BibSonomy publications for /user/ichunTue Jul 10 17:13:46 CEST 2007International Computer Music Conference131-137GenJam: A Genetic Algorithm for Generation Jazz Solos1994computer music Tue Jul 10 14:14:01 CEST 2007Experimental music : composition with an electronic computer1959computer music Fri Jul 06 16:11:16 CEST 2007Computers and creativity1994creativity Fri Jul 06 16:08:03 CEST 2007Artif. Intell.1-2347-356Creativity and Artificial Intelligence.1031998creativity Fri Jul 06 15:41:43 CEST 2007The Creative Mind1990creativity Fri Jul 06 15:38:44 CEST 2007on creativity1998creativity Fri Jul 06 15:37:26 CEST 2007Computers and Artificial Intelligence3Genetic Algorithms as a Model of Musical Creativity - on Generating of a Human-Like Rhythmic Accompaniment.242005algorithm creativity genetic Thu Jul 05 02:16:03 CEST 2007On sonic art 1996art sonic Mon Jul 02 18:16:12 CEST 2007330-332A year with swollen appendices1996generative music Mon Jul 02 17:01:36 CEST 2007Musurgia Universalis1650musicology Mon Jul 02 16:45:22 CEST 2007Ada, The Enchantress of Numbers1992ada Mon Jul 02 16:25:39 CEST 2007Emergence, from chaos to order1998GA emergence Mon Jul 02 16:23:06 CEST 2007The Blind Watchmaker1986evolution Wed Jun 27 17:40:06 CEST 2007The gift economy1988economy gift Wed Jun 27 17:18:04 CEST 2007Rebel Code: Linux and the open source revolution2001linux Wed Jun 27 16:53:44 CEST 2007Algorithmic Aesthetics1978aesthetics algorithmic Wed Jun 27 16:43:30 CEST 2007Creative Evolutionary Systems2002creativity evolutionary Tue Jun 26 15:55:19 CEST 2007Living it up with a Live Programming Language2007live programming A dynamic language improves programmer productivity through flexible typing, a focus on high-level programming, and by streamlining the edit-compile-debug cycle. Live languages go beyond dynamic languages with more programmer-centric features. A live language supports live programming that provides programmers with responsive and continuous feedback about how their edits affect program execution. A live language is also based on declarative programming constructs such as rules or data-flow connections so that programmers can write less code. A live language should also provide programmers with responsive semantic feedback to enable time-saving services such as code completion. This paper describes the design a textual live language known as SuperGlue. SuperGlue is based on reactive values known as signals that are supported with declarative data-flow connections and dynamic inheritance. Through signals and dynamic inheritance, SuperGlue supports live programming, declarative programming, and responsive semantic feedback. We demonstrate live programming in SuperGlue with a working prototype.Tue Jun 26 13:45:01 CEST 2007SecondExperimental Music, cage and Beyond1999Experimental music Tue Jun 26 13:01:04 CEST 2007being digital1995computing digital