A method of wireless communication performed by a scheduling device, comprising: scheduling frequency division multiplexed, FDM, symbols for transmission to a plurality of user equipment, UEs, which include a first UE and a second UE, wherein the scheduling of the FDM symbols is based on one or more waveform parameters during a time interval when the FDM symbols are transmitted; assigning a first set of FDM symbols to the first UE and a second set of FDM symbols to the second UE; determining whether there is FDM overlapping of symbols at least partially between the respective sets of FDM symbols; in response to determining that FDM overlapping of symbols will occur, determining an alternate minislot partitioning comprising a first minislot scheduled for transmission to the first UE, the first minislot comprises a portion of the first set of FDM symbols that do not overlap with the second set of FDM symbols, a second minislot scheduled for transmission to the second UE, the second minislot comprises a portion of the second set of FDM symbols that do not overlap with the first set of FDM symbols, and a third minislot scheduled for transmission to both the first UE and the second UE, the overlapped FDM symbols arranged in the third minislot; restricting a range of possible values of the one or more waveform parameters only for the third minislot; scheduling the overlapped FDM symbols in the third minislot, based on the restricted range of possible values of the one or more waveform parameters; and transmitting the FDM symbols, based on the respective minislots, over the time interval, wherein the range of possible values of the one or more waveform parameters of the third minislot is restricted vis-à-vis the first minislot and the second minislot to preserve peak-to-average power ratio. scheduling frequency division multiplexed, FDM, symbols for transmission to a plurality of user equipment, UEs, which include a first UE and a second UE, wherein the scheduling of the FDM symbols is based on one or more waveform parameters during a time interval when the FDM symbols are transmitted; assigning a first set of FDM symbols to the first UE and a second set of FDM symbols to the second UE; determining whether there is FDM overlapping of symbols at least partially between the respective sets of FDM symbols; in response to determining that FDM overlapping of symbols will occur, determining an alternate minislot partitioning comprising a first minislot scheduled for transmission to the first UE, the first minislot comprises a portion of the first set of FDM symbols that do not overlap with the second set of FDM symbols, a second minislot scheduled for transmission to the second UE, the second minislot comprises a portion of the second set of FDM symbols that do not overlap with the first set of FDM symbols, and a third minislot scheduled for transmission to both the first UE and the second UE, the overlapped FDM symbols arranged in the third minislot; restricting a range of possible values of the one or more waveform parameters only for the third minislot; scheduling the overlapped FDM symbols in the third minislot, based on the restricted range of possible values of the one or more waveform parameters; and transmitting the FDM symbols, based on the respective minislots, over the time interval, wherein the range of possible values of the one or more waveform parameters of the third minislot is restricted vis-à-vis the first minislot and the second minislot to preserve peak-to-average power ratio.