará?
74. ¿Qué haremos con los datos?
75. ¿Existen ya estos datos?
76. ¿Y la Web?
77. ¿Qué llevas en el bolsillo?
78. ¿Quién eres?
79. ¿Podremos verle?
80. ¿Podremos hablarle?
81. ¿Dónde lo enchufo?
82. Sketching in Hardware
83. Prototyping is crucial
89. How?
101. • Interfacing the Real World • Sensors • Actuators • Displays • Connecting to the Internet • API’s
103. Computer Vision: Open CV (Tracking and recongizing image patterns) Tuio (Tracking tags, fiducials) Kinect, OpenNI (3D scanning, tracking and recognizion) Gaze tracking Webcam pulse detector Color sensing diode Internet data, API: Tembo (Reading data from Gmail, Weather…) Environmental sensors: Light Temperature Humidity Soil Moisture Gases (CO, NO2, CO2) Particles and dust IR Temperature Barometer UV sensor Presence and Distance: PIR sensor IR Distance Sensor Ultrasonic Distance Sensor ToF Range Finder IR / Light barriers Touch: Close IR Capacitance- paint, Swept frequency capacitive sensing GSR -galvanic skin response sensor fabric pressure sensor zipper potentiometer Piezoelectric (touch / vibration sensing), also environmental Electrostatic Vibration Motion and position: Accelerometer Gyro Compas GPS Wheel encoders Magnetometer Sound Microphone Vibration Piezo INPUTS https://docs.google.com/document/d/1UYMSJyW3ch4N8O5FnNsA_ztycbkOwYfmcWFyqp9qoGc/edit
104. Motion: Stepper Motors Servo Motors Muscle Wire Pneumatic Hydraulics Shape memory alloys Fans Heat: Resistive materials (heat wires: nichrome, constantan) Commercial heaters Light: Addressable LED strips (eg Neopixels etc) Projection and mirrors (short distance projectors, micro projectors,...) Lenses (concave / convex for light dispersal / focus) Sound: Off-the-shelf speakers Fabric and other custom speakers Piezo buzzer Knocking, blowing shapes with acoustic properties (flute, drums,..) OUTPUTS https://docs.google.com/document/d/1UYMSJyW3ch4N8O5FnNsA_ztycbkOwYfmcWFyqp9qoGc/edit
124. Case Studies
125. Smart Citizen
126. Endesa Smart Meter
127. Tesla Car
128. Amazon Dash
129. Flower power
130. Flower power
131. Fitbit https://www.ifixit.com/Teardown/Fitbit+Flex+Teardown/16050
132. Fitbit http://www.chipworks.com/about-chipworks/overview/blog/fitbit-alta-teardown
133. Fitbit
134. Juicero
135. Fab City Research Laboratory, 2017 (CC BY-NC 4.0) Books
142. Claire Rowland, Elizabeth Goodman, Martin Charlier, Alfred Lui & Ann Light Designing Connected Products UX FOR THE CONSUMER INTERNET OF THINGS Products Products The Implications Software Ab the Level of a Single Devi Tim O’Reilly
149. https://hackmd.io/s/BkEs3TMez#books Full Links
150. Let’s play
151. • ¿Cómo lo conectaremos? • ¿Dónde lo enchufo? • ¿Con quién hablará? • ¿Qué haremos con los datos? • ¿Qué llevas en el bolsillo? • ¿Existen ya estos datos? • ¿Quién eres? • ¿Y la Web? • ¿Podremos verle? • ¿Podremos hablarle?
152. Futures
153. Who owns the data?
154. What if it fails?
155. Is it meaningful?
156. Where are my keys?
157. Advertising
158. Quantified Self
159. guillem@iaac.net