Information processing to display existing position of object on map
In a system that displays the existing position of an object caught by a camera on a map, the load on a user are reduced, and user-friendliness is increased. The position of an object in a camera image is converted into a position on a map with the use of conversion equations. The existing position of the object based on a result of the conversion is displayed on the map based on results of the conversion. The existence allowed region of the object on the map is set through a designation by the user. The parameters of the conversion equations are determined based on results of the conversion at respective times within a predetermined period of time and the set existence allowed region of the object so that trajectories of the object on the map fall within the existence allowed region.
1. An information processing apparatus, comprising:
circuitry configured to:
convert a position of an object in an image received from a camera into a position on a map based on a conversion equation;
control a display to display the position of the object on the map based on results of the conversion;
set an existence allowed region of the object on the map, wherein the existence allowed region is set based on a user's designation of a region where the object exists on the map; and
determine a parameter of the conversion equation so that a trajectory of the object on the map falls within the set existence allowed region, wherein the determination is based on an evaluation, of the trajectory of the object, that indicates a location of the trajectory from a middle of the set existence allowed region, the results of the conversion at respective times within a period of time and the set existence allowed region of the object.
2. The information processing apparatus according to claim 1 , wherein the circuitry is further configured to determine the parameter of the conversion equation based on a result of the conversion at the latest period and the set existence allowed region of the object at regular time intervals.
3. The information processing apparatus according to claim 1 , wherein the circuitry is further configured to determine the parameter of the conversion equation so that the trajectory of the object on the map is located further away from a boundary of the set existence allowed region of the object.
4. The information processing apparatus according to claim 1 , wherein the circuitry is further configured to determine the parameter of the conversion equation so that a speed at which the object moves on the map becomes constant.
5. The information processing apparatus according to claim 1 , wherein, the circuitry is further configured to, based on an existence of a plurality of objects on the set existence allowed region, determine the trajectory of each of the plurality of objects on the map.
6. The information processing apparatus according to claim 1 , wherein
the circuitry is further configured to extract the object from the image and obtain the position of the extracted object, wherein the extracted object is associated with a human.
7. The information processing apparatus according to claim 1 , wherein the circuitry is further configured to set an initial value of the parameter of the conversion equation based on a user input value and a fixed value.
8. An information processing method, comprising:
converting a position of an object in an image received from a camera into a position on a map based on a conversion equation;
controlling a display to display the position of the object on the map based on results of the conversion;
setting an existence allowed region of the object on the map, wherein the existence allowed region is set based on a user's designation of a region where the object exists on the map; and
determining a parameter of the conversion equation so that a trajectory of the object on the map falls within the set existence allowed region, wherein the determination is based on an evaluation, of the trajectory of the object, that indicates a location of the trajectory from a middle of the set existence allowed region, the results of the conversion at respective times within a period of time and the set existence allowed region of the object.
9. A non-transitory computer-readable recording medium having stored thereon, computer-executable instructions that, when executed by a processor, cause a computer to perform operations, the operations comprising:
converting a position of an object in an image received from a camera into a position on a map based on a conversion equation;
controlling a display to display the position of the object on the map based on results of the conversion;
setting an existence allowed region of the object on the map, wherein the existence allowed region is set based on a user's designation of a region where the object exists on the map; and
determining a parameter of the conversion equation so that a trajectory of the object on the map falls within the set existence allowed region, wherein the determination is based on an evaluation, of the trajectory of the object, that indicates a location of the trajectory from a middle of the set existence allowed region, the results of the conversion at respective times within a period of time and the set existence allowed region of the object.
10. A surveillance camera system, comprising:
a surveillance camera; and
an information processing apparatus configured to process an image captured by the surveillance camera, wherein the information processing apparatus includes:
circuitry configured to:
convert a position of an object in an image received from the surveillance camera into a position on a map based on a conversion equation;
control a display to display the position of the object on the map based on results of the conversion;
set an existence allowed region of the object on the map, wherein the existence allowed region is set based on a user's designation of a region where the object exists on the map; and
determine a parameter of the conversion equation so that a trajectory of the object on the map falls within the set existence allowed region, wherein the determination is based on an evaluation, of the trajectory of the object, that indicates a location of the trajectory from a middle of the set existence allowed region, the results of the conversion at respective times within a period of time and the set existence allowed region of the object.