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Wireless Sensor Networks

A Wireless Sensor Network is a collection of a large number of tiny devices, distributed over a vast area, linked by a wireless mediumand equipped with limited computational capabilities.
Applications of interest include:

  • environmental sensing, i.e., continuous measurements acquisition for a variable of interest,
  • working condition monitoring and event/failure detection through the implementation of clustering strategies for the network nodes.


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Multi-camera Systems

Multi-camera systems integrates a large number of spatially distributed smart visual sensors capable of processing and fusing images of a scene from a variety of viewpoints in order to perform some high-level tasks that are beyond the capacity and knowledge of each individual agent.
Applications of interest include:

  • pose estimation problem in a realistic noisy environment, i.e., determination of position and attitude of each camera in the system expressed in a certain global inertial frame exploiting some noisy available measurements derived by the observed scene,
  • perimeter patrolling problem, where the border of a certain area is required to be repeatedly and coordinately monitored by a set of cameras,
  • tracking problem, requiring the multi-camera cooperative task assignment and decision taking in order to track a target in a constrained space.



Aerial Multi-rotor Vehicles

Unmanned Aerial Vehicles represent a wide class of autonomous aerial platforms that are rapidly increasing in popularity  thanks to their versatility.

Applications of interest include: 

  • theoretical analysis of actuation and robustness properties for multi-rotors having a variable number of propellers arbitrarily oriented,\item failure detection and fail-safe control problem, to allow the recovery from a propeller loss,
  • path-following problem, wherein the vehicle is required to chase  an object or desired path in presence of obstacles and disturbances, 
  • determination of optimal multi-vehicle formation under resources constraints,
  • bearing rigidity-based stabilization of a multi-vehicle formation and  agents coordinated motion while preserving some structural system properties.



Small Satellites

Small – micro and nano – satellites are very appealing in the space community for their low complexity and high flexibility that simplify both their design and control (beyond lowering the costs for manufacturing and dispatch).

Applications of interest include:

  • satellites alignment with respect to a desired orbit by exploiting relative  measurements with respect to the ground or to other units,
  • rendez-vous, assembly (hard/soft docking) and arrangement of two or more satellites resting upon the local agent capabilities.