Tirana Plug In River
Tirana Plug In River
River Playful Instalation
Learning about the river in a playful System|
Many European cities in recent decades have strongly valued the relationship with their river. We can find different examples where massive measures of environmental control and pollution have been taken, and for decades was a lost, abandoned and often dangerous area of the city, once again became the center of urban life. That is what we aim todo with Tirana river.
The project proposes a progressive re-embedding of the river by residents through multifunctional devices that are at the same time sport-playing and polluting. They are mobile structures that can allow us to begin to materialize the tendency towards degradation and begin to bring the river closer to its citizens, expecting even more general intervention.hat we think to do with Tirana River.
From the analysis of the river reveals the presence of a crisis that includes the way in which the river is perceived by its inhabitants: the inability to directly benefit the river (due to the difficulties of access, neglect and the same river pollution) and the silent process of the "disposition" of public space. That is why we want residents to be involved in all the steps to help the river return not just residents. The inclusion of smaller ages would create the feeling of saving what really needs to be saved.
Case study
Chicago river
The Chicago River was once so full of sewage that in the late 19th century Illinois built a series of canals to actually reverse its flow away from Lake Michigan, to prevent it from contaminating the city’s water supply. More than 100 years later the city launched the Chicago River Corridor Development Plan, a measure laying out new trails, parks, boathouses, overlooks, and the just-opened Chicago Riverwalk, a pedestrian promenade along six blocks between State Street and Lake Street. With design led by Sasaki Associates and Ross Barney Architects, each block takes on a different river typology. Marina Plaza, for instance, includes restaurants and outdoor seating, while The Cove has kayak rentals and docks for watercraft. The final piece, the Jetty, a series of piers and floating wetland gardens,
A model for Human Trajectory Prediction
Development of a human movement trajectory prediction system that incorporates the scene information (Scene-LSTM) as well as human movement trajectories (Pedestrian movement LSTM) in the prediction process within static crowded scenes. it superimpose a two-level grid structure (scene is divided into grid cells each modeled by a scene-LSTM, which are further divided into smaller sub-grids for finer spatial granularity) and explore common human trajectories occurring in the grid cell (e.g., making a right or left turn onto sidewalks coming out of an alley; or standing still at bus/train stops). Two coupled LSTM networks, Pedestrian movement LSTMs (one per target) and the corresponding Scene-LSTMs (one per grid-cell) are trained simultaneously to predict the next movements. Also they show that such common path information greatly influences prediction of future movement.
Human Movement Detection
Sensors to detect the footsteps of humans.
As soon as experimenting with some possible interactions between man and water, the project's throwing was to sum up the activities of various projects on a single "floating" platform that, thanks to a variety of gaming activities,acts in the mood of people who use it.
Learning about the river in a playful System|
Many European cities in recent decades have strongly valued the relationship with their river. We can find different examples where massive measures of environmental control and pollution have been taken, and for decades was a lost, abandoned and often dangerous area of the city, once again became the center of urban life. That is what we aim todo with Tirana river.
The project proposes a progressive re-embedding of the river by residents through multifunctional devices that are at the same time sport-playing and polluting. They are mobile structures that can allow us to begin to materialize the tendency towards degradation and begin to bring the river closer to its citizens, expecting even more general intervention.hat we think to do with Tirana River.
From the analysis of the river reveals the presence of a crisis that includes the way in which the river is perceived by its inhabitants: the inability to directly benefit the river (due to the difficulties of access, neglect and the same river pollution) and the silent process of the "disposition" of public space. That is why we want residents to be involved in all the steps to help the river return not just residents. The inclusion of smaller ages would create the feeling of saving what really needs to be saved.
Case study
Chicago river
The Chicago River was once so full of sewage that in the late 19th century Illinois built a series of canals to actually reverse its flow away from Lake Michigan, to prevent it from contaminating the city’s water supply. More than 100 years later the city launched the Chicago River Corridor Development Plan, a measure laying out new trails, parks, boathouses, overlooks, and the just-opened Chicago Riverwalk, a pedestrian promenade along six blocks between State Street and Lake Street. With design led by Sasaki Associates and Ross Barney Architects, each block takes on a different river typology. Marina Plaza, for instance, includes restaurants and outdoor seating, while The Cove has kayak rentals and docks for watercraft. The final piece, the Jetty, a series of piers and floating wetland gardens,
Medellin Colombia
Once a broken city that has already reinvented itself through innovative urban projects like parks, squares, an aerial tram, and a green belt, is now completely rethinking its river. Like so many others, that waterway was channeled in concrete in the 1950s, a highway built right next to it. But now, following a competition-winning plan by Latitude, Workshop of Architecture and City, the city is burying a 1,300-foot-long stretch of that highway and building a park (Parques del Rio Medellin) on top, providing recreation and re-connecting the river to the rest of the city.
A model for Human Trajectory Prediction
Development of a human movement trajectory prediction system that incorporates the scene information (Scene-LSTM) as well as human movement trajectories (Pedestrian movement LSTM) in the prediction process within static crowded scenes. it superimpose a two-level grid structure (scene is divided into grid cells each modeled by a scene-LSTM, which are further divided into smaller sub-grids for finer spatial granularity) and explore common human trajectories occurring in the grid cell (e.g., making a right or left turn onto sidewalks coming out of an alley; or standing still at bus/train stops). Two coupled LSTM networks, Pedestrian movement LSTMs (one per target) and the corresponding Scene-LSTMs (one per grid-cell) are trained simultaneously to predict the next movements. Also they show that such common path information greatly influences prediction of future movement.
Human Movement Detection
Sensors to detect the footsteps of humans.
Standard capacitive touch sensor to show the movemnt of footsteps,where people are most likely to stand,in which direction the are moving etc.
Proposal
The selected area is shown in the pictures.
The project explores the interaction between humans and water of a particular interest in a recreational sports field that can improve its well-being: a variety of activities have been selected, water (solid, liquid, gaseous, mobile, stagnant ..) and a space were constructed accordingly. trying to make the two sides of the river natural. This is a space that draws closer to the river and its purpose and at the same time give it a new function and interpretation.
As soon as experimenting with some possible interactions between man and water, the project's throwing was to sum up the activities of various projects on a single "floating" platform that, thanks to a variety of gaming activities,acts in the mood of people who use it.
Firsty we made som reserches on the movement of footsteps because we need to know which are the places that aremore preferable by the peole ofdifferent ages.
THats why we try to create smth that will ttract allpeople but mostly children .
- Sports
- Relaxing
- Play
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