In this paper we discuss our efforts in Soundscape Information Retrieval (SIR).
Computational soundscape analysis is a key research component in the Citygram Project …

Noise pollution is one of the most serious quality-of-life issues in urban environments. In
New York City (NYC), for example, more than 80% of complaints1 registered with NYC's 311 …

The interaction between environmental noise and the built environment is an often-
neglected area in the practice of urban planning and design. Most quantitative research is …

We introduce the discipline of Acoustic Geo-Sensing (AGS) that deals with the connection of
acoustics and geoposition, ie,local audio'-focussing on spatial rather than on temporal …

This paper presents an exploration platform for locative sonification based on audio feature
vectors extracted from urban spaces. Our locative sonification research is part of a larger …

The urban sound environment of New York City (NYC) is notoriously loud and dynamic. The
current project aims to deploy a large number of remote sensing devices (RSDs) throughout …

The urban sound environment of New York City is notoriously loud and dynamic. As such,
scientists, recording engineers, and soundscape researchers continuously explore methods …

Humans have been performing and creating music with instruments for tens of thousands of
years, as evidenced by 30,000-year-old flutes1 made from bones, which serves as one of …

In this paper we summarize efforts in exploring non-ocular spatio-temporal energies through
strategies that focus on the collection, analysis, mapping, and visualization of soundscapes …

Citygram is a multidisciplinary project that seeks to measure, stream, archive, analyze, and
visualize spatiotemporal soundscapes. The infrastructure is built on a cyber-physical system …