Information processing to automatically specify and control a device
First Claim
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1. An information processing device, comprising:
- one or more processors configured to;
store operation state information of each of a first plurality of imaging devices, wherein the operation state information includes an operation mode and a process execution state;
detect a change in a first process execution state of a first imaging device of the first plurality of imaging devices, from a first state to a second state,determine a second plurality of imaging devices from the first plurality of imaging devices, based on the detected change in the first process execution state, wherein each of the second plurality of imaging devices has a second operation mode same as a first operation mode of the first imaging device;
compare a second process execution state of each of the second plurality of imaging devices, with the first process execution state of the first imaging device;
determine at least one second imaging device of the second plurality of imaging devices that has a third process execution state same as the first state, based on the comparison of the second process execution state;
generate at least one operation instruction to change the third process execution state of the at least one second imaging device, based on the determination of the at least one second imaging device; and
transmit the at least one operation instruction to the at least one second imaging device.
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Abstract
There is provided an information processing device including an acquisition unit configured to acquire operation state information of connected imaging devices, and an operation instruction unit configured to give an operation instruction to the imaging device specified based on the operation state information of the imaging devices acquired by the acquisition unit.
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Citations
16 Claims
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1. An information processing device, comprising:
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one or more processors configured to; store operation state information of each of a first plurality of imaging devices, wherein the operation state information includes an operation mode and a process execution state; detect a change in a first process execution state of a first imaging device of the first plurality of imaging devices, from a first state to a second state, determine a second plurality of imaging devices from the first plurality of imaging devices, based on the detected change in the first process execution state, wherein each of the second plurality of imaging devices has a second operation mode same as a first operation mode of the first imaging device; compare a second process execution state of each of the second plurality of imaging devices, with the first process execution state of the first imaging device; determine at least one second imaging device of the second plurality of imaging devices that has a third process execution state same as the first state, based on the comparison of the second process execution state; generate at least one operation instruction to change the third process execution state of the at least one second imaging device, based on the determination of the at least one second imaging device; and transmit the at least one operation instruction to the at least one second imaging device. - View Dependent Claims (2, 3, 4, 5, 6, 7, 8, 9, 10)
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11. An information processing system, comprising:
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a first plurality of imaging devices each comprising one or more processors configured to transmit operation state information, wherein the operation state information includes an operation mode and a process execution state; and an information processing device comprising one or more processors configured to; receive the operation state information of each of the first plurality of imaging devices; detect a change in a first process execution state of a first imaging device of the first plurality of imaging devices, from a first state to a second state; determine a second plurality of imaging devices from the first plurality of imaging devices, based on the detected change in the first process execution state, wherein each of the second plurality of imaging devices has a second operation mode same as a first operation mode of the first imaging device; compare a second process execution state of each of the second plurality of imaging devices with the first process execution state of the first imaging device; determine at least one second imaging device of the second plurality of imaging devices that has a third process execution state same as the first state, based on the comparison of the second process execution state; generate at least one operation instruction to change the third process execution state of the at least one second imaging device, based on the determination of the at least one second imaging device; and transmit the at least one operation instruction to the at least one second imaging device.
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12. An information processing method, comprising:
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in an information processing device; storing operation state information of each of a first plurality of imaging devices, wherein the operation state information includes an operation mode and a process execution state; detecting a change in a first process execution state of a first imaging device of the first plurality of imaging devices, from a first state to a second state; determining a second plurality of imaging devices from the first plurality of imaging devices, based on the detected change in the first process execution state, wherein each of the second plurality of imaging devices has a second operation mode same as a first operation mode of the first imaging device; comparing a second process execution state of each of the second plurality of imaging devices, with the first process execution state of the first imaging device; determining at least one second imaging device of the second plurality of imaging devices that has a third process execution state same as the first state, based on the comparison of the second process execution state; generating at least one operation instruction to change the third process execution state of the at least one second imaging device, based on the determination of the at least one second imaging device; and transmitting the at least one operation instruction to the at least one second imaging device. - View Dependent Claims (13, 14, 15)
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16. A non-transitory computer-readable medium having stored thereon computer-readable instructions for causing a computer to execute operations, the operations comprising:
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storing operation state information of each of a first plurality of imaging devices, wherein the operation state information includes an operation mode and a process execution state; detecting a change in a first process execution state of a first imaging device of the first plurality of imaging devices, from a first state to a second state; determining a second plurality of imaging devices from the first plurality of imaging devices, based on the detected change in the first process execution state, wherein each of the second plurality of imaging devices has a second operation mode same as a first operation mode of the first imaging device; comparing a second process execution state of each of the second plurality of imaging devices with the first process execution state of the first imaging device; determining at least one second imaging device of the second plurality of imaging devices that has a third process execution state same as the first state, based on the comparison of the second process execution state; generating at least one operation instruction to change the third process execution state of the at least one second imaging device, based on the determination of the at least one second imaging device; and transmitting the at least one operation instruction to the at least one second imaging device.
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Specification