From AT&T’s lab. A nifty geographic representation of musical artist. Zoom in and out to find artists.
Creator: AT&T
Uses: GMAP – a technique for visualizing relations and structures as maps
From AT&T’s lab. A nifty geographic representation of musical artist. Zoom in and out to find artists.
Creator: AT&T
Uses: GMAP – a technique for visualizing relations and structures as maps
MarGrid is a visualization that uses Self-Organizing Maps to organize music collections into a two-dimensional grid based on music similarity. On the MarGrid website you can use find a flash-based interface that will let you explore a 1,000 song music collection.
The MarGrid interface is incorporated into AudioScapes, a framework for prototyping and exploring how touch-based and gestural controllers can be used with state-of-the-art content and context-aware visualizations. AudioScapes provides well-defined interfaces and conventions a variety of different audio collections, controllers and visualization methods so they can be easily combined to create innovative ways of interacting with large audio collections.
Here’s an AudioScape video that shows the MarGrid in an iPhone app that is designed to to help people with disabilities navigate through their personal collections. There are more videos worth watching on the AudioScapes site.
Creator:
MarGrid and AudioScapes is a project being built by researcher Steven Ness and George Tzanetakis at the University of Victoria It is built using the venerable Marsyas audio framework
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The FM4 Soundpark is a web platform run by the Austrian public radio station FM4, that visualizes an audio similarity music space. Soundpark incorporates purely content-based rcommendations based upon a seed track and provides a 2D visualization based on audio similarity as well as an interactive 3D visualization based upon a combination of audio and metadata features. Features of Soundpark:
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RAMA is a prototype web-based application for visualizing and interacting with networks of music artists. It uses data of roughly 200000 artists and 3 million tags, collected from Last.fm’s API. Data includes artists similarities, associated tags and popularity.
RAMA provides two simultaneous layers of information:
A number of different features aim at providing enhanced browsing experiences to users: RAMA emphasizes commonalities as well as main differences between artists, users can interact with the graph in different ways (changing the graph’s initial ramification R, the depth D and how the ramification decays with depth, the population factor P), etc. Optionally, users can edit graphs manually, removing some artists and expanding artist’s neighbors.
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