Category Archives: Mark Bearak

11.26.07_M.Bearak_Snake Robot Iteration 2

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11.25.07_M.Bearak_Snake Robot Iteration 1

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11.9.07_M.Bearak_Robot Cognition Weaving

at this point the neighborhood pods were parametric, but a bridge needed to be connected with to the intersection points of the main structure.

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Mark Bearak 11.12.07 tower Development

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11.01.07_M.Bearak_Robot Cognition Weaving

10.25.07_M.Bearak_Initial Weaving System (pt 3 of 3)


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10.24.07_M.Bearak_Initial Weaving Environment (pt 2 of 3)

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10.24.07_M.Bearak_Initial Weaving Tests (pt 1 of 3)

This is the initial diagram for the weaving protocol that I have generated over the last week. I will also comment on the strengths and weaknesses of the system in its current state:

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A new approach to the process of weaving had to be taken in order to marry the logic of the overlaps with the robot that would be creating the final mesh. Keeping this in mind the notion of the weaving pattern had to be addressed and cataloged in order to test the boundaries of specific weaving patterns in terms of their strength and reproducibility.


Mark Bearak 10.14.07 Mid-Term Update 1

The following link takes you to the film clip is from my mid-term presentation:

Mark Bearak – Francois Roche

For some reason wordpress will not embed google videos (bumber)

Here are some of the final renderings:

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The following represtens the habitable space within the structure:

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– In the midst of a new revolution there’s a temptation to confuse electronic data transfer with human communication. This leads to problems of isolation, paranoia and other mental illnesses. The goal of the project will be to use machinery to generate physical structures that represent the need for human interaction.

<!–[if !supportLists]–> <!–[endif]–>The story of Theresa Duncan and Jeremy Blake is not uncommon. Humans use technological advances to further indulge their psychological predispositions. Mental ailments such as paranoia, schizophrenia, and depression can be fostered through a lack of direct human contact. The purpose of the robot will be to counteract these tendencies.

<!–[if !supportLists]–> <!–[endif]–>An individual’s aspirations for a space are not necessarily the most conducive to a healthy environment. Keeping that in mind, the human will simply create a framework for the system to grow. The robot will be able to perceive the environmental constraints, but it is not bound to stay within the boundaries. The main purpose of the robot will be to create a new space that will encourage interactivity amongst the inhabitants.

<!–[if !supportLists]–> <!–[endif]–>The robot will use artifacts from an individual’s past and recycle the items into plastic. The once the material has been recycled it will be stored at the base of the structure until it is spun into fibers. At this point a robot will start to spin the fibers at different densities to create the structure. Once the initial structure has been finished, a secondary structure will be generated to create the habitable spaces within the initial structural system.

The preservation of the robot is dependent on human preservation

Mark Bearak 9.24.07 Intial Script Generation

The following is an example of some initial tests of two systems:

Mark_Bearak_Scenario_v.9.21.07

Cover page:

The following sheets represent my first scripting exercise:

The following sheets represent my initial scenario: