EKK:LoFi Sounds in HiFi Spaces: Difference between revisions

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==Collaborative Projects==
==Collaborative Projects==


===Wind transfer===
====Idea====
The idea is to transmit wind from San Diego to Weimar and vice versa. The wind would be analyzed at one side via anemometers (wind sensors) and reproduced at the other side via computer fans. We want to trasnmit not only the speed, but also the direction of the wind (e.g. due "octophonic" positioning of the fans). Sound aspects of the fans/wind should also be considered.
====Possibilities of collaboration====
* transmitting wind data
* developing a collective installation
====Participants====
Team Weimar:
* [[/Cornelio/]]
* [[/Jonas/]]
* [[/Ludwigberger/]]


==Syllabus==
==Syllabus==

Revision as of 18:36, 29 April 2013

Projektmodul
Lecturers: Robin Minard, Miller Puckette, Katharina Rosenberger, Shahrokh Yadegari, Ludger Hennig, Max Neupert
Credits: 18 ECTS, 16 SWS
Date: Monday, 18:00 until 21:30 h (due to the time difference to San Diego)
Venue: Coudraystraße 13a, SeaM Werkstattstudio
First meeting: 15.04.2013

Description

The sensation of space through spatialized sound may be influenced by sources that differ in their quality and quantity. Within this project, we will investigate ways to modify, expand or augment how space can be experienced through sound. The outcome may be, for instance, an electroacoustic composition, a simulation of spatial perception, sonic architecture or a set-design as a virtual or performative environment.

This project is the beginning of a long-term cooperation between the Bauhaus-Universität Weimar and the University of California in San Diego. Partners in Weimar are Prof. Robin Minard and Ludger Hennig from the Studio for Electroacoustic Music (SeaM) and Max Neupert (Medial Environments). Partners in San Diego are Prof. Miller Puckette (Computer Music), Prof. Katharina Rosenberger (Music) and Prof. Shahrokh Yadegari (Theatre and Dance). Telematic classes will allow students from both faculties to work together. Classes will take place in Weimar in the evening, mid-morning in San Diego. The cooperation is funded by the German Academic Exchange Service (DAAD).

German description

Die Wahrnehmung von Raum durch verräumlichten Klang, kann durch Klangquellen beeinflusst werden, welche sich in ihrer Qualität und Quantität unterscheiden. In diesem Projekt werden wir untersuchen, auf welche Art wir die Erfahrung von Raum durch den Klang verändern, erweitern oder verbessern können. Das Ergebnis kann beispielsweise eine elektroakustische Komposition, eine Simulation einer räumlichen Wahrnehmung, klangliche Architektur oder ein Bühnenbild als virtuelle oder performative Umgebung sein.

Dieses Projekt ist der Beginn einer langfristigen Zusammenarbeit zwischen der Bauhaus-Universität und der Universität von Kalifornien in San Diego. Partner aus Weimar sind Prof. Robin Minard und Ludger Hennig vom Studio für Elektoakustische Musik (SeaM) und Max Neupert (Gestaltung medialer Umgebungen). Partner aus San Diego sind Prof. Miller Puckette (Computermusik), Prof. Katharina Rosenberger (Musik) und Prof. Shahrokh Yadegari (Theater und Tanz). Gemeinsamer Unterricht mit einer Videoverbindung wird es den Studierenden beider Universitäten ermöglichen, zusammen zu arbeiten. Der Unterricht wird in Weimar am Abend und vormittags in San Diego stattfinden. Die Zusammenarbeit wird vom Deutschen Akademischen Austauschdienst (DAAD) gefördert.

Werk/Fachmodule

We recommend the Werk/Fachmodul GMU:Dataflow II and/or Ludger Hennigs soundscapes class along with this Project module.

Assignments

  1. Making connection due 04-22
  2. Mingling sounds due 04-29
  3. Textualize ideas due 05-06
  4. Proposing concepts due 05-13

Evaluation

Active participation, presentation, artistic examination, documentation, edits in the wiki.

Participants

Weimar

  • Max (you may use this as a template for your self-introduction)

San Diego


Collaborative Projects

Wind transfer

Idea

The idea is to transmit wind from San Diego to Weimar and vice versa. The wind would be analyzed at one side via anemometers (wind sensors) and reproduced at the other side via computer fans. We want to trasnmit not only the speed, but also the direction of the wind (e.g. due "octophonic" positioning of the fans). Sound aspects of the fans/wind should also be considered.

Possibilities of collaboration

  • transmitting wind data
  • developing a collective installation

Participants

Team Weimar:

Syllabus

ISO Standard: MONTH/DAY

  1. 04/01 Only in San Diego (Easter Monday is holiday in Germany; Robin, Ludger and Max join via Skype/Google+ Hangout) faculty presentations about technical means and/or artistic issues. Introduction to the wiki.
  2. 04/08 Only in San Diego – faculty presentations continued. Miller - Rasberry Pi as an audio and video platform. Shahrokh - Mugic protocol; video walls
  3. 04/15 First joint class
  4. 04/22 Robin, Ludger and Max are in San Diego
  5. 04/29
  6. 05/06
  7. 05/13
  8. 05/20
  9. 05/27 Only in Weimar (Memorial day in the U.S.)
  10. 06/03
  11. 06/10
  12. 06/17
  13. 06/24
  14. 07/01

Literature

Pd books:

  • Hillerson, Tony: Programming Sound with Pure Data: Make Your Apps Come Alive with Dynamic Audio ISBN 978-1-93778-566-6

Links

Sending data over the network

  • OSC
  • netsend/netreceive, netserver/netclient. In Pd look at mrpeach and iemnet libraries
  • Mugic

Sending Audio and Video over the Internet

Intended for Communcation

Teleconferencing

Unidirectional only (aka streaming)

Intended for Performance/Creative Use

Performing Remotely

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