DISTRIBUTED PROCESSING SYSTEM, OPERATION DEVICE, OPERATION CONTROL DEVICE, OPERATION CONTROL METHOD, METHOD OF CALCULATING COMPLETION PROBABILITY OF OPERATION TASK, AND PROGRAM
First Claim
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1. A distributed processing system comprising:
- a plurality of operation devices that perform an operation using power derived from natural energy; and
an operation control device that includes a task assigning unit that assigns the same operation task to the plurality of operation devices, and an operation control unit that controls the plurality of operation devices to perform the operation task assigned by the task assigning unit.
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Abstract
A distributed processing system includes a plurality of operation devices that perform an operation using power derived from natural energy; and an operation control device that includes a task assigning unit that assigns the same operation task to the plurality of operation devices, and an operation control unit that controls the plurality of operation devices to perform the operation task assigned by the task assigning unit.
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Citations
12 Claims
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1. A distributed processing system comprising:
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a plurality of operation devices that perform an operation using power derived from natural energy; and an operation control device that includes a task assigning unit that assigns the same operation task to the plurality of operation devices, and an operation control unit that controls the plurality of operation devices to perform the operation task assigned by the task assigning unit. - View Dependent Claims (2, 3, 4, 5, 6)
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7. An operation device comprising:
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a power receiving unit that receives power supplied from a generator generating power using natural energy; a task information acquiring unit that acquires information related to an operation task and information related to a completion limit of the operation task; a weather information acquiring unit that acquires weather information within a period until the completion limit of the operation task acquired by the task information acquiring unit; a distribution calculating unit that calculates probability distribution of the power quantity supplied to the power receiving unit within the period until the completion limit of the operation task on the basis of the weather information acquired by the weather information acquiring unit; a power consumption calculating unit calculates a power quantity necessary to perform the operation task on the basis of the information related to the operation task acquired by the task information acquiring unit; and a completion probability calculating unit that calculates a probability of completing the operation task within the period until the completion limit of the operation task on the basis of the probability distribution of the power quantity calculated by the distribution calculating unit and the power quantity calculated by the power consumption calculating unit.
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8. An operation control unit comprising:
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a task assigning unit that assigns the same operation task to a plurality of operation devices performing an operation using power derived from natural energy; and an operation control unit that controls the plurality of operation devices to perform the operation task assigned by the task assigning unit.
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9. An operation control method comprising:
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assigning the same operation task to a plurality of operation devices performing an operation using power derived from natural energy; and controlling the plurality of operation devices to perform the operation task assigned by the task assigning unit.
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10. A method of calculating a completion probability of an operation task in an operation device having a power receiving unit receiving power supplied from a power generator generating power using natural energy, the method comprising:
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acquiring information related to an operation task and information related to a completion limit of the operation task; acquiring weather information within the period until the completion limit of the operation task acquired in the acquiring of the task information; calculating probability distribution of the power quantity supplied to the power receiving unit within the period until the completion limit of the operation task on the basis of the weather information acquired in the acquiring of the weather information; calculating a power quantity necessary to perform the operation task on the basis of the information related to the operation task acquired in the acquiring of the task information; and calculating a probability of completing the operation task within the period until the completion limit of the operation task on the basis of the probability distribution of the power quantity calculated in the calculating of the distribution and the power quantity calculated in the calculating of the power consumption.
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11. A program for causing a computer to execute:
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a task assigning a function of assigning the same operation task to a plurality of operation devices performing an operation using power derived from natural energy; and an operation control function of controlling the plurality of operation devices to perform the operation task assigned by the task assigning function.
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12. A program for causing a computer having a power receiving unit that receives power supplied from a generator generating power using natural energy to execute:
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a task information acquiring function of acquiring information related to an operation task and information related to a completion limit of the operation task; a weather information acquiring function of acquiring weather information within the period until the completion limit of the operation task acquired by the task information acquiring function; a distribution calculating function of calculating probability distribution of the power quantity supplied to the power receiving unit within the period until the completion limit of the operation task on the basis of the weather information acquired by the weather information acquiring function; a power consumption calculating function of calculating a power quantity necessary to perform the operation task on the basis of the information related to the operation task acquired by the task information acquiring function; and a completion probability calculating function of calculating a probability of completing the operation task within the period until the completion limit of the operation task on the basis of the probability distribution of the power quantity calculated by the distribution calculating function and the power quantity calculated by the power consumption calculating function.
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Specification