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Out riding the newly acquired GT Sensor at Chimney Rock

If you want to use this image, ask permission PRIOR to use. Don't be a thief - under most circumstances, I'm quite reasonable.

 

Copyright 2011 - Alan B.

Taken with the Agfa Silette LK Sensor on Agfa HD 200 as part of the 52 Cameras in 52 Weeks project at 52retro.blogspot.co.uk/

f/10.0, 52.0mm, 1/400sec, iso200

  

Since I cam home for Christmas I've been working on various electronics projects using an Arduino.

This one is a temperature sensor with a binary display. Soon I'll be adding two seven segments to show actual numbers but during my first attempt I managed to burn them out so I've got new ones on the way.

 

Lessons learned: -Don't connect seven segments directly to 5v for testing, they will die.

- When the sensor reads 245 don't test the value by touching it.

If we learned anything at CES this past January, it’s that sensors are pervasive in every new cool tech getting to market these days. And health is definitely leading the way in this sensor proliferation. Constant tracking and monitoring through interconnected devices opens up unlimited possibilities for disease management and prevention leading up to new and remarkable business opportunities. Get the ins-and-outs of how these sensors can play to both individuals and enterprises and what companies are now doing with all of this data.

    

Steve Kovsky, Senior Manager Digital Content, Websense @skovsky

    

Christine Robins, CEO, BodyMedia @bodymedia

    

Aidan Petrie, Co-Founder and Chief Innovation Officer, Ximedica @Ximedica

    

Steve Zadig, Co-founder and COO,VitalConnect @vital_connect

    

Chris Holbert, CEO, SecuraTrac @SecuraTrac

    

**http://summersummit.digitalhealthsummit.com/ - The Digital Health Summer Summit takes a deep dive into what it takes to build a successful digital health venture. It's a unique opportunity for entrepreneurs (and intrapreneurs) to hear industry veterans and key industry players share their lessons learned and best practices.

    

Official Hashtag: #DigiHealthSD

    

Digital Health Summit Website: bit.ly/DigitalHealthWebsite

Summer Summit Website: bit.ly/DigitalHealthSummer

Twitter: bit.ly/DigitalHealthTwitter

YouTube: bit.ly/DigitalHealthYouTube

Flickr: bit.ly/DigitalHealthFlickr

Linkedin: bit.ly/DigitalHealthLinkedIn

Facebook: bit.ly/DigitalHealthFB

Google+: bit.ly/DigitalHealthGPlus

Instagram: bit.ly/DigitalHealthInstagram

                                                                                                                   

3 IR sensors with I2C interfaces (I2C=It from HVWTech.com) give Hexateuthis a view of the path ahead.

 

See it in action: www.youtube.com/watch?v=KnhxiLVCiaw

Pedelec sensor optimum position so as not to interfere with the crucial Brompton fold. It has to go on the non crack side to work correctly. The sensor ring was a tight fit and required a little modification.

agfa optima sensor 1035 ektar 100

The sensor board, LCD, butons and switch all fit inside the video mailer with a decent amount of excess space. Making a flap to expose the serial port is extremely simple, and making one for the servo ports would be similarly easy.

Robot que sigue un foco de luz. Logkit 1848

Here I've just installed the three sensor breakouts which we'll be using for the time being. The top left board is the Sparkfun breakout for the LIS302DL I2C accelerometer. The bottom left board is Jordi Muñez's awesomely tiny DIY-Drones LISY300AL gyro breakout. And the bottom right board is one of my ever-trusty Sparkfun IDG300 gyro breakouts. (The same one from my original 5v prototype from a year ago using the Wii Nunchuck instead of a glove... I should repost that original video which is still only on Facebook).

Typenummer 73104402 12V 12.95. De sensor bleef maar willekeurige vloeistof niveau fouten geven (de rode stop lamp op het dashboard) terwijl het kvs reservoir helemaal gevuld was. Uiteindelijk het dekseltje eraf gesneden, waarna een printplaatje met electronica tevoorschijn kwam...

Digital Illustration. © 2010.

Jim Crawford and Jim Szyckman are testing small air quality sensor technologies at NASA Langley’s CAPABLE site in preparation for the final leg of NASA’s DISCOVER-AQ field campaign in Denver this summer. Learn more about DISCOVER-AQ at: discover-aq.larc.nasa.gov #GlobalSelfie #EarthRightNow

I just cleaned my image sensor for the first time. I was super nervous, 'cause everyone is always telling me that you can damage them so easily. However, the $75 per-cleaning cost of having it done in-house at a local camera shop, or the prospect of being without my camera for 2-6 weeks if I do it through my best-buy plan is just unacceptable.

 

With some keen advice from my fellow flickr friends, I found copper hill images and bought their mega dslr kit. Tonight, I used it for the first time.

 

Although this test is far from perfect, you will plainly see a difference. I didn't get all of the dust off the sensor this first time, but I chalk that up to going extra easy to lessen the chances that I'd do more harm than good. Tomorrow, I'll know for sure how well I did, but the system sure seems to work, and the instructions are very helpful. Woohoo!

 

*note: these photos are just the blue channel, as that's where you could best see the scum all over my sensor.

Playing with cameras with Daniele.

Detalhes da produção do modelo para o Trabalho de Conclusão de Curso.

This is an image taken with f32 before I tried to remove any dust from the sensor. The red circles are the dust particles which were not removed after a few blows with a Giotto's air rocket.

Bought them at USD120.00.

Still in very good, like new condition, very little visible scratches.

This set is selling at close to RM600 new at the store.

Will let go at $250

Balluff ultrasonic sensors are available in a variety of form factors and output types. With detection ranges that extend from 20 mm to 8 m, their high resolution and small blind zones ensure extreme precision.

Discussing Sensor Technology in one of our in-booth presentations at OTC 2013

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.

AGFA Sensor 505-D + 0.38x Super Wide FISH-EYE Conversion Lens

I've been wondering for a while how dirty the sensor in my Canon 50D might be. After all, it's been through a lot, including a dip in flood waters and countless frantic lens changes in less than ideal conditions.

 

So, I took a shot at narrow aperture against a white computer screen, tweaked the levels in photoshop, and got my answer. (The dark streak at the bottom is a piece of hair in the lens, not on the sensor.)

 

Now, am I game to clean it?

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