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Probability of Error in Binary FSK Systems: Analysis by Steven D. Gray

A detailed study on calculating the probability of error in binary FSK systems considering interfering energy and filter cases. Research by Steven D. Gray from Nokia Research Center. Impact of interfering hoppers and system bandwidth analyzed.

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Probability of Error in Binary FSK Systems: Analysis by Steven D. Gray

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  1. Simple Expression for Probability of Error for Binary-FSK Steven D. Gray Nokia Research Center Irving, TX Steven D. Gray, Nokia Research Center

  2. Probability of Error Calculation = portion of interferring energy in desired signal band Assume Brick Wall Filters Case 1 1 MHz Interfering hopper for 1 MHz system 5 MHz Interfering hopper for 1 MHz system Steven D. Gray, Nokia Research Center

  3. Probability of Error Calculation Assume 3 MHz Wide Impact for 1 MHz System Case 2 1 MHz Interfering hopper for 1 MHz system 3 MHz Interfering hopper for 1 MHz system Steven D. Gray, Nokia Research Center

  4. Probability of Error Calculation Case 3 1 MHz Interfering hopper for 1 MHz system 5 MHz Interfering hopper for 1 MHz system Steven D. Gray, Nokia Research Center

  5. Case 1 Case 2 1 MHz Interferer 1 MHz Interferer 5 MHz Interferer 3 MHz Interferer Case 3 1 MHz Interferer 5 MHz Interferer Steven D. Gray, Nokia Research Center

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