Publications associées à Research and calibration of acoustic sensors in ice within the SPATS (South Pole Acoustic Test Setup) project

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Renormalization and blow up for wave maps from $S^2 \times \mathbb{R}$ to $S^2$

Sohrab Mirshams Shahshahani

We construct a one parameter family of nite time blow ups to the co-rotational wave maps problem from

S^2\times R

S^2

parameterized by

\nu \epsilon (\frac{1}{2},1]

. The longitudinal function

u(t,\alpha)

which is the main object of study will be ...

2016

Research and calibration of acoustic sensors in ice within the SPATS (South Pole Acoustic Test Setup) project

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A framework for occupancy detection and tracking using floor-vibration signals

Highly Active Ice‐Nucleating Particles at the Summer North Pole

Using footstep-induced vibrations for occupant detection and recognition in buildings

Occupancy detection and tracking in buildings using floor-vibration signals

Occupant- detection strategy using footstep-induced floor vibrations

Occupant-detection strategy using footstep-induced floor vibrations

Joint estimation of RETF vector and power spectral densities for speech enhancement based on alternating least squares

RENORMALIZATION AND BLOW-UP FOR WAVE MAPS FROM S-2 x R TO S-2

Renormalization and blow up for wave maps from $S^2 \times \mathbb{R}$ to $S^2$

Design of a built-in electroacoustic resonator for active noise reduction

Renormalization and blow up for wave maps from $S^2 \times \mathbb{R}$ to $S^2$

Highly Active Ice‐Nucleating Particles at the Summer North Pole

Occupant-detection strategy using footstep-induced floor vibrations

Occupant- detection strategy using footstep-induced floor vibrations

A framework for occupancy detection and tracking using floor-vibration signals

Using footstep-induced vibrations for occupant detection and recognition in buildings

Joint estimation of RETF vector and power spectral densities for speech enhancement based on alternating least squares

RENORMALIZATION AND BLOW-UP FOR WAVE MAPS FROM S-2 x R TO S-2

Occupancy detection and tracking in buildings using floor-vibration signals

Design of a built-in electroacoustic resonator for active noise reduction