Spatially-distributed coverage optimization and control with limited-range interactions

Huang, “State-of-charge balance using adaptive droop control for distributed energy storage systems in DC microgrid applications,” IEEE Transactions on Industrial Electronics,

• In Part II, we investigate two graph colouring and weighting problems (which are specific cases of partition problems) in which one aims at making the adjacent vertices of a graph

This formulation allows us to separate our problem into two subparts: (i) a master problem in which we deal with time and ensure a complete coverage of the sensors at each

Then, the application to the real WWTP of Cambrai then presented and allowed us to have more insight about the current limitations of the methodology as well as about the

During this time, the sensor listens to messages sent by neighbors (lines 2&4): When the first receiving the message (line7), then the node will be the child of node

Therefore, to consider load forecast uncertainty within the proposed MCS framework, it would be necessary to change to a sequential simulation model, in which the uncertain

The goal of this section is to prove upper and lower bounds on the diameters of modular flip graphs in terms of the topology of the surface (namely Theorem 1.4 from the

The methods of linear optimization were applied and tested to solve the problem of cam- era positioning for maximum coverage. In some cases, due to a well-adapted formulation or