Agronomic variation and team performance analysis
First Claim
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1. A computing system, comprising:
- a hardware processor;
a variation opportunity space engine configured to control the hardware processor to identify an agronomic variation opportunity based on agronomic variation data indicative of variation of sensed agronomic parameters that are sensed by sensors on a mobile machine as the mobile machine moves across a piece of land; and
a prescriptive component system comprising;
an opportunity-to-component map that maps the agronomic variation opportunity to a set of prescriptive machine configuration components that modify a configuration on the mobile machine, a set of prescriptive machine control components that modify the mobile machine to automate portions of the control of the mobile machine, and a set of prescriptive data gathering components that modify operation of the sensors on the mobile machine to change a definition with which the agronomic parameters are sensed; and
an opportunity-to-component mapping engine that controls the hardware processor to access the opportunity-to-component map to identify at least one of the set of prescriptive machine configuration components, machine control components or data gathering components based on the agronomic variation opportunity, and wherein, upon identifying the at least one component, the prescriptive component system controls the hardware processor to automatically generate machine control data to modify the mobile machine base on the identified at least one prescriptive component.
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Abstract
Performance information indicative of operator performance of a mobile machine is received. A performance opportunity space is identified, indicative of possible performance improvement. Savings identified in the performance opportunity space are quantified.
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Citations
12 Claims
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1. A computing system, comprising:
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a hardware processor; a variation opportunity space engine configured to control the hardware processor to identify an agronomic variation opportunity based on agronomic variation data indicative of variation of sensed agronomic parameters that are sensed by sensors on a mobile machine as the mobile machine moves across a piece of land; and a prescriptive component system comprising; an opportunity-to-component map that maps the agronomic variation opportunity to a set of prescriptive machine configuration components that modify a configuration on the mobile machine, a set of prescriptive machine control components that modify the mobile machine to automate portions of the control of the mobile machine, and a set of prescriptive data gathering components that modify operation of the sensors on the mobile machine to change a definition with which the agronomic parameters are sensed; and an opportunity-to-component mapping engine that controls the hardware processor to access the opportunity-to-component map to identify at least one of the set of prescriptive machine configuration components, machine control components or data gathering components based on the agronomic variation opportunity, and wherein, upon identifying the at least one component, the prescriptive component system controls the hardware processor to automatically generate machine control data to modify the mobile machine base on the identified at least one prescriptive component. - View Dependent Claims (2, 3, 4, 5)
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6. A computer implemented method, comprising:
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receiving, by a hardware processor, agronomic variation information indicative of sensed agronomic information in a plurality of different categories, the sensed agronomic information being sensed by a set of sensors on a mobile machine as the mobile machine moves across a given portion of land; controlling, by the hardware processor, an opportunity space engine to quantify a set of agronomic variation opportunities, across the plurality of different categories, based on the agronomic variation information; controlling, by the hardware processor, a prescriptive component system to access an opportunity-to-component map that maps the set of agronomic variation opportunities to a set of prescriptive machine configuration components that change a configuration of the mobile machine, a set of prescriptive machine control components that modify the mobile machine to automate portions of the control of the mobile machine, and a set of prescriptive data gathering components that modify operation of the sensors on the mobile machine to change a definition with which the agronomic parameters are sensed; controlling, by the hardware processor, an opportunity-to-component mapping engine to identify at least one perspective component of the set of prescriptive machine configuration components, machine control components or data gathering components based on the quantified set of agronomic variation opportunities; automatically controlling the mobile machine to apply different level of automated machine control to the mobile machine based on the at least one perspective component and the quantified set of agronomic variation opportunities; and controlling, by the hardware processor, a user interface component to output the quantified set of agronomic variation opportunities and a control output indicative of the different level of machine control based on the identified at least one perspective component. - View Dependent Claims (7, 8, 9, 10)
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11. A computing system, comprising:
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a hardware processor; a variation opportunity space engine configured to identify, by the hardware processor, an agronomic variation opportunity based on agronomic variation data indicative of variation of a sensed agronomic parameter that is sensed by a sensor on a mobile machine as the mobile machine moves across a piece of land, the sensor being configured to generate a sensor signal indicative of a value of the sensed agronomic parameter at a first rate; and a prescriptive component system configured to; control a recommendation engine, by the hardware processor, to identify a set of prescriptive sensor definition components, based on the agronomic variation opportunity, as components that change the first rate at which the sensor signal is generated to a second rate, based on a variation in the sensed agronomic parameter; and control the mobile machine to modify the sensor definition level at which the sensor senses the sensed agronomic parameter, based on the identified set of prescriptive sensor definition components, from the first rate to the second rate. - View Dependent Claims (12)
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Specification