Sentence examples for loudspeaker model from inspiring English sources

Although the model in this paper shares the same features (e.g., simulation-based, constrained, and multi-dimensional problem) with the TEAM workshop problem 22 and the loudspeaker model as in [17 19], this model requires substantially longer simulation time than previous models.

A simplified model of fan noise, which only takes into account the most radiating circumferential mode of the forces acting by the fan on the fluid, is first combined with an unbaffled loudspeaker model to predict the residual sound field for various sensor configurations.

The sound-exposure chamber was fitted with a loudspeaker (model 2450H; JBL, Northridge, CA, USA) driven by a power amplifier (model XLS 202D; Crown Audio, New York, NY, USA) fed from a CD player (model CD-200; Tascam TEAC Professional, Tokyo, Japan).

As shown in the paper, the model generalizes existing nonlinear or viscoelastic models commonly used for loudspeaker modelling.

Building on the expertise and commercial success of its electrostatic loudspeaker models, Quad Electroacoustics introduced the ESL-988 and the ESL-989 to replace the ESL-63.

Stimuli were delivered in surround sound using an array of four studio-monitor loudspeakers (Event, model PS6) placed at the circumference of a circle centered around the subject's head.

For eagle trials, the model or loudspeaker was positioned 2 3m off the ground.

Wave-domain adaptive filtering (WDAF) has been shown to overcome these problems by using a physically motivated loudspeaker-enclosure-microphone (LEM) model [44, 45], which allows to approximate the LEM system by a drastically reduced number of loudspeaker-to-microphone couplings described in the wave-domain.

This chapter formulates a numerical simulation model for loudspeaker-driven thermoacoustic refrigerator (TAR) and uses the network method to calculate temperature difference generated across the heat-pump stack.

The presented algorithm formulation is applied to pruned transform-domain loudspeaker-enclosure-microphone models in a mathematically consistent manner.

The resulting formulation is then successfully applied to pruned transform domain loudspeaker-enclosure-microphone models as used for massive multichannel AEC, with dozens of loudspeakers and microphones.