Automatically determining construction worksite operational zones based on received construction equipment telemetry data

A worksite management system comprising:

• a plurality of machines operating on a worksite, wherein each machine from the plurality of machines has an associated telemetry module such that the telemetry module is configured to generate signals indicative of operational data of the corresponding machine from the plurality of machines as the machines move within the worksite;
• a controller communicably coupled with the plurality of machines, the controller configured to:
• receive the signals indicative of the operational data of the plurality of machines from the corresponding telemetry modules corresponding to the movement of the machines within the worksite;
• process the received signals to create a data model corresponding to the movement of the machines within the worksite;
• identify plurality of operational zones over the worksite based at least on an analysis of the created data model corresponding to the movement of the machines within the worksite, the plurality of operational zones including one or more of a parking zone, a loading zone, and a dumping zone;
• determine occurrence of work cycles of each machine from the plurality of machines over the worksite and a corresponding work cycle confidence level based at least on the identified operational zones and movement of each said machine to and from the plurality of operational zones, the work cycles comprising a plurality of segments including at least a loading-related segment, a traveling-related segment, and a dumping-related segment;
• determine productivity data of the worksite based at least on the identified work cycles of each machine from the plurality of machines, the productivity data including one or more of work cycle ID, work cycle start and stop times, work cycle segment, fuel consumption, distance travelled, and work cycle duration;
• and
• manage the worksite by controlling the plurality of machines based on the determined productivity data.

A control system comprising:

• a first machine operating at a worksite, the first machine having a first telemetry module configured to generate signals indicative of operational data of the first machine as the first machine moves within the worksite;
• at least one second machine operating at the worksite, the at least one second machine having a second telemetry module configured to generate signals indicative of operational data of the at least one second machine as the second machine moves within the worksite;
• a controller associated with the first machine, and communicably coupled with the at least one second machine, the controller configured to:
• receive the signals indicative of the operational data from the first telemetry module corresponding to the movement of the first machine within the worksite;
• process the received signals to create a data model corresponding to the movement of the first machine within the worksite;
• receive the signals indicative of the operational data from the second telemetry module corresponding to the movement of the second machine within the worksite;
• process the received signals to revise the created data model;
• identify plurality of operational zones over the worksite based at least on an analysis of the revised data model corresponding to the movement of the first and second machines within the worksite, the plurality of operational zones including one or more of a parking zone, a loading zone, and a dumping zone;
• determine occurrence of work cycles of the first machine and a corresponding work cycle confidence level based at least on the identified operational zones and movement of at least the first machine to and from the plurality of operational zones, the work cycles comprising a plurality of segments including at least a loading-related segment, a traveling-related segment, and a dumping-related segment;
• determine productivity data of the worksite based at least on the identified work cycles of the first machine, the productivity data including one or more of work cycle ID, work cycle start and stop times, work cycle segment, fuel consumption, distance travelled, and work cycle duration;
• and
• control the first machine based on the determined productivity data.