A system for user equipment communication, comprising: a processor; and a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations, comprising: generating a demodulation reference signal configuration, for use in vehicle to everything communication, that defines location of a demodulation reference signal in frequency domain and time domain; checking if resources are available to implement the generated demodulation reference signal configuration; waiting, based on the check of resources, until resources are available for the implementation of the generated demodulation reference signal configuration; selecting a time domain pattern and a frequency domain pattern based on the demodulation reference signal configuration; allocating resources for the demodulation reference signal on at least one physical shared channel based on the time domain pattern and the frequency domain pattern; generating an indication of the demodulation reference signal configuration used by first receiver to measure and generate a feedback to a first transmitter, wherein, the feedback generated corresponding to elements of the indicated the demodulation reference signal configuration comprises a first value, wherein the first value is a parity check result based on the demodulation reference signal configuration; and adjusting the demodulation reference signal configuration for future transmissions based on the feedback to the first transmitter. a processor; and a memory that stores executable instructions that, when executed by the processor, facilitate performance of operations, comprising: generating a demodulation reference signal configuration, for use in vehicle to everything communication, that defines location of a demodulation reference signal in frequency domain and time domain; checking if resources are available to implement the generated demodulation reference signal configuration; waiting, based on the check of resources, until resources are available for the implementation of the generated demodulation reference signal configuration; selecting a time domain pattern and a frequency domain pattern based on the demodulation reference signal configuration; allocating resources for the demodulation reference signal on at least one physical shared channel based on the time domain pattern and the frequency domain pattern; generating an indication of the demodulation reference signal configuration used by first receiver to measure and generate a feedback to a first transmitter, wherein, the feedback generated corresponding to elements of the indicated the demodulation reference signal configuration comprises a first value, wherein the first value is a parity check result based on the demodulation reference signal configuration; and adjusting the demodulation reference signal configuration for future transmissions based on the feedback to the first transmitter. generating a demodulation reference signal configuration, for use in vehicle to everything communication, that defines location of a demodulation reference signal in frequency domain and time domain; checking if resources are available to implement the generated demodulation reference signal configuration; waiting, based on the check of resources, until resources are available for the implementation of the generated demodulation reference signal configuration; selecting a time domain pattern and a frequency domain pattern based on the demodulation reference signal configuration; allocating resources for the demodulation reference signal on at least one physical shared channel based on the time domain pattern and the frequency domain pattern; generating an indication of the demodulation reference signal configuration used by first receiver to measure and generate a feedback to a first transmitter, wherein, the feedback generated corresponding to elements of the indicated the demodulation reference signal configuration comprises a first value, wherein the first value is a parity check result based on the demodulation reference signal configuration; and adjusting the demodulation reference signal configuration for future transmissions based on the feedback to the first transmitter.