Kevin D Monroe

US Patent:

20230039110, Feb 9, 2023

Filed:

Oct 24, 2022

Appl. No.:

17/971905

Inventors:

- Raleigh NC, US
Brent JOHNSON - Raleigh NC, US
Matthew TIBBIT - Raleigh NC, US
Kevin EDWARDS - Raleigh NC, US
Nick BALOGH - Raleigh NC, US
Jason CROCKER - Raleigh NC, US
Kevin MONROE - Mebane NC, US

International Classification:

G16H 10/20
G16H 20/10
G16H 40/20

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.

US Patent:

20210134401, May 6, 2021

Filed:

Nov 1, 2019

Appl. No.:

16/672425

Inventors:

- Raleigh NC, US
Brent Johnson - Raleigh NC, US
Matthew Tibbit - Raleigh NC, US
Kevin Edwards - Raleigh NC, US
Nick Balogh - Raleigh NC, US
Jason Crocker - Raleigh NC, US
Kevin Monroe - Mebane NC, US

International Classification:

G16H 10/20
G06F 9/451

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.

US Patent:

20200020422, Jan 16, 2020

Filed:

Jul 12, 2018

Appl. No.:

16/034320

Inventors:

- Raleigh NC, US
Jason Crocker - Raleigh NC, US
Brent Johnson - Raleigh NC, US
Kevin Monroe - Mebane NC, US
Matthew Tibbit - Durham NC, US

International Classification:

G16H 10/20
G06F 9/50

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.