AAVS Seoul 2016_Unit 2

Garibong-dong Project

Unit2: Hyper-Agency Tutor:

Soomeen Hahm

Members:

YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Garibong-d

Hyper-A

dong Project

Agency

Contents 01 Introduction 02 Algorithm Studies _Processing works 03 Applications 04 Garibong-dong Suggestions

01 Introduction Shortest Path + Stigmergy

01 Introduction - Shortest Path + Stigmergy

Shortest Path _Dijkstra Algorithm Illustration of Dijkstra’s algorithm search for finding path from a start node (lower left, red) to a goal node (upper right, green) in a robot motion planning problem. Open nodes represent the “tentative” set. Filled nodes are visited ones, with color representing the distance: the greener, the farther. Nodes in all the different directions are explored uniformly, appearing as a more-orless circular wavefront as Dijkstra’s algorithm uses a heuristic identically equal to 0.

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Video

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

01 Introduction - Shortest Path + Stigmergy

Stigmergy Algorithm Stigmergy is a mechanism of indirect coordination between agents or actions.

The principle is that the trace left in the environment by an action stimulates the performance of a next action, by the same or a different agent. In that way, subsequent actions tend to reinforce and build on each other, leading to the spontaneous emergence of coherent, apparently systematic activity.

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Video

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

01 Introduction - Shortest Path + Stigmergy

Shortest Path Analyzing Urban _ Community Road

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Stigmergy Creating Space _ Mechanism of cooperation

02-10 Jan 2015

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02 Algorithm Studies _Processing works

02 Algorithm Studies - Shortest Path

Dijkstra Algorithm Dijkstra’s algorithm to find the shortest path between a and b. It picks the unvisited vertex with the lowest-distance, calculates the distance through it to each unvisited neighbor, and updates the neighbor’s distance if smaller.

Mark visited (set to red) when done with neighbors.

Step.1

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Step.2

Step.3

Step.4

Step.5

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Processing Studies

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path Studies on different patterns

Option 1

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Option 2

Seeds

|5

GSeeds | 1

Option 3

02-10 Jan 2015

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02 Algorithm Studies - Shortest Path Studies on different patterns

Option 4

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Option 5

Seeds

|5

GSeeds | 1

Option 6

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path Studies on different patterns

Option 7

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Option 8

Seeds

|5

GSeeds | 1

Option 9

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Shortest Path Studies on different patterns

Option 10

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Option 11

Seeds

|5

GSeeds | 1

Option 12

02-10 Jan 2015

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02 Algorithm Studies - Shortest Path & Longest Path

Shortest Path

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Longest Path

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Stigmergy

Grows Ant colonies, and more generally social insect societies, are distributed systems that, in spite of the simplicity of their individuals, present a highly structured social organization. As a result of this organization, ant colonies can accomplish complex tasks that in some cases far exceed the individual capacities of a single ant. The study of ant colonies behavior and of their self-organizing capacities is interesting for computer scientists because it provides models of distributed organization which are useful to solve difficult optimization and distributed control problems. In this paper we overview some models derived from the observation of real ants, emphasizing the role played by stigmergy as distributed communication paradigm, and we show how these models have inspired a number of novel algorithms for the solution of distributed optimization and distributed control problems.

Reference_stigmergy http://manwithoutqualities.com/2012/07/01/stigmergy-in-human-practicecoordination-in-construction-work/

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

MON

Per Exhi

MON

n

n

node

MONTHS WEEK

02 Algorithm Studies - Stigmergy A

B

C

D

DAY

E

Stigmergy

Agent Function

App Control

30 MONTHS

E

WEEK

DAY

DAY

C

D

E

Count 52

Count 134 PARKLANE

D

C

E

D

30

MONTHS

WEEK

B

A

Extents of lattice

E

Count 467

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Count 621

PARKLANE

Extents of lattice

50

int.totCount=1 totCount<1600 Extents of lattice

PARKLANE

Count 298

Count 837

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

Stigmergy

Agent Function

App Control

02 Algorithm Studies - Stigmergy

30 30 50

Extents of lattice

Extents of lattice

Extents of lattice

PARKLANE PARKLANE

PARKLANE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Count 837

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

Stigmergy

Agent Function

App Control

02 Algorithm Studies - Stigmergy

30 30 50

Extents of lattice

Extents of lattice

Extents of lattice

PARKLANE PARKLANE

PARKLANE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Max _V-ray Render

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Stigmergy Setup condition XYZ extents modification extent coordinate values limit its space to glow

X:=10 Y=10 Z=10

X:=15 Y=15 Z=15

Top view

Side view

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

X:=10 Y=10 Z=40

Top view

Top view

Side view

Side view

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Stigmergy Setup condition Module unit: Truncated Octahedron Basic unit of this algorithm is consisted of two kinds of faces, one is rectangle and the other is hexagon. There are 14 vertices at this lattice and its whole structure is sutable for expansion.

6 rectangles

8 hexagons

LOWER NE

BOTTOM

NORTH LOWER NW

LOWER SW

EAS UPPER NE

UPPER SE WEST

TOP

UPPER SW

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

UPP NW

Truncated Octahedron

ST LOWER SE

PER W SOUTH

Side of Truncated Octahedron

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Stigmergy Setup condition Totalcount

TotalCount<1400

TotalCount<3000

First Run

Second Run

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

extentX=40 ,extentY=40, extentZ=40

TotalCount<5000

First Run

First Run

Second Run

Second Run

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Draw Control neighbourCount

neighbourCount = 2

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

neighbourCount = 5

neighbourCount = 14

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Draw Control neighbourCount Setup totCount=1400 extent=(20,20,20)

minimumCount = 3

3Count prob. < .5 7Count prob. < .04

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

3Count prob. < .5 7Count prob. < .01

Stigmergy Algorithm

minimumCount = 7

7Count prob. < .5 15Count prob. < .01

7Count prob. < .4 15Count prob. < .1

02-10 Jan 2015

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02 Algorithm Studies - Controlling the direction of growth

Directions of neighbours : The principles of controlling the direction There is simple principle over controlling the direction of growth throughout this algorithm. In the lattice, there are 14 faces and each has been named as its direction in the script. Each has been gotten its own weights, and probability of giving direction follows its portion of weight; for instance, if the float from 0 to 1 is given, and itâ&#x20AC;&#x2122;s smaller than its portion (W/sumW), the counter seed of neighbour is on, and it draws. Through this, we could control the direction by eliminating each directionâ&#x20AC;&#x2122;s funct.

TOP RECT. (Z+2)

SOUTH RECT. (Y-1)

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Stigmergy Algorithm

NW HEXA. (X+1, Y+1, Z+1)

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

02 Algorithm Studies - Controlling the direction of growth Directions of neighbours :

The examples of manipulation

funct(TOP RECT.).on

funct(WEST RECT.).on

funct(fixed Y).on

funct(fixed Z).on

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

funct(TOP NW HEX.).on

funct(Z+int).on

funct(hexagon).on

funct(rectangle).on

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

App Control

02 Algorithm Studies - Controlling the direction of growth

30 30 50

Extents of lattice

Extents of lattice

Extents of lattice

PARKLANE PARKLANE

PARKLANE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Video

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

03 Applications

Processing was used as a tool to figure out the shortest path to trav from neighborhood to the site attractions. Five attractions were se Shortest paths were studied before designing the attractions. By th means of processing, we can figure out where people come from also help to decide where to set the entrance or the main façade of th attractions. Moreover, processing also helped to figure out the longe path which can be the touristsâ&#x20AC;&#x2122; route for visiting the five attractions Garibong-dong.

vel et. he m, it he est of

03 Applications - Path Finding

Procedure of finding path algorithm

Map

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Decide Start and Goal

ting Point (Seed) Point (GSeed)

Shortest Path Algorithm

02-10 Jan 2015

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03 Applications - Path Finding Shortest Path _ IT Company Connection among IT companies

ECO-TECH TECHNO TOWER E-SPACE

KOLON DIGITAL TOWER

J DIG TO

OPEN SPACE 2 CHURCH LG GASAN DIGITAL CENTRE

CHINESE ALLEY

MARKET

KOLON TECHNOVALLEY

SAMSUNG LEADERS TOWER

MARIO TOWER

OPEN SPACE 1

HANSHIN IT TOWER

INDUSTRYUNIVERSITY COLLABORATION R&D

SNT ENGINEERING SJ TECHNOVILLAGE

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY S

JNK GITAL OWER

Shortest Path _ IT Company

MINAL

STATION

02-10 Jan 2015

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03 Applications - Path Finding Shortest Path _ Chinese Resturant From nearby residential and commercial area to chinese resturants along chinese alley

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY

CHINESE ALLEY

Shortest Path _ Chinese Resturant

MINAL STATION

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

03 Applications - Path Finding Shortest Path _ Entertainment From nearby residential and commercial area to entertainment facilities along chinese alley

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY

CHINESE ALLEY

Shortest Path _ Entertainment

MINAL STATION

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

03 Applications - Path Finding Shortest Path _ Market From nearby residential area to market

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY

MARKET

Shortest Path _ Market

MINAL STATION

02-10 Jan 2015

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03 Applications - Path Finding Shortest Path _ Church From nearby residential area to church

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY

CHURCH

Shortest Path _ Church

MINAL STATION

02-10 Jan 2015

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03 Applications - Path Finding Shortest Path _ Open spaces From nearby commercial and residential area to open spaces

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY

OPEN SPACE 2

OPEN SPACE 1

Shortest Path _ Open spaces

MINAL STATION

02-10 Jan 2015

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03 Applications - Path Finding Longest Path Tourist route that pass through all the attractions

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Chinese Resturant

Market

Open space

Tourist route

Bus Terminal

Subway station

IT COMPANIES

CHINESE RESTURANT

ENTERTAINMENT MARKET

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERM

ATTRACTIONS

SUBWAY

OPEN SPACE 2

CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

Longest Path

MINAL STATION

02-10 Jan 2015

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03 Applications - Final Design Tourist Route

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

LEGEND LEGEND

IT Company

Entertainment

Church

Attractions within site

Market

Open space

Tourist route

IT COMPANIES

ENTERTAINMENT

CHINESE RESTURANT

MARKET

Chinese Resturant Bus Terminal

Subway station

CHURCH

OPEN SPACE

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

TOURIST ROUTE

BUS TERMIN

ATTRACTIONS

SUBWAY ST

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

Main Path

NAL

TATION

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04 Garibong-dong Suggestions

04 Garibong-dong Suggestions - Final Design

OPEN SPACE 2 CHURCH

CHINESE ALLEY

MARKET

OPEN SPACE 1

Shortest Path Community Area

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

FInal image

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04 Garibong-dong Suggestions - Final Design

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

Current View

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

Design Suggestion

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

OPEN SPACE 2 CHURCH

Church + Open space

Community space + Facility Parking

Current View

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

OPEN SPACE 2 CHURCH

Church + Open space

Eco Roof

Community space + Facility

Parking

Design Suggestion

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

04 Garibong-dong Suggestions - Final Design

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

04 Garibong-dong Suggestions - Final Design

CHINESE ALLEY

Chinese alley

Eco Roof

Community space + Facility Parking

Current View

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

04 Garibong-dong Suggestions - Final Design

CHINESE ALLEY

Chinese alley

Design Suggestion

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

04 Garibong-dong Suggestions - Final Design

CHINESE ALLEY

Chinese alley

Design Suggestion

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

OPEN SPACE 1

Open space

Current View Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

OPEN SPACE 1

Open space

Design Suggestion Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

02-10 Jan 2015

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04 Garibong-dong Suggestions - Final Design

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Current View

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University

04 Garibong-dong Suggestions - Final Design

Unit 2 Hyper-Agency Tutor: Soomeen Hahm Member: YoungJoo LEE, Xi GUO, Myunghwan CHOI, Juyeop CHA, Junyoon LEE, Daeyou KIM, TszYui NGAN

Design Suggestion

02-10 Jan 2015

AA Visiting School Seoul Winter Yonsei University