View source for Nvidia corporation (20240340201). DECISION FEED FORWARD EQUALIZATION FOR PARTIAL RESPONSE EQUALIZED SIGNAL INCLUDING PRE-CURSOR CANCELATION simplified abstract

=DECISION FEED FORWARD EQUALIZATION FOR PARTIAL RESPONSE EQUALIZED SIGNAL INCLUDING PRE-CURSOR CANCELATION=


==Organization Name==

[[:Category:nvidia corporation|nvidia corporation]]


[[Category:nvidia corporation]]

==Inventor(s)==

[[:Category:Vishnu Balan of Saratoga CA (US)|Vishnu Balan of Saratoga CA (US)]][[Category:Vishnu Balan of Saratoga CA (US)]]

[[:Category:Viswanath Annampedu of Plano TX (US)|Viswanath Annampedu of Plano TX (US)]][[Category:Viswanath Annampedu of Plano TX (US)]]

[[:Category:Pervez Mirzra Aziz of Dallas TX (US)|Pervez Mirzra Aziz of Dallas TX (US)]][[Category:Pervez Mirzra Aziz of Dallas TX (US)]]

==DECISION FEED FORWARD EQUALIZATION FOR PARTIAL RESPONSE EQUALIZED SIGNAL INCLUDING PRE-CURSOR CANCELATION - A simplified explanation of the abstract==


This abstract first appeared for US patent application 20240340201 titled 'DECISION FEED FORWARD EQUALIZATION FOR PARTIAL RESPONSE EQUALIZED SIGNAL INCLUDING PRE-CURSOR CANCELATION

The abstract of the patent application describes a receiver that includes a partial response system to equalize received signals from a transmitter over a channel, ensuring a controlled relationship between consecutive values of equalized received symbols and transmitted data. Additionally, the receiver features a decision feed forward equalization system that cancels pre-cursor or post-cursor intersymbol interference introduced by the channel.

* The receiver incorporates a partial response system to equalize received signals from a transmitter over a channel.
* The system ensures a controlled relationship between consecutive values of equalized received symbols and transmitted data.
* A decision feed forward equalization system is included to cancel pre-cursor or post-cursor intersymbol interference introduced by the channel.

Potential Applications:
- This technology can be applied in telecommunications systems to improve signal quality and data transmission.
- It can be used in wireless communication systems to enhance the reliability and efficiency of data transfer.

Problems Solved:
- Addresses intersymbol interference issues introduced by the channel.
- Ensures a more accurate and reliable transmission of data from the transmitter to the receiver.

Benefits:
- Improved signal quality and data transmission accuracy.
- Enhanced reliability and efficiency in wireless communication systems.

Commercial Applications:
Title: Enhanced Signal Equalization Technology for Improved Data Transmission
This technology can be utilized in telecommunications companies, wireless communication providers, and technology firms developing signal processing solutions. It has the potential to improve the performance of communication systems and enhance user experience.

Questions about the Technology:
1. How does the decision feed forward equalization system improve signal quality in the receiver?
- The decision feed forward equalization system cancels pre-cursor or post-cursor intersymbol interference introduced by the channel, leading to a more accurate and reliable transmission of data.

2. What are the key advantages of using a partial response system in signal equalization?
- The partial response system ensures a controlled relationship between consecutive values of equalized received symbols and transmitted data, improving the overall quality of data transmission.


==Original Abstract Submitted==

a receiver includes a partial response (pr) system that receives a received signal from a transmitter over a channel and equalize the received signal such that there is a controlled relationship between consecutive values of equalized received symbols and transmitted data transmitted by the transmitter. the receiver also includes a decision feed forward equalization (dffe) system that receives partial response signals from the pr system and cancel at least one of pre-cursor intersymbol interference (isi) or post-cursor isi introduced by the channel.



[[Category:H04L25/03]]
[[Category:CPC_H04L25/03057]]