In-vehicle monitoring information generation control device and in-vehicle monitoring information generation control method

1. An in-vehicle monitoring information generation control device comprising processing circuitry

to acquire an image generated by capturing an inside of an unmanned vehicle,

to generate a determination result of determining whether or not an abnormality is occurring in the unmanned vehicle,

to generate in-vehicle monitoring information, with which no passenger in the unmanned vehicle who is captured in the image can be identified, on a basis of the image,

to transmit the in-vehicle monitoring information to an outside of the unmanned vehicle in a case where it is determined that no abnormality is occurring in the unmanned vehicle on a basis of the determination result,

to estimate a throughput value indicating an amount of data transfer per unit time when the in-vehicle monitoring information is transmitted to the outside of the unmanned vehicle, and

to determine a type of the in-vehicle monitoring information on a basis of the throughput value being estimated,

wherein the type of the in-vehicle monitoring information being determined on a basis of the throughput value is any one of deformed image information obtained by deforming an area of the passenger captured in the image, contour image information obtained by extracting a contour of the area, or individual identification information that identifies the passenger captured in the image, and

the processing circuitry generates the in-vehicle monitoring information on a basis of the type.

2. The in-vehicle monitoring information generation control device according to claim 1 , wherein an abnormality monitoring image based on the image is transmitted to the outside of the unmanned vehicle in a case where it is determined that an abnormality is occurring in the unmanned vehicle.

3. The in-vehicle monitoring information generation control device according to claim 1 , wherein the throughput value is estimated on a basis of a radio wave state or a transmission state of a communication device for transmitting the in-vehicle monitoring information to the outside of the unmanned vehicle.

4. The in-vehicle monitoring information generation control device according to claim 3 , wherein the processing circuitry acquires another vehicle information indicating a radio wave state or a transmission state of the communication device mounted on the other vehicle traveling at a position within a predetermined range from a position where the unmanned vehicle is traveling, and

wherein the throughput value is estimated on a basis of a radio wave state or a transmission state in the unmanned vehicle, and a radio wave state or a transmission state in the other vehicle included in the other vehicle information.

5. The in-vehicle monitoring information generation control device according to claim 1 , wherein the in-vehicle monitoring information, with which the passenger captured in the image cannot be identified, is generated by performing an image deformation process on the area in the image of the passenger captured in the image.

6. The in-vehicle monitoring information generation control device according to claim 1 , wherein the in-vehicle monitoring information, with which the passenger captured in the image cannot be identified, is generated by performing a contour extraction process on the area in the image of the passenger captured in the image.

7. An in-vehicle monitoring information generation control method comprising:

acquiring an image generated by capturing an inside of an unmanned vehicle;

generating a determination result of determining whether or not an abnormality is occurring in the unmanned vehicle;

generating in-vehicle monitoring information, with which no passenger in the unmanned vehicle who is captured in the image can be identified, on a basis of the image;

transmitting the in-vehicle monitoring information to an outside of the unmanned vehicle in a case where it is determined that no abnormality is occurring in the unmanned vehicle on a basis of the determination result;

estimating a throughput value indicating an amount of data transfer per unit time when the in-vehicle monitoring information is transmitted to the outside of the unmanned vehicle; and

determining a type of the in-vehicle monitoring information on a basis of the throughput value being estimated,

wherein the type of the in-vehicle monitoring information being determined on a basis of the throughput value is any one of deformed image information obtained by deforming an area of the passenger captured in the image, contour image information obtained by extracting a contour of the area, or individual identification information that identifies the passenger captured in the image, and

the in-vehicle monitoring information is generated on a basis of the type.