  The witnessed boom in mobility results in many problems such as urbanization,
costly construction of many highways and air pollution. In an attempt to
address these problems, in this master, we are interested in the implementation
of a ridesharing system. Ridesharing is recognized as a highly effective means
of transport to solve energy consumption, environmental pollution and traffic
congestion issues. Indeed, ridesharing can reduce the number of vehicles on the
roads to avoid traffic jams and thus it contributes to a reduction in
greenhouse gas emissions. Its main thrust resides in sharing transport
expenses, meeting different people and making traveling more enjoyable. In this
respect, we introduce in this dissertation an effective ridesharing system,
called the Stable Multi-Criteria Rideshare Matching (SMRM) system, that (i)
considers users' personal preferences when sharing a private space with others
and (ii) enables a stable matching between driver and passenger sets. The
performed experiments show that the introduced system outperforms its
competitors in terms of stability quality and cost.
  Keywords: Smart cities, Social sustainability, Ridesharing , Social
preferences , TOPSIS , Stable marriage .
