• No results found

Electroacoustic Modular Ecosystemduo pantoMorf Palle Dahlstedt Per Anders Nilsson Piteå/onlineearly observations

N/A
N/A
Protected

Academic year: 2021

Share "Electroacoustic Modular Ecosystemduo pantoMorf Palle Dahlstedt Per Anders Nilsson Piteå/onlineearly observations"

Copied!
1
0
0

Loading.... (view fulltext now)

Full text

(1)

Electroacoustic

Modular Ecosystem

duo pantoMorf

Palle Dahlstedt

Per Anders Nilsson

Piteå/online

early observations

control over connection strengths is useful

surroundings are ever changing

big ear is needed

not dependent on the other for making sound

cf., one person on each hand on a guitar

today

bidirectional interconnectedness

on 3 levels

audio level timbres modulating timbres

gestural level mapping from one musician to the other

symbolic level exchanging signals as part of small generative systems

interconnected modular synth performance as

ecological system

early experiments

applied to live electronics improvisation

on analog modular synthesizer building on previous efforts

previous research

between musicians in ensembles

emerging characteristic patterns depending on communication protocols negotiating roles while playing

parameter mappings in improv instruments

live navigation of unstable systems composed instruments

all-to-all mappings coupled mappings

complex systems

References

Related documents

CNMAT: New Music Concert CNMAT Events SF Bay Area North America UC Berkeley Campus Event Image: Cost: $10 general, $5 students Section: New Music Region: SF Bay Area North

Dynamic Triads I, II, III & IV, by Palle Dahlstedt, performed by the CREATE Ensemble Duo pantoMorf – electronic free improvisation, Palle Dahlstedt & Per Anders Nilsson

In this performance/lecture Palle Dahlstedt and Per Anders Nilsson performed with, and presented, an improvisation ecosystem for two interconnected modular synthesizers.. The

Even though the size of the pre-built vocabulary of the summary-generation model is far less than the size in the sentence-generation model using the similar structure in paper

This paper describes how the automatic fitness function is implemented using score calculation based on specific events recognized in the solo line The evaluation function is

This paper describes how the automatic fitness function is implemented using score calculation based on specific events recognized in the solo line and

This is done using evolutionary principles on a genome structure consisting of a raw melody line split up into small melody fragments (delta phrases) and a structure of

In this work we choose a top-down approach to social SMCs, which means that we first develop generative, predictive models of human activity which are then mapped to and integrated