Systems and methods for variable reporting of sensor data

A vehicle system comprising:

• a vehicle including:
• a chassis;
• a tractive element coupled to the chassis;
• a prime mover configured to drive the tractive element to propel the vehicle;
• and
• a sensor configured to acquire sensor data regarding a condition of the vehicle;
• and
• processing circuitry including a memory onboard the vehicle, the processing circuitry being configured to:
• receive a first data point, a second data point, and a third data point regarding the condition from the sensor at different times;
• record the first data point of the sensor data in the memory;
• compare the second data point and the first data point, the comparison of the second data point and the first data point includes calculating a rate of change of a measured value of the sensor between the first data point and the second data point;
• determine, based on the comparison of the second data point and the first data point, that the second data point should not be recorded in the memory in response a determination that the rate of change is less than a predetermined threshold rate;
• compare the third data point and the first data point;
• record the third data point in the memory in response to a determination based on the comparison of the third data point and the first data point;
• and
• transmit the first data point and the third data point from the memory to a remote device.

A vehicle system comprising:

• a vehicle including:
• a chassis;
• a tractive element coupled to the chassis;
• a prime mover configured to drive the tractive element to propel the vehicle;
• and
• a sensor configured to acquire sensor data regarding a condition of the vehicle;
• and
• processing circuitry including a memory onboard the vehicle, the processing circuitry being configured to:
• receive a first data point, a second data point, and a third data point regarding the condition from the sensor at different times;
• record the first data point of the sensor data in the memory;
• compare the second data point and the first data point;
• determine, based on the comparison of the second data point and the first data point, that the second data point should not be recorded in the memory;
• compare the third data point and the first data point, the comparison of the third data point and the first data point includes determining a difference between a measured value of the first data point and a measured value of the third data point;
• record the third data point in the memory in response to a determination based on the comparison of the third data point and the first data point, a determination that the third data point has changed relative to the first data point, and a determination that the difference is greater than a predetermined threshold difference;
• and
• transmit the first data point and the third data point from the memory to a remote device.

A vehicle system comprising:

• a vehicle including:
• a chassis;
• a tractive element coupled to the chassis;
• a prime mover configured to drive the tractive element to propel the vehicle;
• and
• a sensor configured to acquire sensor data regarding a condition of the vehicle;
• and
• processing circuitry including a memory onboard the vehicle, the processing circuitry being configured to:
• receive a first data point, a second data point, and a third data point regarding the condition from the sensor at different times;
• record the first data point of the sensor data in the memory;
• compare the second data point and the first data point;
• determine, based on the comparison of the second data point and the first data point, that the second data point should not be recorded in the memory;
• compare the third data point and the first data point, the comparison of the third data point and the first data point includes calculating a rate of change of a measured value of the sensor between the first data point and the third data point:
• record the third data point in the memory in response to a determination based on the comparison of the third data point and the first data point, a determination that the third data point has changed relative to the first data point, and a determination that the rate of change is greater than a predetermined threshold rate;
• and
• transmit the first data point and the third data point from the memory to a remote device.

A vehicle system comprising:

• a vehicle including:
• a chassis;
• a tractive element coupled to the chassis;
• a prime mover configured to drive the tractive element to propel the vehicle;
• and
• a sensor configured to acquire sensor data regarding a condition of the vehicle;
• and
• processing circuitry including a memory onboard the vehicle, the processing circuitry being configured to:
• receive a first data point, a second data point, and a third data point regarding the condition from the sensor at different times;
• record the first data point of the sensor data in the memory;
• compare the second data point and the first data point;
• determine, based on the comparison of the second data point and the first data point, that the second data point should not be recorded in the memory;
• compare the third data point and the first data point;
• record the third data point in the memory in response to a determination based on the comparison of the third data point and the first data point;
• transmit the first data point and the third data point from the memory to a remote device;
• receive a fourth data point from the sensor after transmitting the first data point and the third data point to the remote device;
• and
• transmit the fourth data point to the remote device;
• wherein a first time interval between (a) when the first data point is received and (b) when the third data point is received is shorter than a second time interval between (a) when the first data point is transmitted to the remote device and (b) when the fourth data point is transmitted to the remote device.

A vehicle system comprising:

• a vehicle including:
• a chassis;
• a tractive element coupled to the chassis;
• a prime mover configured to drive the tractive element to propel the vehicle;
• and
• a sensor configured to acquire sensor data regarding a first condition of the vehicle;
• and
• processing circuitry including a memory onboard the vehicle, the processing circuitry being configured to:
• receive a first data point, a second data point, and a third data point regarding the first condition from the sensor at different times;
• record the first data point of the sensor data in the memory;
• compare the second data point and the first data point;
• determine, based on the comparison of the second data point and the first data point, that the second data point should not be recorded in the memory;
• compare the third data point and the first data point;
• record the third data point in the memory in response to a determination based on the comparison of the third data point and the first data point;
• transmit the first data point and the third data point from the memory to a remote device;
• and
• cause a user device to display a graphical user interface including the first data point, the third data point, a first graph illustrating a value of the first condition over time, and a second graph illustrating a value of a second condition over time, wherein the first graph and the second graph are arranged such that a vertical line can be drawn through the first graph and the second graph to identify values of the first condition and the second condition at a time corresponding to the vertical line.

A system comprising:

• processing circuitry configured to:
• receive sensor data from a sensor that senses a condition of an asset, the sensor data including a first measured value measured at a first time, a second measured value measured at a second time, and a third measured value measured at a third time;
• compare the first measured value and the second measured value to determine whether the second measured value has changed relative to the first measured value, comparing the first measured value and the second measured value to determine whether the second measured value has changed relative to the first measured value includes:
• calculating a difference between the first measured value the second measured value;
• and
• determining whether the difference is greater than a predetermined threshold difference;
• compare the first measured value and the third measured value to determine whether the third measured value has changed relative to the first measured value;
• and
• in response to a determination that (a) the second measured value has not changed relative to the first measured value and (b) the third measured value has changed relative to the first measured value, transmit the first measured value and the third measured value to a remote device without transmitting the second measured value.

A system comprising:

• processing circuitry configured to:
• receive sensor data from a sensor that senses a condition of an asset, the sensor data including a first measured value measured at a first time, a second measured value measured at a second time, and a third measured value measured at a third time;
• compare the first measured value and the second measured value to determine whether the second measured value has changed relative to the first measured value, comparing the first measured value and the second measured value to determine whether the second measured value has changed relative to the first measured value includes:
• calculating a rate of change of between the first measured value and the second measured value;
• and
• determining whether the rate of change is greater than a predetermined threshold rate;
• compare the first measured value and the third measured value to determine whether the third measured value has changed relative to the first measured value;
• and
• in response to a determination that (a) the second measured value has not changed relative to the first measured value and (b) the third measured value has changed relative to the first measured value, transmit the first measured value and the third measured value to a remote device without transmitting the second measured value.