SSPressing: Smart Sound Processing

Fourth meeting SSPressing Project (AlcalÃ¡ 2018)

The fourth meeting of the SSPressing Project â€œSmart Sound Processing for Digital Livingâ€ was held last 8th and 9th of February at the Universidad de AlcalÃ¡. +

Job offer with destination in the I.U. of Telecommunications and Multimedia Applications. SSPressing Project. Deadline 12/03/2018

Design a hardware acoustic node using DSP technology. Experimental tests and participation in the scientific-technical dissemination of the results of the project.
End date: 31/12/2018
More information: RRHH UPV
Applications must be submitted in the UPV registration office before March 12, 2018.

Patent-Licensed/Copyleft Software

ReMAS: Real-time Musical Accompaniment System (20th September, 2017)

Part time open position in the I.U. of Telecommunications and Multimedia Applications

Functions: Management of the computer systems of the research group, within the framework of the project, equipped with multiple multicore processors and accelerated graphic cards (GPU). Application form: rr hh upv

Part time open position 2018

SSPressing Project Results

As part of the results obtained under the SSPressing project (Smart Sound Processing for the Digital Living). This video presents a demo of the distributed network of audio sensors. The test was carried out at the Universitat PolitÃ¨cnica de ValÃ¨ncia.

Third meeting SSPressing project (GijÃ³n 2017)

On June 26 and 27, 2017 the SSPressing Project Partners met in the facilities of the Universidad Laboral de GijÃ³n for the third working meeting. +

Special session: Distributed and Multichannel Smart Sound Processing.

It has been organized by Alberto Gonzalez and Roberto Gil Pita at the Ninth IEEE Sensor Array and Multichannel Signal Processing Workshop, July 2016. Rio de Janeiro, Brasil.

Patent-Licensed/Copyleft Software

EECluster: An Energy-Efficient software tool for managing HPC Clusters ( 6th May, 2016)

More news

Paper:

Maria de diego, Laura Fuster, Miguel Ferrer, Christian AntoÃ±anzas, Improved least-mean-square algorithm using a block-based strategy for active noise control, 24th International Congress on Sound and Vibration , London, UK, 2017.

Attachments:

There is no attachment