×

Evaluation and training for online vehicle request and response messaging

  • US 10,453,109 B2
  • Filed: 07/30/2015
  • Issued: 10/22/2019
  • Est. Priority Date: 07/30/2015
  • Status: Active Grant
First Claim
Patent Images

1. A computer-implemented method for online evaluating, at an inquiry server, an electronic response message provided by a computer-implemented vehicle product vendor for an online electronic inquiry message from a consumer concerning a vehicle product inquiry, the method comprising the steps of:

  • receiving, at the inquiry server, the online electronic inquiry message over a communications network in real time, the electronic inquiry message containing inquiry content and a message reception timestamp of the electronic inquiry message, the inquiry content including a plurality of inquiry content categories associated with vehicle inquiries;

    identifying, at the inquiry server, the inquiry content pertaining to each of the plurality of inquiry content categories by comparing the inquiry content to a definition of each of the plurality of inquiry content categories;

    receiving, at the inquiry server, the electronic response message over a communications network in real time, the electronic response message pertaining to the electronic inquiry message, the electronic response message containing response content including a plurality of response content categories associated with vehicle inquiries and a message send timestamp of the electronic response message;

    identifying, at the inquiry server, the response content pertaining to each of the plurality of response content categories by comparing the response content to a definition of each of the plurality of response content categories and assigning portions of the response content when identified to each of the plurality of response content categories;

    dynamically scoring, at the inquiry server, and in real-time the response content pertaining to each of the plurality of response content categories using a scoring model by assigning a quantitative score to the assigned response content of each of the plurality of response content categories, the quantitative scores based on at least one of the response content being present for a selected response content category and a degree of detail of the response content relative to the definition of the selected response category, the quantitative score being updated dynamically and in real time as subsequent portions of the response content are received and analyzed;

    comparing, at the inquiry server and in real time, the message reception timestamp and the message send timestamp and assigning a quantitative score to the message send timestamp based on a magnitude difference between the message reception timestamp and the message send timestamp;

    generating, at the inquiry server, a response score, in real-time by combining the quantitative score to the message send timestamp and the quantitative score to the assigned response content;

    sending from the inquiry server a score message, in real-time representing the response score over the communications network for display on a user interface of the computer-implemented vehicle product vendor;

    receiving feedback information, in real-time across the communications network from the user interface of the vehicle product vendor defining whether the electronic response message resulted in a positive outcome; and

    in response to the feedback information;

    determining, at the inquiry server in real-time, which of the response content categories of the scoring model were linked to the positive outcome; and

    in response to said determining, said updated dynamically of the scoring model by adjusting a weighting of each of the response content categories for determining the quantitative score to the assigned response content.

View all claims
  • 1 Assignment
Timeline View
Assignment View
    ×
    ×