AU2020100954A4 - Decision making system for crop-livestock farms using machine learning algorithms - Google Patents
Decision making system for crop-livestock farms using machine learning algorithms Download PDFInfo
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- AU2020100954A4 AU2020100954A4 AU2020100954A AU2020100954A AU2020100954A4 AU 2020100954 A4 AU2020100954 A4 AU 2020100954A4 AU 2020100954 A AU2020100954 A AU 2020100954A AU 2020100954 A AU2020100954 A AU 2020100954A AU 2020100954 A4 AU2020100954 A4 AU 2020100954A4
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06N—COMPUTING ARRANGEMENTS BASED ON SPECIFIC COMPUTATIONAL MODELS
- G06N20/00—Machine learning
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/02—Agriculture; Fishing; Mining
Abstract
DECISION MAKING SYSTEM FOR CROP-LIVESTOCK FARMS USING MACHINE
LEARNING ALGORITHMS
Abstract:
The machine learning have augmenting with decision making innovations and
performance calculation to make modern opportunities used for information
seriously science within the different disciplinary Agri-technologies. We display a
comprehensive show for crop-livestock farms to commit the claim of machine
learning in agricultural fabrication systems. Analysis is conducted and
demonstration were sent in (a) crop management, counting purpose on yield
forecast, disease discovery, weed detection crop quality, and species
acknowledgment; (b) livestock management, counting applications on creature
welfare and livestock production; (c) soil management; and (d) water management.
The examined and classification of the decision-making framework for crop
livestock is illustrate how farming will advantage from the machine learning
advances. Machine learning algorithm to applying for sensor information, cultivate
management frameworks are developing into genuine time and forged impending
authorized programs that give wealthy counsel and approaching for farmer decision
support and action.
11Page
DECISION MAKING SYSTEM FOR CROP-LIVESTOCK FARMS USING MACHINE
LEARNING ALGORITHMS
Machine Learning in Agriculture Supply Chain
Group|| GroupIII
Production Phase Processing Phase
Weather Disease Demand Production
Prediction Prediction Mgmt Planning
Weed Livestock Quality
Prediction Mgmt Mgmt
Nutrient Crop
Mgmt Harvest
Fig2: Machine Learning Monitoring and Controlling
Description
Machine Learning in Agriculture Supply Chain
Group|| GroupIII
Production Phase Processing Phase
Weather Disease Demand Production Prediction Prediction Mgmt Planning
Weed Livestock Quality Prediction Mgmt Mgmt
Nutrient Crop Mgmt Harvest
Fig2: Machine Learning Monitoring and Controlling
Field of Invention Field of Invention Related to crop-livestock farms using Machine Learning
Soil management For masters included in agriculture, soil may be a heterogeneous characteristic asset, with complex forms and dubious components. Its temperature alone can grant experiences into the climate alter impacts on the territorial yield. Machine learning algorithms think about evaporation forms, soil dampness and temperature to get it the flow of biological systems and the impingement in farming.
Water Management Water management in agribusiness impacts hydrological, climatological, and agronomical adjust. So distant, the foremost created ML-based applications are associated with estimation of every day, week after week, or month to month evapotranspiration permitting for a more successful utilize of water system frameworks and forecast of day by day dew point temperature, which makes a difference distinguish anticipated climate wonders and gauge evapotranspiration and dissipation.
Background and prior art of the invention: Crop management Yield Prediction Yield expectation is individual of the foremost important and prevalent topics in exactness agribusiness because it characterizes yield diagram and inference, coordinating of edit provide with request, and crop management. State-of the-art approaches have gone distant past straightforward expectation based on the historical information, but consolidate computer vision advances to supply information on the go and comprehensive multidimensional examination of crops, climate, and financial conditions to create the foremost of the surrender for agriculturists and populace.
11Page
Crop Quality The precise discovery and categorization of crop quality definitions can increment product cost and decrease squander. In comparison with the human specialists, machines can make utilize of apparently insignificant information and interconnects to uncover modem qualities playing part within the by and large quality of the crops and to distinguish them.
Disease Detection Both in open-air and greenhouse situation, the foremost broadly utilized hone in bug and disease control is to consistently splash insect repellent over the trimming region. To be successful, this approach requires noteworthy sums of pesticides which comes about in a tall money related and noteworthy natural taken a toll. ML is utilized as a portion of the common accuracy horticulture administration, wherever agro-chemicals input is focused on in terms of instance and influenced plants.
Weed Detection Separated from infections, weeds are the foremost imperative dangers to crop generation. The greatest issue in weeds battling is that they are troublesome to identify and separate from crops. Computer vision and ML calculations can move forward location and separation of weeds at low cost with no natural subject and area impacts. In future, these innovations will drive robots that will annihilate weeds, minimizing the require for herbicides.
Livestock management
Livestock Production Comparable to crop administration, machine learning gives exact forecast and inference of cultivating limitation to optimize the financial proficiency of livestock fabrication systems, such as cattle and eggs production. For illustration, weight foreseeing frameworks can assess the longer term weights 150 days earlier to the butcher day, permitting agriculturists to alter diets and conditions individually.
21 P a g e
Animal Welfare
In present-day setting, the livestock is progressively treated not fair as food holders, but as creatures who can be despondent and depleted of their life at a cultivate. Creatures behavior classifiers can interface their chewing signals to the require in slim down changes and by their development designs, counting standing, moving, bolstering, and drinking, they can tell the sum of push the creature is uncovered to and anticipate its defenselessness to infections, weight pick up and production.
Objective of the invention:
The main objective machine learning algorithms for agriculture to make the model visualize various situations and take the action accordingly. ML algorithms can be urbanized to assist and resolve which hybrids have the likelihood of achieving maximum yield impending in every environment.
Statement of the invention:
Machine Learning Calculation is proposed to screen and control the crop -livestock cultivate forecast condition of the prepared information set. The decision making mechanism are utilized to classify the data such as labeled and unlabeled data. The decision making are communicated by itself since machine learning is utilized to put through the crop-livestock farms. The machine learning subset of manufactured insights is to run the show the anticipated information around farms and share the data through agriculturists. The agriculturists can be utilized as interface between the machine learning and decision making mechanism. It is associated to the Al based different applications can too give the subtle elements to develop the edit in superior way and improve the yield. This strategy could be a modern move toward for fabrication of agricultural crop management. Exact and opportune figures of crop production are important for imperative approach decisions like import-export, estimating promoting dispersion etc. which are subjected by the directorate of economics and statistics. The machine learning gives low cost and adaptable connector for observing and controls the crop - livestock farms management and machine learning algorithms would be competent to recommend the leading crop to develop. The part of machine
3|Page learning algorithms in giving real-time systematic bits of knowledge for positive data-driven decision-making within the Agriculture.
BRIEF DESCRIPTION OF THE SYSTEM OF DRAWINGS Fig 1: Data flow Diagram Fig 2: Machine Learning Monitoring and Controlling Fig 3: Machine learning with support of Decision Making
DETAILED DESCRIPTION OF THE SYSTEM The machine learning expressions and characterization normally, Machine Learning strategies includes a learning prepare with the intention to memorize from "experience" (preparing information) in the direction of execute an assignment. Information in machine learning comprises of a rest of illustrations. More often than not, a person case is depicted by a rest of qualities, moreover acknowledged as highlights or factors. The highlighting can be (numbers, genuine number, etc.), double (i.e., or 1), ordinal (e.g., A+ or B-), or ostensible (identification) numeric. The execution of the machine learning demonstrate during a particular assignment is deliberate by an execution of metrics that moved forward with involvement in excess of time. In the direction of calculating the execution of machine learning models and computations, different quantifiable and numerical models are exploited. The subsequent of the conclusion to the learning prepare, the organized demonstrate can be employed to classify, foresee, or cluster unused cases (testing data) utilizing the encounter gotten amid the preparing prepare. Figure 1 appears an commonplace machine learning approach. Sensors 2018, 18, x FOR PEER Audit 4 of 31 metrics that progressed with experience over time. Toward calculate the execution of machine learning models and computations, different quantifiable and scientific models are employed. Later than the conclusion of learning handle, the equipped show can be utilized to classify, foresee, otherwise cluster unused cases (testing data) utilizing the involvement gotten amid the preparing prepare. Figure 1 appears a normal machine learning advance. Machine learning assignments be ordinarily confidential into distinctive wide type depending on the learning models (classification, relapse, clustering, and dimensionality diminishment), learning sort (supervised/unsupervised), otherwise the learning models utilized to execute the chosen task.
41Page
Claims (1)
- DECISION MAKING SYSTEM FOR CROP-LIVESTOCK FARMS USING MACHINE LEARNING ALGORITHMSWe claim that,• A monitor and controlling system consist of machines learning along withnumber of decisions making such as labeled and unlabeled data etc.• Machine Learning Algorithm is proposed to monitor and control the croplivestock farm prediction condition of the trained data set.• This technique is an innovative approach for fabrication of agricultural cropmanagement. Accurate and appropriate forecasts of crop production arerequired for important procedure decisions like import-export, pricingmarketing distribution etc.• A machine learning algorithm with touch screen such as smart phone, laptop, tablet etc. with high speed internet or Wi-Fi for monitoring and controllingpurpose.• The part of Machine Learning algorithms in given that real-time analyticimpending for practical data-driven decision-making in the Agriculture.• Farmers can be used as interface between the machine learning and decisionmaking mechanism.1|PageDECISION MAKING SYSTEM FOR CROP-LIVESTOCK FARMS USING MACHINE Jun 2020LEARNING ALGORITHMSNew Examples 2020100954Training Data Machine Learning Classification/ (Labeled/unlabeled) Algorithm Prediction rulePredicted Outputs Figure 1. Data Flow DiagramDECISION MAKING SYSTEM FOR CROP-LIVESTOCK FARMS USING MACHINE Jun 2020LEARNING ALGORITHMSMachine Learning in Agriculture Supply Chain 2020100954Group II Group IIIProduction Phase Processing PhaseWeather Disease Demand Production Prediction Prediction Mgmt PlanningWeed Livestock Quality Prediction Mgmt MgmtNutrient Crop Mgmt HarvestFig2: Machine Learning Monitoring and ControllingOutcomes Crop and livestock products, income, environment impactsFig3: Machine Learning with support of Decision Making
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Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
IT202000030038A1 (en) * | 2020-12-11 | 2021-03-11 | Impattozero S R L | Device for monitoring and managing the environmental conditions of an ecosystem |
CN116915760A (en) * | 2023-09-12 | 2023-10-20 | 哈尔滨工程大学三亚南海创新发展基地 | Full-network data communication packaging method and system based on http |
-
2020
- 2020-06-05 AU AU2020100954A patent/AU2020100954A4/en not_active Ceased
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
IT202000030038A1 (en) * | 2020-12-11 | 2021-03-11 | Impattozero S R L | Device for monitoring and managing the environmental conditions of an ecosystem |
CN116915760A (en) * | 2023-09-12 | 2023-10-20 | 哈尔滨工程大学三亚南海创新发展基地 | Full-network data communication packaging method and system based on http |
CN116915760B (en) * | 2023-09-12 | 2023-12-26 | 哈尔滨工程大学三亚南海创新发展基地 | Full-network data communication packaging method and system based on http |
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