Patents by Inventor Jason Crocker

Jason Crocker has filed for patents to protect the following inventions. This listing includes patent applications that are pending as well as patents that have already been granted by the United States Patent and Trademark Office (USPTO).

  • COMPUTER IMPLEMENTED PROCESS CONTROL USING A COMPUTER INSTANTIATED MATHEMATICAL MODEL DEFINING SEQUENCE-BASED ANCHORING AND TIME-BASED ANCHORING BETWEEN NODES
    Publication number: 20230039110
    Abstract: A computer method of managing a workflow of scheduled nodes. The method comprises instantiating a computer instantiated mathematical model of workflow paths, wherein the mathematical model defines nodes to be scheduled, defines time-based anchors between the nodes, and sequence-based anchors between the nodes; for each workflow object, determining a workflow schedule for the workflow object by an application executing on a computer system, wherein the workflow schedule comprises a plurality of nodes and wherein the application determines the workflow schedule based on the time-based anchors and sequence-based anchors between nodes defined by the mathematical model; storing by the application context information about completion of the activities performed when performing the node associated with the workflow path of the workflow object; and changing the workflow schedule of the workflow object based on the context information about completion of the activities performed and based on the mathematical model.
    Type: Application
    Filed: October 24, 2022
    Publication date: February 9, 2023
    Inventors: Alan COX, Brent JOHNSON, Matthew TIBBIT, Kevin EDWARDS, Nick BALOGH, Jason CROCKER, Kevin MONROE
  • Computer implemented process control using a computer instantiated mathematical model defining sequenced-based anchoring and time- based anchoring between nodes
    Patent number: 11545240
    Abstract: A computer method of managing a workflow of scheduled nodes. The method comprises instantiating a computer instantiated mathematical model of workflow paths, wherein the mathematical model defines nodes to be scheduled, defines time-based anchors between the nodes, and sequence-based anchors between the nodes; for each workflow object, determining a workflow schedule for the workflow object by an application executing on a computer system, wherein the workflow schedule comprises a plurality of nodes and wherein the application determines the workflow schedule based on the time-based anchors and sequence-based anchors between nodes defined by the mathematical model; storing by the application context information about completion of the activities performed when performing the node associated with the workflow path of the workflow object; and changing the workflow schedule of the workflow object based on the context information about completion of the activities performed and based on the mathematical model.
    Type: Grant
    Filed: July 12, 2018
    Date of Patent: January 3, 2023
    Assignee: SignalPath, LLC
    Inventors: Alan Cox, Jason Crocker, Brent Johnson, Kevin Monroe, Matthew Tibbit
  • Computer Implemented Process Control Using Cycle Objects in a Computer Instantiated Mathematical Model Defining Sequence-based Anchoring and Time-based Anchoring Between Nodes
    Publication number: 20210134401
    Abstract: A computer method of managing a workflow of scheduled nodes. The method comprises instantiating a computer instantiated mathematical model of workflow paths, wherein the mathematical model defines nodes to be scheduled, defines time-based anchors between the nodes, and sequence-based anchors between the nodes; for each workflow object, determining a workflow schedule for the workflow object by an application executing on a computer system, wherein the workflow schedule comprises a plurality of nodes and wherein the application determines the workflow schedule based on the time-based anchors and sequence-based anchors between nodes defined by the mathematical model; storing by the application context information about completion of the activities performed when performing the node associated with the workflow path of the workflow object; and changing the workflow schedule of the workflow object based on the context information about completion of the activities performed and based on the mathematical model.
    Type: Application
    Filed: November 1, 2019
    Publication date: May 6, 2021
    Inventors: Alan Cox, Brent Johnson, Matthew Tibbit, Kevin Edwards, Nick Balogh, Jason Crocker, Kevin Monroe
  • Computer Implemented Process Control Using a Computer Instantiated Mathematical Model Defining Sequenced-based Anchoring and Time-based Anchoring Between Nodes
    Publication number: 20200020422
    Abstract: A computer method of managing a workflow of scheduled nodes. The method comprises instantiating a computer instantiated mathematical model of workflow paths, wherein the mathematical model defines nodes to be scheduled, defines time-based anchors between the nodes, and sequence-based anchors between the nodes; for each workflow object, determining a workflow schedule for the workflow object by an application executing on a computer system, wherein the workflow schedule comprises a plurality of nodes and wherein the application determines the workflow schedule based on the time-based anchors and sequence-based anchors between nodes defined by the mathematical model; storing by the application context information about completion of the activities performed when performing the node associated with the workflow path of the workflow object; and changing the workflow schedule of the workflow object based on the context information about completion of the activities performed and based on the mathematical model.
    Type: Application
    Filed: July 12, 2018
    Publication date: January 16, 2020
    Inventors: Alan Cox, Jason Crocker, Brent Johnson, Kevin Monroe, Matthew Tibbit