Information processing device, and control method

An information processing device comprising:

• acquiring circuitry to acquire map information, position information on a first mobile object as a mobile object capable of moving by means of manual driving or autonomous driving, position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, movement history records of the first mobile object, speed information on the first mobile object, speed information on the second mobile object, and score information indicating a score corresponding to a section;
• predicting circuitry to predict a movement course of the first mobile object by using the position information on the first mobile object, the map information, and the movement history records of the first mobile object, and predict a join-up section as a section in which the first mobile object and the second mobile object join up based on the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object;
• controlling circuitry to segment the join-up section, identify the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information, determine a get-ahead position based on the score of each of the plurality of sections, calculate a distance to the get-ahead position based on the position information on the first mobile object and the movement course of the first mobile object, calculate an arrival time of the first mobile object as a time when the first mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the first mobile object, calculate a distance to the get-ahead position based on the position information on the second mobile object and the map information, calculate an arrival time of the second mobile object as a time when the second mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the second mobile object, and judge whether the second mobile object is capable of getting ahead or not based on the arrival time of the first mobile object and the arrival time of the second mobile object;
• and
• generating circuitry to generate course information regarding the second mobile object for making the second mobile object move to the get-ahead position based on the map information, the position information on the second mobile object, and the get-ahead position when the second mobile object is capable of getting ahead,
• wherein
• the controlling circuitry performs control based on the course information regarding the second mobile object on the second mobile object.

An information processing device comprising:

• acquiring circuitry to acquire map information, position information on a first mobile object as a mobile object capable of moving by means of autonomous driving, and position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, acquire a movement course of the first mobile object from the first mobile object, and acquire speed information on the first mobile object, speed information on the second mobile object and score information indicating a score corresponding to a section;
• predicting circuitry to predict a join-up section as a section in which the first mobile object and the second mobile object join up based on the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object;
• controlling circuitry to segment the join-up section, identify the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information, determine the get-ahead position based on the score of each of the plurality of sections, calculate a distance to the get-ahead position based on the position information on the first mobile object and the movement course of the first mobile object, calculate an arrival time of the first mobile object as a time when the first mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the first mobile object, calculate a distance to the get-ahead position based on the position information on the second mobile object and the map information, calculate an arrival time of the second mobile object as a time when the second mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the second mobile object, and judge whether the second mobile object is capable of getting ahead or not based on the arrival time of the first mobile object and the arrival time of the second mobile object;
• and
• generating circuitry to generate course information regarding the second mobile object for making the second mobile object move to the get-ahead position based on the map information, the position information on the second mobile object, and the get-ahead position when the second mobile object is capable of getting ahead,
• wherein
• the controlling circuitry performs control based on the course information regarding the second mobile object on the second mobile object.

A control method performed by an information processing device, the control method comprising:

• acquiring map information, position information on a first mobile object as a mobile object capable of moving by means of manual driving or autonomous driving, position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, movement history records of the first mobile object, speed information on the first mobile object, speed information on the second mobile object, and score information indicating a score corresponding to a section, predicting a movement course of the first mobile object by using the position information on the first mobile object, the map information, and the movement history records of the first mobile object, predicting a join-up section as a section in which the first mobile object and the second mobile object join up by using the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object, segmenting the join-up section, and identifying the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information;
• determining a join-up spot based on the score of each of the plurality of sections;
• generating course information regarding the second mobile object based on the map information, the join-up spot, and the position information on the second mobile object;
• calculating a speed of the second mobile object for making the first mobile object and the second mobile object join up at the join-up spot by using the movement course of the first mobile object, the speed information on the first mobile object, and the course information regarding the second mobile object;
• and
• performing control based on the course information regarding the second mobile object on the second mobile object, and performing control on the second mobile object so that the second mobile object moves at the calculated speed.

A control method performed by an information processing device, the control method comprising:

• acquiring map information, position information on a first mobile object as a mobile object capable of moving by means of manual driving or autonomous driving, position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, movement history records of the first mobile object, speed information on the first mobile object, speed information on the second mobile object, and score information indicating a score corresponding to a section, predicting a movement course of the first mobile object by using the position information on the first mobile object, the map information, and the movement history records of the first mobile object, predicting a join-up section as a section in which the first mobile object and the second mobile object join up based on the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object, segmenting the join-up section, and identifying the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information;
• determining a get-ahead position based on the score of each of the plurality of sections;
• calculating a distance to the get-ahead position based on the position information on the first mobile object and the movement course of the first mobile object, calculating an arrival time of the first mobile object as a time when the first mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the first mobile object, calculating a distance to the get-ahead position based on the position information on the second mobile object and the map information, calculating an arrival time of the second mobile object as a time when the second mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the second mobile object, and judging whether the second mobile object is capable of getting ahead or not based on the arrival time of the first mobile object and the arrival time of the second mobile object;
• generating course information regarding the second mobile object for making the second mobile object move to the get-ahead position based on the map information, the position information on the second mobile object, and the get-ahead position when the second mobile object is capable of getting ahead;
• and
• performing control based on the course information regarding the second mobile object on the second mobile object.

A control method performed by an information processing device, the control method comprising:

• acquiring map information, position information on a first mobile object as a mobile object capable of moving by means of autonomous driving, and position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, acquiring a movement course of the first mobile object from the first mobile object, acquiring speed information on the first mobile object, speed information on the second mobile object and score information indicating a score corresponding to a section, predicting a join-up section as a section in which the first mobile object and the second mobile object join up based on the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object, segmenting the join-up section, and identifying the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information;
• determining the get-ahead position based on the score of each of the plurality of sections;
• calculating a distance to the get-ahead position based on the position information on the first mobile object and the movement course of the first mobile object, calculating an arrival time of the first mobile object as a time when the first mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the first mobile object, calculating a distance to the get-ahead position based on the position information on the second mobile object and the map information, calculating an arrival time of the second mobile object as a time when the second mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the second mobile object, and judging whether the second mobile object is capable of getting ahead or not based on the arrival time of the first mobile object and the arrival time of the second mobile object;
• generating course information regarding the second mobile object for making the second mobile object move to the get-ahead position based on the map information, the position information on the second mobile object, and the get-ahead position when the second mobile object is capable of getting ahead;
• and
• performing control based on the course information regarding the second mobile object on the second mobile object.

An information processing device comprising:

• a processor to execute a program;
• and
• a memory to store the program which, when executed by the processor, performs processes of,
• acquiring map information, position information on a first mobile object as a mobile object capable of moving by means of manual driving or autonomous driving, position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, movement history records of the first mobile object, speed information on the first mobile object, speed information on the second mobile object, and score information indicating a score corresponding to a section, predicting a movement course of the first mobile object by using the position information on the first mobile object, the map information, and the movement history records of the first mobile object, predicting a join-up section as a section in which the first mobile object and the second mobile object join up by using the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object, segmenting the join-up section, and identifying the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information,
• determining a join-up spot based on the score of each of the plurality of sections,
• generating course information regarding the second mobile object based on the map information, the join-up spot, and the position information on the second mobile object,
• calculating a speed of the second mobile object for making the first mobile object and the second mobile object join up at the join-up spot by using the movement course of the first mobile object, the speed information on the first mobile object, and the course information regarding the second mobile object, and
• performing control based on the course information regarding the second mobile object on the second mobile object, and performing control on the second mobile object so that the second mobile object moves at the calculated speed.

An information processing device comprising:

• a processor to execute a program;
• and
• a memory to store the program which, when executed by the processor, performs processes of,
• acquiring map information, position information on a first mobile object as a mobile object capable of moving by means of manual driving or autonomous driving, position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, movement history records of the first mobile object, speed information on the first mobile object, speed information on the second mobile object, and score information indicating a score corresponding to a section, predicting a movement course of the first mobile object by using the position information on the first mobile object, the map information, and the movement history records of the first mobile object, predicting a join-up section as a section in which the first mobile object and the second mobile object join up based on the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object, segmenting the join-up section, and identifying the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information,
• determining a get-ahead position based on the score of each of the plurality of sections,
• calculating a distance to the get-ahead position based on the position information on the first mobile object and the movement course of the first mobile object, calculating an arrival time of the first mobile object as a time when the first mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the first mobile object, calculating a distance to the get-ahead position based on the position information on the second mobile object and the map information, calculating an arrival time of the second mobile object as a time when the second mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the second mobile object, and judging whether the second mobile object is capable of getting ahead or not based on the arrival time of the first mobile object and the arrival time of the second mobile object,
• generating course information regarding the second mobile object for making the second mobile object move to the get-ahead position based on the map information, the position information on the second mobile object, and the get-ahead position when the second mobile object is capable of getting ahead, and
• performing control based on the course information regarding the second mobile object on the second mobile object.

An information processing device comprising:

• a processor to execute a program;
• and
• a memory to store the program which, when executed by the processor, performs processes of,
• acquiring map information, position information on a first mobile object as a mobile object capable of moving by means of autonomous driving, and position information on a second mobile object as a mobile object capable of carrying a parcel and moving by means of autonomous driving, acquiring a movement course of the first mobile object from the first mobile object, acquiring speed information on the first mobile object, speed information on the second mobile object and score information indicating a score corresponding to a section, predicting a join-up section as a section in which the first mobile object and the second mobile object join up based on the movement course of the first mobile object, the position information on the first mobile object, the position information on the second mobile object, the speed information on the first mobile object, and the speed information on the second mobile object, segmenting the join-up section, and identifying the score of each of a plurality of sections obtained by segmenting the join-up section by using the score information and the map information,
• determining the get-ahead position based on the score of each of the plurality of sections,
• calculating a distance to the get-ahead position based on the position information on the first mobile object and the movement course of the first mobile object, calculating an arrival time of the first mobile object as a time when the first mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the first mobile object, calculating a distance to the get-ahead position based on the position information on the second mobile object and the map information, calculating an arrival time of the second mobile object as a time when the second mobile object arrives at the get-ahead position by using the calculated distance and the speed information on the second mobile object, and judging whether the second mobile object is capable of getting ahead or not based on the arrival time of the first mobile object and the arrival time of the second mobile object,
• generating course information regarding the second mobile object for making the second mobile object move to the get-ahead position based on the map information, the position information on the second mobile object, and the get-ahead position when the second mobile object is capable of getting ahead, and
• performing control based on the course information regarding the second mobile object on the second mobile object.