agrartechnik hohenheim 1 universität hohenheim, institute of agricultural engineering, livestock...
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Universität Hohenheim, Institute of Agricultural Engineering,Livestock Systems Engineering (Director: Prof. Dr. T. Jungbluth)
M. Samer; M, Hatem; H. Grimm; R. Doluschitz; T. JungbluthM. Samer; M, Hatem; H. Grimm; R. Doluschitz; T. Jungbluth
byby
AN EXPERT SYSTEM FOR PLANNING AND AN EXPERT SYSTEM FOR PLANNING AND DESIGNING MILKING PARLOUR DESIGNING MILKING PARLOUR
CONSTRUCTIONSCONSTRUCTIONS
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Project Project
Project Management:Project Management: Prof. Dr. T. JungbluthProf. Dr. T. JungbluthProf. Dr. R. DoluschitzProf. Dr. R. DoluschitzProf. Dr. M. HatemProf. Dr. M. Hatem
Sponsored bySponsored by:: The EgyptianThe Egyptian StudyStudy MissionsMissions
Developed byDeveloped by:: M. SamerM. Samer
Running time of the Running time of the projectproject::
FebruaryFebruary 2006 2006 tilltill DecemberDecember 2008 2008
Revised byRevised by:: PD Dr. habil. H. GrimmPD Dr. habil. H. Grimm
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ContentsContents
1. Introduction1. Introduction
2. Material and Methods2. Material and Methods
4. Summary and Conclusion4. Summary and Conclusion
3. Results and Discussion3. Results and Discussion
3.2 Electronic Spark Map3.2 Electronic Spark Map
3.3 Mathematical Model3.3 Mathematical Model
3.1 Concrete Constructions3.1 Concrete Constructions
5. Project Status5. Project Status
6. Prospective6. Prospective
7. Timetable7. Timetable
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IntroductionIntroduction
The main task of the milking parlor constructions sub-model The main task of the milking parlor constructions sub-model is to assist in planning and designing the milking centeris to assist in planning and designing the milking center
The sub-model (part 1) assists in deciding the values of the The sub-model (part 1) assists in deciding the values of the concrete layer dimensions of cow platform, alleys, parlor concrete layer dimensions of cow platform, alleys, parlor rooms, and collecting yardrooms, and collecting yard
The model calculates the volume of the required concrete, The model calculates the volume of the required concrete, and then the required amount of cement, iron rods, sand, and then the required amount of cement, iron rods, sand, and gravels. Subsequently, the model calculates the costsand gravels. Subsequently, the model calculates the costs
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Two designs of parlor constructions were configured Two designs of parlor constructions were configured
MS-Excel is used to develop an electronic spark map (decision tree) MS-Excel is used to develop an electronic spark map (decision tree)
Material and MethodsMaterial and Methods
A mathematical model was developed using the design A mathematical model was developed using the design parameters of the concrete constructions to calculate the parameters of the concrete constructions to calculate the required amount of building materials and the costsrequired amount of building materials and the costs
The mathematical model is then integrated into the spark map The mathematical model is then integrated into the spark map
C# language is used to develop the expert systemC# language is used to develop the expert system
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Results and DiscussionResults and DiscussionConcrete Constructions
Figure 1. Concrete Construction for Parlor with Front Exit AlleyFigure 1. Concrete Construction for Parlor with Front Exit Alley
W FEA
WCP WFEA
LEA
LFEA
LCP
LFEA
LCP
WEA
WP
WEA
LMP T
CL
TC
L
DP
W CP
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Results and DiscussionResults and DiscussionConcrete Constructions
Figure 2. Concrete Construction for Parlor without Front Exit AlleyFigure 2. Concrete Construction for Parlor without Front Exit Alley
LRA
WCP
WRA
WP
WRA
LEA
LCP
LCP
WEA
WP
WEA
LMP T
CL
TC
L
TC
L
DP
W CP
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Results and DiscussionResults and DiscussionElectronic Spark Map
Figure 3. Electronic Figure 3. Electronic Spark MapSpark Map
Milking ParlorMilking ParlorCollecting Collecting
YardYard
Parlor RoomsParlor Rooms
Building MaterialsBuilding Materials
Costs CalculationCosts Calculation
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Results and DiscussionResults and DiscussionElectronic Spark Map
Figure 3. Electronic Figure 3. Electronic Spark MapSpark Map
Milking ParlorMilking Parlor
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Results and DiscussionResults and DiscussionMathematical Model
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Results and DiscussionResults and DiscussionMathematical Model
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With Front ExitWith Front Exit Without Front ExitWithout Front Exit
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Results and DiscussionResults and DiscussionElectronic Spark Map
Figure 3. Electronic Figure 3. Electronic Spark MapSpark Map
Building MaterialsBuilding Materials
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Results and DiscussionResults and DiscussionMathematical Model
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Results and DiscussionResults and DiscussionMathematical Model
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Results and DiscussionResults and DiscussionMathematical Model
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Results and DiscussionResults and DiscussionElectronic Spark Map
Figure 3. Electronic Figure 3. Electronic Spark MapSpark Map
Costs CalculationCosts Calculation
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Results and DiscussionResults and DiscussionMathematical Model
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Results and DiscussionResults and DiscussionUser Interface
Figure 4: User interface of input data of the spark map.Figure 4: User interface of input data of the spark map.
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Results and DiscussionResults and DiscussionUser Interface
Figure 5: Figure 5: User interface User interface of output data of output data of the spark of the spark
map.map.
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Summary and ConclusionSummary and Conclusion
The mathematical model is then integrated into the spark mapThe mathematical model is then integrated into the spark map
A mathematical model and a spark map were developedA mathematical model and a spark map were developed
Two designs of parlor concrete constructions were configuredTwo designs of parlor concrete constructions were configured
Most mathematical models can be integrated into spark Most mathematical models can be integrated into spark maps to simplify the implementationmaps to simplify the implementation
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Thank Thank You !You !