Abstract: A method for providing notifications related to service information of a machine located at a worksite is provided includes detecting, by a worksite management system, an entry of the machine in a first predefined service zone based on machine location data and machine identification data. The first predefined service zone is defined in the worksite management system corresponding to a first service area at the worksite. The method also includes generating, by the worksite management system, a first notification based on at least one predefined parameter and the machine identification data upon the entry of the machine in the first predefined service zone. The first notification includes information related to a service to be performed at the first service area. The method further includes detecting, by the worksite management system, an exit of the machine from the first predefined service zone based on the machine location data.

Abstract: A method for providing notifications related to service information of a machine located at a worksite is provided includes detecting, by a worksite management system, an entry of the machine in a first predefined service zone based on machine location data and machine identification data. The first predefined service zone is defined in the worksite management system corresponding to a first service area at the worksite. The method also includes generating, by the worksite management system, a first notification based on at least one predefined parameter and the machine identification data upon the entry of the machine in the first predefined service zone. The first notification includes information related to a service to be performed at the first service area. The method further includes detecting, by the worksite management system, an exit of the machine from the first predefined service zone based on the machine location data.

Abstract: A machine includes a chassis and an object detection sensor alignment monitoring system. The monitoring system includes a first sensor module coupled to an object detection sensor. The first sensor module measures values of object detection sensor pitch, roll, and yaw. The monitoring system also includes a second sensor module coupled to the chassis. The second sensor module measures values of chassis pitch, roll, and yaw. The monitoring system further includes a control unit. The control unit compares the measured values of the object detection sensor and chassis pitch, roll, and yaw. The control unit determines whether the measured values are within a predefined tolerance. Further, the control unit generates an alert if the measured values of the object detection sensor and chassis pitch, roll, and yaw are beyond the predefined tolerance.

Abstract: A machine includes a chassis and an object detection sensor alignment monitoring system. The monitoring system includes a first sensor module coupled to an object detection sensor. The first sensor module measures values of object detection sensor pitch, roll, and yaw. The monitoring system also includes a second sensor module coupled to the chassis. The second sensor module measures values of chassis pitch, roll, and yaw. The monitoring system further includes a control unit. The control unit compares the measured values of the object detection sensor and chassis pitch, roll, and yaw. The control unit determines whether the measured values are within a predefined tolerance. Further, the control unit generates an alert if the measured values of the object detection sensor and chassis pitch, roll, and yaw are beyond the predefined tolerance.