Electronic control system, device, and method
The disclosure relates to an electronic control system, device, and method. Specifically, according to the disclosure, an electronic control device comprises a transceiver receiving, from a sensor, raw data and a first error detection result obtained by performing a first error detection logic on the raw data, a detector obtaining a second error detection result by performing a second error detection logic on the raw data, and a comparator determining whether a sensor channel included in the sensor is faulty based on the first error detection result and the second error detection result.
1 . An electronic control device, comprising:
a transceiver configured to receive, from a sensor, raw data and a first error detection result obtained by performing a first error detection logic on the raw data, the first error detection result including Pass and Fail;
a detector configured to obtain a second error detection result by performing a second error detection logic on the raw data, the second error detection result including Pass and Fail; and
a comparator configured to determine whether a sensor channel included in the sensor is faulty based on the first error detection result and the second error detection result both including Pass and Fail received from the transceiver and the detector, respectively,
wherein the first error detection result is a result of determining, by a processor included in the sensor, whether the sensor channel is faulty,
wherein the comparator is configured to:
determine that the sensor channel is normal in response to the first error detection result being Pass and the second error detection result being Pass, and
determine that the sensor channel is faulty in response to the first error detection result being Fail and the second error detection result being Fail,
wherein the transceiver is configured to receive a general purpose input output (GPIO)/interrupt (INT) signal indicating whether the sensor channel is faulty,
wherein in response to the first error detection result being Fail and the second error detection result being Pass, the detector is configured to perform a third error detection logic and determine whether the sensor channel is faulty based on the third error detection logic,
wherein in the third error detection logic, whether an error in the first error detection logic occurs, whether detection target data of the second error detection logic is included in the raw data, whether the transceiver receiving a state of the sensor is faulty, and whether the comparator is faulty are set as an error detection basis.
2 . The electronic control device of claim 1 , wherein the first error detection logic and the second error detection logic are configured to yield an error detection result by a same error detection procedure.
3 . The electronic control device of claim 1 , wherein the transceiver includes a low voltage differential signaling (LVDS) circuit, a general purpose input output (GPIO)/interrupt (INT) circuit, and a serial peripheral interface (SPI)/inter-integrated circuit (I2C).
4 . The electronic control device of claim 3 , wherein the GPIO/INT circuit receives a signal indicating whether the sensor has an error from the sensor.
5 . The electronic control device of claim 4 , wherein the GPIO/INT circuit receives an error signal from the sensor to allow the electronic control device to determine the state of the sensor as a normal state or an abnormal state only in response to the sensor being in the abnormal state.
6 . The electronic control device of claim 3 , wherein the SPI/I2C transmits setting information of the sensor, generated by the detector, to the sensor.
7 . The electronic control device of claim 6 , wherein the setting information of the sensor includes information on at least one of a detection cycle of the sensor, an ON/OFF for each channel included in the sensor, and a detection radius of the sensor.
8 . The electronic control device of claim 3 , wherein the SPI/I2C receive feedback information for setting information of the sensor, and
wherein the feedback information includes information for whether a setting is completed on each setting information of the sensor or information for a current setting state of the sensor.
9 . An electronic control method, comprising:
receiving, from a sensor, raw data and a first error detection result obtained by performing a first error detection logic on the raw data, the first error detection result including Pass and Fail;
obtaining a second error detection result by performing a second error detection logic on the raw data, the second error detection result including Pass and Fail;
determining whether a sensor channel included in the sensor is faulty based on the first error detection result including Pass and Fail and the second error detection result including Pass and Fail; and
performing a third error detection logic in response to the first error detection result being Fail and the second error detection result being Pass,
wherein the determining whether the sensor channel is faulty is determining whether the sensor channel is faulty based on the third error detection logic,
wherein the first error detection result is a result of determining, by a processor included in the sensor, whether the sensor channel is faulty,
wherein the determining whether the sensor channel is faulty is:
determining that the sensor channel is normal in response to the first error detection result being Pass and the second error detection result being Pass, and
determining that the sensor channel is faulty in response to the first error detection result being Fail and the second error detection result being Fail,
wherein the receiving raw data and a first error detection result is receiving a general purpose input output (GPIO)/interrupt (INT) signal indicating whether the sensor channel is faulty, and
wherein in the third error detection logic, whether an error in the first error detection logic occurs, whether detection target data of the second error detection logic is included in the raw data, whether the transceiver receiving a state of the sensor is faulty, and whether the comparator is faulty are set as an error detection basis.
10 . The electronic control method of claim 9 , wherein the first error detection logic and the second error detection logic are configured to yield an error detection result by a same error detection procedure.
11 . An electronic control system, comprising:
a sensor configured to perform a first error detection logic on raw data, which is a result of sensing, to obtain a first error detection result, the first error detection result including Pass and Fail; and
an electronic control device configured to receive the raw data and the first error detection result, perform a second error detection logic on the raw data to obtain a second error detection result, the second error detection result including Pass and Fail, and determine whether a sensor channel included in the sensor is faulty based on the first error detection result including Pass and Fail and the second error detection result including Pass and Fail,
wherein the first error detection result is a result of determining, by a processor included in the sensor, whether the sensor channel is faulty,
wherein the electronic control device is configured to:
determine that the sensor channel is normal in response to the first error detection result being Pass and the second error detection result being Pass, and
determine that the sensor channel is faulty in response to the first error detection result being Fail and the second error detection result being Fail,
wherein the electronic control device is configured to receive a general purpose input output (GPIO)/interrupt (INT) signal indicating whether the sensor channel is faulty,
wherein the electronic control device is configured to perform a third error detection logic and determine whether the sensor channel is faulty based on the third error detection logic, in response to the first error detection result being Fail and the second error detection result being Pass, and
wherein in the third error detection logic, whether an error in the first error detection logic occurs, whether detection target data of the second error detection logic is included in the raw data, whether the transceiver receiving a state of the sensor is faulty, and whether the comparator is faulty are set as an error detection basis.
12 . The electronic control system of claim 11 , wherein the first error detection logic and the second error detection logic are configured to yield an error detection result by a same error detection procedure.
13 . The electronic control system of claim 11 , wherein the electronic control device includes a low voltage differential signaling (LVDS) circuit, a general purpose input output (GPIO)/interrupt (INT) circuit, and a serial peripheral interface (SPI)/inter-integrated circuit (I2C).
14 . The electronic control system of claim 13 , wherein the GPIO/INT circuit receives a signal indicating whether the sensor has an error from the sensor.
15 . The electronic control system of claim 14 , wherein the GPIO/INT circuit receives an error signal from the sensor to allow the electronic control device to determine the state of the sensor as a normal state or an abnormal state only in response to the sensor being in the abnormal state.
16 . The electronic control system of claim 13 , wherein the SPI/I2C transmits setting information of the sensor, generated by the detector, to the sensor.
17 . The electronic control system of claim 16 , wherein the setting information of the sensor includes information on at least one of a detection cycle of the sensor, an ON/OFF for each channel included in the sensor, and a detection radius of the sensor.
18 . The electronic control system of claim 13 , wherein the SPI/I2C receive feedback information for setting information of the sensor,
wherein the feedback information includes information for whether a setting is completed on each setting information of the sensor or information for a current setting state of the sensor.