CoMP techniques can be broadly classified into (i) coordinated scheduling and coordinated beamforming (CS/CB), (ii) joint transmission (JT), and (iii) transmission point selection (TPS) [322].
Obviously the formulated multi-period coordinated scheduling model is essentially a typical nonlinear mixed integer programming problem.
Besides, coordinated scheduling of energy resources for distributed district heating and cooling systems in an integrated energy grid has been investigated in [19].
Such characteristic supports the ideas of shifting the EV charging load to the low-demand period and EV coordinated scheduling with wind power at night.
So all sub optimization problems use the variables of same nature, which does not apply to coordinated scheduling problem between ADNs and TN.
For example, the time series of driving distance and the driving/parking status of vehicles along the day are essential to enable the detailed EV integration researches such as EV day-ahead charging energy planning, EV coordinated scheduling investigation.
In [99], authors proposed a distributed and coordinated scheduling scheme for LTE/LTE-A networks where each cell tends to allocate MCS, PRB, and transmit power to users for minimizing DL power while satisfying user throughput demands.
In coordinated scheduling and coordinated beamforming, multiple coordinated transmission points only share the CSI for multiple users.
Some main points regarding the CoMP techniques are as follows: In coordinated scheduling and coordinated beamforming, multiple coordinated transmission points only share the CSI for multiple users.
Figure 4 Illustration of coordinated beamforming and coordinated scheduling where the network coordinates beams and scheduling to avoid interference (red arrow) to a the user.
Many approaches fall under this category, mainly so called coordinated scheduling (CS) which is similar to Inter-cell Interference Coordination (ICIC) and coordinated beam-forming (CB).
