Beamforming with 2 Wav input and 1 Wav output

$30-250 AUD

Cerrado

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hace más de 8 años

$30-250 AUD

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The code needs to take in two inputs of wav files(in a two microphone system), one noise and and one normal speech and perform beam-forming among the signal, one being time delay and another being frost (adaptive beam-forming) and after implementing the algorithm the individual process requires to produce one output each. Parameters for beam forming are d=0.01m, the front end processing at 0 degree of the input signal must be over 3 db to 5 db stronger that the lateral and rear direction. The output signal is a single wav file that must be provided. I have provided with two noise file, one clear file and one noise +clear file and a preexisting guideline condition for existing parameter selection criteria for such process.

Matlab and Mathematica

ID del proyecto: 8687286

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6 propuestas

Proyecto remoto

Activo hace 8 años

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6 freelancers están ofertando un promedio de $261 AUD por este trabajo

@ognjen011

A proposal has not yet been provided

$189 AUD en 3 días

5,0

(134 comentarios)

6,5

@aminbros

A proposal has not yet been provided

$473 AUD en 3 días

5,0

(70 comentarios)

6,5

@kamranbabarnust2

I had done MS in Digital Signal Processing . Also i had 8+ years of experience in the field of programming using Matlab. I can do this task for you.

$277 AUD en 10 días

4,7

(135 comentarios)

6,5

@buddeleopoldo

Hello, my name is Leopoldo and I’m an Electronic Engineer from Argentina who specializes in digital signal processing. Through my career I have worked with DSP in audio signals for more than 3 years developing active noise control systems for car interiors. I have developed physical systems simulations in Matlab and I have extensive experience programming Microchip PIC, ARM and DSP in C, C++ and Assembly Language. I worked in applications with PIC16F84 and PIC16F87, implemented transient memory systems with LPC2148, carried out audio processing with DSP 56F8037 and developed active noise control systems with DSP MSC7116. Furthermore I extended my experience in signal processing working in the telecommunications industry, developing a wide variety of adaptive equalizers in time and frequency domain for high speed communications systems. I developed fiber optics models and channel equalization, focusing on algorithm and architectural optimizations for reducing computational load and power consumption. Programming was carried out in Matlab, C, C++ and Python languages. I am very passionate about my work, and I believe good communication and compromise to goals is the key to ensure my clients satisfaction. I look forward to hearing back from you and hope we can work together. Kind regards, Leopoldo Budde

$244 AUD en 8 días