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Central Control System For PNU Building

Central Control System For PNU Building. 200227121 김영진 200227142 석근민 200227146 송학종. I. 연구 주제. Ⅱ. Progress. Ⅲ. Plan. Contents. Ⅰ. Introduction. Purpose. Introduction. Industrial Method. Exsitant System. New Design & Analysis. Project. S t e p.

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Central Control System For PNU Building

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  1. Central Control System For PNU Building 200227121 김영진 200227142 석근민 200227146 송학종

  2. I 연구 주제 Ⅱ Progress Ⅲ Plan Contents Ⅰ Introduction

  3. Purpose Introduction IndustrialMethod Exsitant System New Design& Analysis Project S t e p • Investigating control center location by coordinates • Find the suitable security system • Analysis Economical feasibility 산업공학과

  4. Progress 1. Set the area • Making a big rectangular which coversall buildings. • Eliminate overlaped diamond • Set the area relatedto distance within5 minutes 산업공학과

  5. Set the area • Making a big rectangular which coversall buildings.- Dividing sub-rectangular- To express the right angle distances, we made a diamond shape→ Rotate 45º to make a diamond • Eliminate overlaped diamond- Minimize the number of diamond- Assume that selected diamond has to include every buildings 산업공학과

  6. Set the area 1. Aternative (1) 산업공학과

  7. Set the area 1. Aternative (2) • Using the coordinate • Optimal solution by a numerical formula (4 , 11) (5 , 9) (7 , 8) (1 , 8) (7 , 8) (3 , 6) (8 , 6) (2 , 6) (4 , 5) (10 , 5) (4 , 5) (6 , 3) (0 , 3) (5 , 3) (7 , 2) (3 , 0) 산업공학과

  8. Set the area S2 (0 , 1) S2 S1 (1 , 1) (-1 , 1) • -1 • 1 1 S1 S3 (1 , 0) (-1 , 0) (1 , -1) (-1 , -1) S4 S4 S3 (0 , -1) 산업공학과

  9. Set the area S2 S1 (1 , 1) (-1 , 1) Y1 X1 X2 (1 , -1) (-1 , -1) Y2 S4 S3 산업공학과

  10. Set the area (4 , 11) (15 , 7)  (9 , 7)  (5 , 9) (14 , 4)  (8 , 4)  (7 , 8) (1 , 8) (7 , 8) (3 , 3) (9 , 3) (3 , 6) (9 , 1)  (15 , 1)  (8 , 6) (2 , 6) (4 , 5) (15 , 1) (10 , 5) (9 , 1) (4 , 5) (14 ,-2)  (8 ,-2)  (6 , 3) (0 , 3) (5 , 3) (3 ,-3) (9 ,-3) (7 , 2) (15 ,-5) (9 ,-5) (3 , 0) 산업공학과

  11. X11 X12 X21 X22 X31 X32 X42 X41 Set the area • Minimize Z = 교집합 부분의 넓이(x) • X12-X21 , • X12-X31 , • X12-X41 , • . • . • Minimize Z = 교집합 부분의 넓이(Y) • Y11-Y22 , • X11-Y32 , • X11-Y42 , • . • . 산업공학과

  12. Progress 2. Security System • Outsourcing security system - High cost but high security effects • Self-security system- Low cost but necessary security guard→ Our university already had , so we can just manage them. • Investigate good, bad point betweenoutsourcing systemand self-system 산업공학과

  13. Security System 1.Outsourcing Security System Demerits Merits High Cost Actual Mobilization Immediately Response Recompense For Damage -> High Security Effect Set Up Cost Management Expense Penalty for cancellation of contract ->Occur High Cost 산업공학과

  14. Security System 2. Self Security System Center Room OutSide Of Building Outside Invasion Occur Infrared rays Sensor Security Phone Calls 산업공학과

  15. Security System 2. Self Security System Center Room InSide Of Building CCTV Watching Inside of Building 산업공학과

  16. Security System 2. Self Security System Demerits Merits High Cost Easy To Install and Manage Low Install Cost No Management Expense No Additional cost -> Low Cost No Actual Mobilization No Recompense For Damage -> Necessary for Security Guard 산업공학과

  17. Further Plan • Find Social Contribution Point of Our Project • Find Economical Contribution Point of Our Project • ->Reflect Each Point to Design Proposal 1.Research Contributions • Add More Information to Design Proposal • Research various Approach method • -> Make Final Design Proposal 2. Continue Project Progress • Evaluate Logical Validity of Proposal • Evaluate Economical Validity of Proposal • Compare Old System and New System • ->Evaluate Entire Validity of Design Proposal 3.Evaluatd Validity 산업공학과

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