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PARK [O] POLIS EMERGENT TERRITORIES _Smart cities for the era of real-time information

Park[o]polis

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Building smart cities in the era of real-time information.

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Page 1: Park[o]polis

PARK[O]POLIS

EMER

GENT

TER

RITO

RIES

_Sm

art

citie

s fo

r th

e er

a of

re

al-t

ime

info

rmat

ion

Page 2: Park[o]polis

Estación Ronda

Zoo

THE GRIDS The area is an urban void at the crossing point where 3 different grids of the city meet but do don con-nect:

Barc

elon

a, S

pai

n

[The Area]parks and [dis]connections

THE LIMITS The Zoo, the train station and the ronda [highway] cut the site in two, not allowing pedestrians to cross from one side to the other:

Barcelonetagrid

Eixamplegrid

El Borngrid

#1

#2

#3

#4

#5

#6

Page 3: Park[o]polis

Estación Ronda

Zoo

Ciutadella

Zoo

THE ENTRANCES The Ciutadella park has access from the Eixample and the El Born grids. The other parks are not well connected to the city:

THE USERS Because of the lack of prop-er access, only the Ciutadella park is fully used by barcelonians. The other parks remain empty most of the time:

Barceloneta Park

Cascades Park Ciutadella ParkEstación de Francia

Barceloneta Beach Ronda Litoral#1 #2 #3

#4 #5 #6

Page 4: Park[o]polis

Curitiba_Brazil

Area: 430 km2Park Area: 90 km2% Green Areas: 20.93%Population: 1,746,896

Area: 790 km2Park Area: 190 km2% Green Areas: 24.05%Population: 8,391,881

The World healTh organizaTion suggesTs aT leasT a minimum of 9 m2 of green open space per ciTy dWeller.

51,50 m2 | hab

Curitiba_Brazil New York_USA New York_USA

[The Green Areas]barcelona x the world

Page 5: Park[o]polis

Area: 790 km2Park Area: 190 km2% Green Areas: 24.05%Population: 8,391,881

Area: 101 km2Park Area: 9 km2% Green Areas: 8.90%Population: 1.621.537

The World healTh organizaTion suggesTs aT leasT a minimum of 9 m2 of green open space per ciTy dWeller.

New York_USA New York_USA Barcelona_Spain Barcelona_Spain

23,10 m2 | hab 5,60 m2 | hab

Page 6: Park[o]polis

Zoo

Cascades Ciutadella

Zoo

Arc de Triomf

Barceloneta Park

[The Strategy]connecting and creating green areas

THE ZOO that today acts as a limit has to be ‘exploded’ throughout the entire territory so pedestrians can cross from Ciutadella to Barceloneta park:

THE EXISTING PARKS have to be physi-cally connected to activate the green areas that are not being used to their full capacities today:

Cars of the Future

Cars of the Today

1.2 m

2.5 m

Page 7: Park[o]polis

Cascades

Arc de Triomf

Ciutadella

Zoo

L’Eixample

Poblenou

El Born

Barceloneta

Barceloneta Park

Cascades

Barceloneta Park

Arc de Triomf

Ciutadella

Zoo

L’Eixample

Poblenou

El Born

Barceloneta

Estación de Francia Ronda

Pier

THE GRIDS also have to be connected through physical paths. Today, there is no connection between the grids in-side the parks:

THE NEW PARKS Because of the lack of green areas, the train station [soon to be deactivated], the ronda and the pier will be transformed into new parks

The

Rond

a To

mor

row

The

Rond

a To

day

THE CARS of today are getting smaller. In this case, the hypothesis is that the flow of vehicles will continue the same, so the space that was left free was transformed into a green urban area, connecting the existing parks of the territory.

Detail 1: Detail 2:

Detail 1: Detail 2:

Page 8: Park[o]polis

The Triangles The idea of creating a ‘mountain-building’ to connect the park not only horizontally but also in section was made possible by using triangles. The process that generated the tectonic movement that would created the building would also have to work in pedestrian scale devices. To allow that system to be applied throughout the territory, the triangulation was fractalized so each area of the park could - if necessary - receive an intervention.

Selecting the points Triangulating the mesh

[The Fractal System]from tectonic to pedestrian scale

Gras

shop

per

tria

ngul

atio

n-co

de

for

the

mes

h

Page 9: Park[o]polis

The Triangles The idea of creating a ‘mountain-building’ to connect the park not only horizontally but also in section was made possible by using triangles. The process that generated the tectonic movement that would created the building would also have to work in pedestrian scale devices. To allow that system to be applied throughout the territory, the triangulation was fractalized so each area of the park could - if necessary - receive an intervention.

1 4 16 64 256

Triangulating the mesh Fractilizing the system

Tectonic Scale

Human Scale

Page 10: Park[o]polis

[The Models]the flower model

Page 11: Park[o]polis

Flow

er M

odel

.

[discarded strategy]

Page 12: Park[o]polis

[The Models]the origami model

Page 13: Park[o]polis

Orig

ami M

odel

.

[discarded strategy]

Page 14: Park[o]polis

[The Models]the cave model

Page 15: Park[o]polis

Cav

e M

odel

.

[permanent program strategy]

Page 16: Park[o]polis

[The Models]the fabric model

Page 17: Park[o]polis

Fab

ric M

odel

.

[reactive program strategy]

Page 18: Park[o]polis

[The Real-Time Data]transforming information into smart spaces

The Hypothesis Increasing green areas in urban environments is not only about construct-ing more square meters of green public spaces. It’s about [re]activating the existing ones and, more importantly, promoting the possibility of different uses [scenarios] for the same space. Transforming mono-functional into hybrid, so the expansion happens not only in space but also in time.

data x space diagram:

Page 19: Park[o]polis

The Hypothesis Increasing green areas in urban environments is not only about construct-ing more square meters of green public spaces. It’s about [re]activating the existing ones and, more importantly, promoting the possibility of different uses [scenarios] for the same space. Transforming mono-functional into hybrid, so the expansion happens not only in space but also in time.

Perm

anen

t Pro

gram

, Big

Sca

leOc

asion

aly

Reac

tive,

Med

ium

Sca

lePe

rman

ently

Rea

ctiv

e, S

mal

l Sca

le

Page 20: Park[o]polis

[The Real-Time Data]transforming information into smart spaces

Park UserData Input #1

Satellite

Park and User Interact

Park Network

Page 21: Park[o]polis

The Technology avail-able today already al-lows us to detect data and promote interaction between user and ob-jects. The same concept should be applied to cit-ies, so the inhabitants could participate in de-signing the spaces they live in.

Page 22: Park[o]polis

[The Reactive Program]transforming static into reactive spaces

Ciutadella Park

Output #1 11 amPark Time

Output #2 17 pmPlayground

Barceloneta Beach

Output #1 11 amBeach Time

Output #2 17 pmPlayground

Page 23: Park[o]polis

17 pmPlayground

Output #3 2 amSonar Festival

17 pmPlayground

Output #3 2 amCircus

[06. june. 2038]

Page 24: Park[o]polis

[The Interactive Model]connecting real-time data with a physical model

‘Sto

ne-li

ke’ S

truc

ture

s

For the simulation of the project, a physical model was built according to the different possible scales of triangula-tion, from human scale - in the form of an inflatable bench / platform - to a pavilionar scale, in the form of a foldable structure. For the bench, the ground plane was inflated by a pump controlled by valves that simulated the interaction between the park and the users. For the pavilion, a Grass-hopper code simulated the ‘Park Network’ controlling the physical ‘arm’ folding the structure up and down.

Air

Incision

Air

Incision

#1

Surface

#2

Inflatable ‘Rock-like’ Structures

‘Incision’

‘Incision’

Page 25: Park[o]polis

‘Cave-like’ StructuresPermanent Program

Space

Surface

Air

Incision

Gras

shop

per

Code

ARDUINO

SLIDER

Mec

hani

cal A

rm

Foldable ‘Pavilion-like’ Structures

Inflation Device

# 1

# 2

FOR THE VIDEO OF THE MODEL IN ACTION VISIT: http://vimeo.com/00000000

‘Incision’

Page 26: Park[o]polis

PARK[O]POLIS

EMERGENT TERRITORIES

_Smart cities for the era of

real-time information