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Central Control Central Control System System For PNU Building For PNU Building 200227121 김김김 200227142 김김김 200227146 김김김

Central Control System For PNU Building

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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. - PowerPoint PPT Presentation

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Page 1: Central Control System  For PNU Building

Central Control System Central Control System

For PNU BuildingFor PNU Building

Central Control System Central Control System

For PNU BuildingFor PNU Building

200227121 김영진200227142 석근민200227146 송학종

Page 2: Central Control System  For PNU Building

II 연구 주제

ⅡⅡ Progress

ⅢⅢ Plan

ⅠⅠ Introduction

ContentsContentsContentsContents

Page 3: Central Control System  For PNU Building

IntroductionIntroduction IntroductionIntroduction

PurposePurpose

ExsitantSystem

New Design& Analysis

IndustrialIndustrialMethodMethod

S t e p

ProjectProject

산업공학과

Investigating control center location by coordinates

Find the suitable security system

Analysis Economical feasibility

Page 4: Central Control System  For PNU Building

Progress Progress

1. Set the area

산업공학과

Set the area related

to distance within

5 minutes

Making a big rectangular which covers

all buildings.

Eliminate overlaped diamond

Page 5: Central Control System  For PNU Building

Set the area Set the area

산업공학과

Making a big rectangular which covers

all 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

Page 6: Central Control System  For PNU Building

Set the area Set the area

산업공학과

1. Aternative (1)1. Aternative (1)

Page 7: Central Control System  For PNU Building

Set the area Set the area

산업공학과

(1 , 8)

(3 , 0)

(0 , 3)(6 , 3)

(2 , 6)

(5 , 3)

(3 , 6)

(5 , 9)

(8 , 6)

(4 , 11)

(7 , 8)

(4 , 5)

(7 , 8)

(10 , 5)(4 , 5)

(7 , 2)

Using the coordinate

Optimal solution by a numerical formula

1. Aternative (2)1. Aternative (2)

Page 8: Central Control System  For PNU Building

Set the area Set the area

산업공학과

건물명 S1 S2 S3 S4

기계관  (0 , 3)  (3 , 6) (6 , 3)  (3 , 0) 

특공관 (4 , 5) (7 , 8) (10 , 5) (7 , 2)

인문관  (2 , 6) (5 , 9)  (8 , 6)  (5 , 3) 

재료관 (1 , 8) (4 , 11) 

(7 , 8)  (4 , 5) 

(0 , 1)

(-1 , 0) (1 , 0)

(0 , -1)

(1 , 1)

(-1 , -1) (1 , -1)

(-1 , 1)1 -11 1

S1 S3

S2

S4S3

S2

S4

S1

건물명 S1 S2 S3 S4

기계관 (3 , 3) (9 , 3) (9 ,-3) (3 ,-3)

특공관 (9 , 1) (15 , 1) (15 ,-5) (9 ,-5)

인문관 (8 , 4) (14 , 4) 

(14 ,-2) (8 ,-2)  

재료관 (9 , 7) (15 , 7) 

(15 , 1) 

(9 , 1) 

Page 9: Central Control System  For PNU Building

Set the area Set the area

산업공학과

(1 , 1)

(-1 , -1) (1 , -1)

(-1 , 1)

S3

S2

S4

S1

X1

Y2

X2

Y1

건물명 S1 S2 S3 S4

기계관 (3 , 3) (9 , 3) (9 ,-3) (3 ,-3)

특공관 (9 , 1) (15 , 1) (15 ,-5) (9 ,-5)

인문관 (8 , 4) (14 , 4) 

(14 ,-2) (8 ,-2)  

재료관 (9 , 7) (15 , 7) 

(15 , 1) 

(9 , 1) 

건물명 X1 X2 Y1 Y2

기계관 3 9 3 -3

특공관 9 15 1 -5

인문관 8 14 4 -2

재료관 9 15 7 1

Page 10: Central Control System  For PNU Building

Set the area Set the area

산업공학과

(1 , 8)

(3 , 0)

(0 , 3)(6 , 3)

(2 , 6)

(5 , 3)

(3 , 6)

(5 , 9)

(8 , 6)

(4 , 11)

(7 , 8)

(4 , 5)

(7 , 8)

(10 , 5)(4 , 5)

(7 , 2)

(3 , 3) (9 , 3)

(9 ,-3) (3 ,-3)

(9 , 1) (15 , 1)

(15 ,-5)(9 ,-5)

(8 , 4) 

(14 , 4) 

(14 ,-2) (8 ,-2) 

(9 , 7)  (15 , 7) 

(9 , 1) (15 , 1) 

Page 11: Central Control System  For PNU Building

Set the area Set the area

산업공학과

건물명 X1 X2

기계관 3 9

특공관 9 15

인문관 8 14

재료관 9 15

Y1 Y2

3 -3

1 -5

4 -2

7 1

건물명

기계관

특공관

인문관

재료관

건물명 X1 X2

기계관 1 3 9

인문관 2 8 14

특공관 3 9 15

재료관 4 9 15

Y1 Y2

1 -5

3 -3

4 -2

7 1

건물명

특공관 1

기계관 2

인문관 3

재료관 4

X11 X12

X21 X22

X31 X32

X42X41

• Minimize Z = 교집합 부분의 넓이 (Y) Y11-Y22 , X11-Y32 , X11-Y42 , . .

• Minimize Z = 교집합 부분의 넓이 (x)

X12-X21 ,

X12-X31 ,

X12-X41 ,

.

.

Page 12: Central Control System  For PNU Building

Progress Progress

산업공학과

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 between

outsourcing system

and self-system

Page 13: Central Control System  For PNU Building

Security SystemSecurity System

산업공학과

1.Outsourcing Security System1.Outsourcing Security System

Merits Demerits

High Cost

Actual Mobilization

Immediately Response

Recompense For Damage

-> High Security Effect

Actual Mobilization

Immediately Response

Recompense For Damage

-> High Security Effect

Set Up Cost

Management Expense

Penalty for cancellation of contract

->Occur High Cost

Set Up Cost

Management Expense

Penalty for cancellation of contract

->Occur High Cost

Page 14: Central Control System  For PNU Building

Security SystemSecurity System

산업공학과

2. Self Security System2. Self Security System

Infrared rays Sensor

Outside Invasion

Occur

Security Phone Calls

OutSide Of Building

Center Room

Page 15: Central Control System  For PNU Building

Security SystemSecurity System

산업공학과

2. Self Security System2. Self Security System

CCTV

InSide Of Building

Center Room

Watching Inside of Building

Page 16: Central Control System  For PNU Building

Security SystemSecurity System

산업공학과

2. Self Security System2. Self Security System

Merits Demerits

High Cost

Easy To Install and Manage

Low Install Cost

No Management Expense

No Additional cost

-> Low 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

No Actual Mobilization

No Recompense For Damage

-> Necessary for Security Guard

Page 17: Central Control System  For PNU Building

•Find Social Contribution Point of Our Project

•Find Economical Contribution Point of Our Project

->Reflect Each Point to Design Proposal

•Find Social Contribution Point of Our Project

•Find Economical Contribution Point of Our Project

->Reflect Each Point to Design Proposal

•Add More Information to Design Proposal

•Research various Approach method

-> Make Final Design Proposal

•Add More Information to Design Proposal

•Research various Approach method

-> Make Final Design Proposal

•Evaluate Logical Validity of Proposal

•Evaluate Economical Validity of Proposal

•Compare Old System and New System

•->Evaluate Entire Validity of Design Proposal

•Evaluate Logical Validity of Proposal

•Evaluate Economical Validity of Proposal

•Compare Old System and New System

•->Evaluate Entire Validity of Design Proposal

산업공학과

1.Research Contributions

1.Research Contributions

2. Continue

Project Progress

2. Continue

Project Progress

3.Evaluatd

Validity

3.Evaluatd

Validity

Further PlanFurther Plan

Page 18: Central Control System  For PNU Building