18125225. PHASED BURST MODE RECEIVER EQUALIZATION TRAINING simplified abstract (Nokia Solutions and Networks Oy)

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PHASED BURST MODE RECEIVER EQUALIZATION TRAINING

Organization Name

Nokia Solutions and Networks Oy

Inventor(s)

Doutje Van Veen of New Providence NJ (US)

Vincent Houtsma of New Providence NJ (US)

PHASED BURST MODE RECEIVER EQUALIZATION TRAINING - A simplified explanation of the abstract

This abstract first appeared for US patent application 18125225 titled 'PHASED BURST MODE RECEIVER EQUALIZATION TRAINING

The abstract of the patent application describes a phased approach to training an upstream burst mode receiver equalizer, progressing incrementally through modulation schemes requiring increasing levels of equalization while maintaining the capability to accurately recover data.

  • The phased approach includes initial training using a simple modulation format, followed by intermediate phases of different modulation schemes, and a final training phase using the PON-defined upstream modulation format.
  • Equalizer settings generated during each phase are used as a starting point for the next phase, ensuring accurate data recovery throughout the training process.
  • The final phase updates the burst mode equalizer to match the PON-defined upstream data rate, optimizing performance for high-speed transmission.

Potential Applications: This technology can be applied in the field of optical communication systems, specifically in upstream burst mode receiver equalization for improved data transmission.

Problems Solved: This technology addresses the challenge of training upstream burst mode receiver equalizers to handle varying levels of equalization required for different modulation schemes.

Benefits: The phased approach ensures optimal performance of the equalizer across different modulation schemes, leading to improved data recovery and transmission accuracy.

Commercial Applications: This technology has commercial applications in the telecommunications industry, particularly in the development of high-speed optical communication systems for data transmission.

Questions about the technology: 1. How does the phased approach to training the equalizer improve data recovery in upstream burst mode receivers? 2. What are the key benefits of using the PON-defined upstream modulation format in the final training phase?


Original Abstract Submitted

A phased approach to training of an upstream burst mode receiver equalizer is disclosed that proceeds incrementally through modulation schemes requiring increasing levels of equalization in a manner where the equalizer maintains the capability to accurately recover data transmitted during each training phase. The phased approach includes an initial training phase (one or more upstream bursts) using a simple modulation format, one or more intermediate phases of different modulation schemes, and a final training phase using the PON-defined (high) line rate upstream modulation format. Equalizer settings generated during the initial phase are used as a starting point for the equalization process in the next training phase, and so on, until the equalizer training reaches the final phase where the ONU uses the PON-defined upstream data rate and the burst mode equalizer is updated accordingly.