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The Paparazzi Bots is a series of five autonomous robots each standing at the height of the average human. Comprised of multiple microprocessors, cameras, sensors, code and robotic actuators on a custom-built rolling platform, they move at the speed of a walking human, avoiding walls and obstacles while using sensors to move toward humans. They seek one thing, which is to capture photos of people and to make these images available to the press and the world wide web as a statement of culture's obsession with the “celebrity image” and especially our own images. The flash autonomously goes off, capturing people’s photos and elevating them to “celebrity” in a kind of momentary anointing by the robots. The robots also become celebrities through their association to the “famous people” at the exhibition that are captured by the Paparazzi Bots.
Each autonomous robot can make the decision to take the photos of particular people, while ignoring other humans in the exhibition, based on things such as, whether or not the viewers are smiling or the shape of their smile. When the robots identify a person or group they will automatically adjust their focus and use a series of bright flashes to record that moment.
Surveillance technologies straddle a delicate balance that we have in contemporary culture, where we are all photographed without our knowledge by cell phones, hidden cameras and sometimes “celebritized”. This is a kind of modern baptism with the camera flash and the spectacle of being the focus of the camera becoming a kind of techno anointing.
This work explores ideas surrounding the shifting territories of self and machine and how machines can manipulate the other (us) in a grand co-evolutionary dance of emerging robot-human relations.
The recent emergence of social networks and their ability to connect people through software prompts via the world wide web is a prime example of the co-evolution of humans and their intelligent machines. The fact that the software prompts exploit our social needs for connectivity and social space is so easily exploited in this new critical juncture in our emerging machine human relations.
This camera can track your head and be set to take a photo if you smile mildly, medium-smile or pull-a-muscle smile. When set to smile mode, they do seem to prefer even smiles rather than crooked smiles so here the machine is making determinations about issues of "beauty". I have considered holding a robot beauty contest as an addition to this work.
By Ken Rinaldo.
Special Thanks to Shirley Madill curator who invited these works to Toronto for Nuit Blanche
Special Thanks to Amy Youngs the midwife to the birth of these robots.
Thanks to the Dynasty Foundation, Russia and Dmitry Bulatov Curator, for funding this robot Commission.
Thanks to Malcolm Levy who invited the production of three more Paparazzi Bots for the Vancouver Olympics in 2010
Thanks to the College of Arts and Humanities for further funding of this project.
A multi-sensor node package being deployed. Showing the water pressure sensor (the blue membrane), the oxygen optode (inside the top housing), and the weight at the bottom.
El sensor Automático de encendido de luces se encarga de encender y apagar la luz. El sensor mide las condiciones de luz ambiental con ayuda de una fotocélula y enciende automáticamente las luces de posición y las luces de cruce cuando hay poca luz. La sensibilidad es ajustable.
- El sensor Automático de Lluvia se encarga de activar y desactivar los limpiaparabrisas cuando los sensores detectan que su vehículo está mojado debido a la humedad, gotas de agua o lluvia.
Destaca por ser el único del mercado que adapta la frecuencia del limpiaparabrisas a la frecuencia de la lluvia, es decir, cuando más llueve más rápido barre el limpiaparabrisas. De esta manera, usted puede centrar toda la atención en la conducción aumentando así la seguridad.
Contenido del kit
- Centralita de control
- Sensor
- Cables de conexión
- Relés
- Manual (ESPAÑOL)
FORMAS DE PAGO - GASTOS DE ENVIO
Pago por transferencia -- 5 euros
Pago por PAYPAL -- 10 euros
Pago por Contrarreembolso -- 15 euros
tfno 644451851
www.toposen.com/products/coffee-maker-temperature-sensor....
Details
Material: Thermistor/PVC Wire
Applicable temperature range: -30~120℃
Output signal: analog signal output
Advantages
High-temperature glass sealed thermistor and wire nose epoxy resin encapsulation, fast response speed, good water resistance.
Material, length, size, chip, heat resistance can be customized. Without stock, samples can also be arranged.
Special temperature sensor for pet box, high-temperature resistance,
Fast response, high precision and good stability.
Application
Surface temperature measurement of electric meters/instruments and equipment.
General Parameters
ResistanceR25℃：5K10K15K20K50K100K200K
B value(R25/R50)3380395034704200397741004200
Tolerance1%2%3%5%
Note: What is the B value:
A material constant that describes the resistance-temperature relationship. The value of B can reflect the scale of resistance to temperature change between two specific temperatures. As the temperature changes, the resistance value of a product with a large B value under the same conditions changes more, that is to say, it is more sensitive.
The Parallax PING sensor is mounted and ready, all openings are sealed with caulking. The wire coming from the roof is my the network connection running into the boiler room. The other cable goes from the PING to Arduino. My fence is broken...but that project will have to wait.
Timothy’s pre bike ride sensor glucose reading of 152. Senior Citizen Center Parking Lot, 504 Cherokee Drive, Trussville, Jefferson County, Alabama. 1732 on July 19, 2020.
A motion sensor located in the Russell Union at Georgia Southern University. This makes the building green because it senses if the bathroom is in use and if not, it will turn off the lights.