Changes between Version 92 and Version 93 of Other/Summer/2015/aSDR2


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Timestamp:
Jul 15, 2015, 7:53:50 PM (9 years ago)
Author:
mlcoll
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  • Other/Summer/2015/aSDR2

    v92 v93  
    55=== Introduction ===
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    7 Spectrum sensing is the systematic scanning of the available radio frequency spectrum for areas of high usage. Our project involves the use of Universal Software Radio Peripherals (USRPs) in ORBIT to detect which frequencies are in use at any given time. Using GNURadio and MATLAB/Octave for signal processing, we aim to detect with optimal speed and efficiency the frequency of any signal transmitted from an unknown source. Accomplishing this goal will help to identify available bands in the frequency spectrum, giving opportunities for more efficient usage.
     7Spectrum sensing is the systematic scanning of the available radio frequency spectrum for areas of high usage. Our project involves the use of Universal Software Radio Peripherals (USRPs) in ORBIT to detect which frequencies are in use at any given time. Using WINLAB's Wiserd framework and MATLAB/Octave for signal processing, we aim to detect with optimal speed and efficiency the frequency of any signal transmitted from an unknown source. Accomplishing this goal will help to identify available bands in the frequency spectrum, giving opportunities for more efficient usage.
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    5050=== Objectives ===
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    52 * Knowledge of basic Digital Signal Processing concepts.
    53 * Knowledge of filter design.
    54 * Utilization of ORBIT.
    55   * Writing/editing scripts.
    56   * Saving from console to local devices.
    57   * Running experiments on the grid.
    58 * Utilization of MATLAB to process signals.
    59   * Fast Fourier Transform (FFT).
    60   * Inverse Fast Fourier Transform (IFFT).
     52* Knowledge of basic Digital Signal Processing concepts
     53* Knowledge of filter design
     54* Utilization of ORBIT
     55  * Writing/editing scripts
     56  * Saving from console to local devices
     57  * Running experiments on the grid
     58* Utilization of MATLAB to process signals
     59  * Fast Fourier Transform (FFT)
     60  * Inverse Fast Fourier Transform (IFFT)
     61* Design of Signal Processing and Data Visualization Tools
     62  * Transform IQ samples to frequency domain
     63  * Analyze data and identify any transmitted frequencies
     64  * Generate waterfall plots, power vs. frequency plots, and other visuals
     65* Real-Time Application
     66  * Display visuals in real-time
     67  * User interface for changing receiver carrier frequency, sampling rate, etc.
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    106114* Start of Implementation of MATLAB Code in c++.
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    108 Week 8 in progress.
     116Week 8 [[http://www.orbit-lab.org/raw-attachment/wiki/Other/Summer/2015/aSDR2/Spectrum%20Sensing%20Week%204.pdf|Presentation to NYIT Summer Research Interns.]]
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    109119
    110120=== Experiments ===