Automating Cities: Design, Construction, Operation and Future Impact
In: Advances in 21st Century Human Settlements Ser.
Intro -- Contents -- The Machine Metropolis: Introduction to the Automated City -- 1 Towards a Braver Automated Future for Cities -- 2 Automation in Solving Design Problems -- 2.1 Automation and the Human-Machine Interface -- 2.2 Automation and the Inside-Outside Interface -- 2.3 Automation and the Redistributed Design-Construction Interface -- 3 Automation in Construction and Building Services -- 3.1 3D Printing and Construction -- 3.2 Drones on Construction Sites -- 3.3 Pre-Fabrication and Modularity -- 4 Automating Urban Life Through Data and Infrastructure -- 4.1 Modular Cities on Water -- 4.2 Fabricated Cities -- 4.3 Automated Vehicles and the City -- 5 Privacy of the Occupant Within Digital Representations of the City -- 6 The Automated Way Forward -- References -- Automation of the Design Process -- Designing Human-Machine Interactions in the Automated City: Methodologies, Considerations, Principles -- 1 Introduction -- 2 Smart Cities, Automation and Human-Computer Interaction -- 3 Methodologies for Designing Citizen-Centred Automated Cities -- 3.1 Participatory Design -- 3.2 Action Research and Design Thinking -- 3.3 Spiral Models -- 3.4 Service Design -- 3.5 Systems Thinking -- 3.6 Urban Design -- 4 From Research Trials to Speculative Prototypes: Design Considerations in Automated Urban Applications -- 4.1 Communicating Intent and Awareness -- 4.2 Determining the Physical Representation of Automated Systems -- 4.3 Enabling Direct Operation Through an Interface -- 5 Principles for Prototyping and Deploying Automation -- 6 Conclusion -- References -- Automating Kinetic Screen Design from an Origami Fold -- 1 Origami Kinematics -- 1.1 Minimum Depth of System -- 1.2 System Components -- 2 Momotani Kinetic Screen as a Building Façade -- 2.1 Setting the Parameters -- 2.2 Effect of Varied Panel Proportions -- 2.3 Full-Scale Prototype Studies.
