Randomness and predictability in mass allocation dynamics in vehicle sharing systems.
Multisensory seats that allow users to perceive each other’s presence by remotely exchanging their bodyprints through the internet.
Numerical integration and visualization of mass allocation dynamics from journey data in on-demand mobility systems
Pattern extraction of workers' rebalancing operations in Boston Hubway by comparing 620K user trips to 32M station updates.
Intelligent modular structures that pass information between their building elements through physical contact.
A computational system dynamics analysis of sizing and rebalancing tradeoffs in Boston's bike sharing system.
A land use transportation interaction (LUTI) model that explains how urban form shapes trip patterns and how trip patterns determine stock-flow dynamics
Interactive strategic games for designing and studying self organization in shared systems.
Interactive strategic games for designing and studying human behavior and self governance in commons of shared resources.
A new clustering method to study human mobility in MoD systems revealing analogies between discrete and fluidic models
A statistically accurate inequality index inspired by "Pareto's 80/20 law" and real-time application in geospatial imbalances of MoD systems in 15 cities.
Reinventing urban mobility with P2P shared use, clean energy, and minimal parking footprint.
A two-sided market for deriving socially fair prices between commuters willing to pay to save time and commuters willing to profit from spare time.
A critical position on the role of optical telegraphy's mechanical internet in 18th century to contemporary discourse on cyber physical cities.
The capacity of architecture to manifest memory from the cycles of commercial activity through transformation of form.
Autonomous robotic navigation based on synergies between vehicle design and artificial intelligence.
Mechanical automata exploring motion dynamics, design, and human assemblability.
Mechanical automata exploring design mechanisms of motion transfer under material and fabrication constraints .
©2016 Dimitris Papanikolaou