This blog site contains posts relating to the work, activity, and interests of Max Kazemzadeh, who is presently an Associate Professor and Program Director of the Art & Media Design Program within the Art, Communications & Theater Department at Gallaudet University in Washington, DC.
Bio for Max Kazemzadeh (as of 03/24/2015) :
Max Kazemzadeh is an Associate Professor and Program Director of Art & Media Design in the Art, Communication & Theater Department at Gallaudet University in Washington, DC, and is presently pursuing a Ph.D. with the Planetary Collegium at the University of Plymouth (UK) under the Supervision of Roy Ascott and Victoria Vesna. Kazemzadeh uses a syncretic approach to investigate connections between art, technology, and consciousness within his research, experiments and interactive installations. His work over the last ten years focused on how constructed, semi-conscious interfaces influence human perception and interaction. His work feeds naturally into his PhD research, which investigates the significance and value of errors in perception and identification (via the senses) as essential contributions to creativity and innovative thought. Within this research Kazemzadeh is also investigating how distortion, vagueness, and error, such as with the use of blur and Eigenfaces in computer vision, contributes to more exact identification and differentiation of a subject or object within machine perception systems.
Within the last three years Kazemzadeh has exhibited in eleven international group exhibitions and six solo exhibitions, has presenting and published six papers and one poster at international conferences, and gave talks and workshops in the Netherlands, Egypt, Dublin, Gijon, Madrid, Beijing, New York City, Massachusetts, Maryland, and Washington, DC.
Most recently, in Fall 2014, Kazemzadeh in collaboration with artist Reza Safavi, gave a workshop and exhibited the site specific interactive work “Dabarithms: Palm Wish” at ISEA’14 in Dubai. In January 2015, Kazemzadeh and gave a Drawing Machines hardware/computer vision workshop to Graphic Design students at the Royal Academy of Art (KABK) in the Hague, Netherlands. In February 2015, Kazemzadeh exhibited in a group exhibition at the Linda Jordon Gallery in Washington, DC, and has an upcoming exhibition of a large scale mapping robotic project in Beijing in August 2015.
Kazemzadeh also serves as a contributing advisor to the Cultural Programs of the National Academy of the Sciences’ DASER events (DC Art Science Evening Rendezvous) in Washington, DC, and is working on a few Art/Sci collaboration projects with Siddharth Ramakrishnan, Assistant Professor of Neuroscience at University of Puget Sound, and with Victoria Vesna at UCLA.
You may contact him at email@example.com
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Thanks for linking to my site: Here is the latest:
Description of project.
The Autotelematic Spider Bots 2006, is a new artificial life robotic installation. It consists of 10 spider-like sculptures that interact with the public in real-time and self-modify their behaviors, based on their interaction with the viewer, themselves, their environment and their food source.
The robots see participants in the installation with long distance ultrasonic eyes at the end of the springy neck. Shorter distance infrared eyes allow the robots to see and avoid each other as well as avoid walls and humans in the space. The infrared eyes also allow the robots to find their food source, which is a recharge station. One behavior of many allows the robots to wiggle their necks in unison in a distributed fashion. The group communicates with each other through Bluetooth and infrared, which allows them to coordinate their activity as they self modify themselves and the group to interact with the public. They stay equidistant from each other and the walls in the spider ring with pulse coded infrared eyes, which come from small aluminum tubes placed at the midsection of the spider bots.
The robots talk to each other and the interacting public with audible chirping sounds. One of the robots has a mini video camera and transmitters to project what they see to the wall of the installation.
The robots find their food source through random foraging in the installation looking for a 1 hz infrared beacon that sits under the recharge rail. This infrared beacon in association with digital compasses permit the spider bots to learn the location of the food source (recharging station) and share this with the other bots. – Digital pheromones (a digital version of ant pheromones) can be passed from any one robot to the rest of the group if the
The spider bots talk to each other and the viewer with piezo speakers, which emit twittering sounds somewhere between a cricket and a bird.
These robots are born and built by other robots in a rapid protyping plastic at Laser Reprodutions in Ohio and are powered by the Parallax BS2P with left right hemisphere approach to parallel processing and the processor brains are also built by robots at Parallax. In June in Sao Paulo they will get their energetics from the sun with an array of solar panels on the roof of the Itau Cultural.
The Auto telematic Spider Bots installation is an artificial life chimera; a robotic spider, eating and finding its food like an ant, seeing like a bat with the voice of an electronic twittering bird.
They will, we hope answer a longstanding question about the emergence of an autonomous series of robots acting like ants in being able to structurally couple with their environment in feeding themselves through intercommunication.
Your mom called me the other day to inform me about the wonderful project you are involved in: Texelectronica. I weas thrilled to hear about it and will make sure to let as many people know about it as possible…
I have a Jewelry Trunk Show this coming week, so i will be extremely busy — but I will make it a point to come to the Friday opening at and/or…Let me know what other events you recomend — also, later on I would like to talk to you more extensively about the whole subject,
Wishing you great success and all the best,