A method of determining position information in a wireless network having at least three transmitters and a receiver in a wireless network, comprising: determining time offset information , with respect to a common clock, associated with each of the at least three transmitters for signal transmission between the at least three transmitters and a receiver in the wireless network; controlling a delay time apparent at the receiver for the signal transmission by performing phase adjustment at each transmitter of at least two of the at least three transmitters based on the determined time offset information wherein: performing phase adjustment comprises advancing or delaying transmission signals from the at least two of the at least three transmitters with respect to the common clock such that a channel delay spread of the at least two transmitters as perceived by the receiver is less than the length of a cyclic prefix of the signals, wherein: a channel delay for a transmitter is the actual delay that would be perceived by a line of sight propagation component based on the distance between the transmitter and the receiver; and a channel delay spread of the at least two transmitters is the channel delay of one of the at least two transmitters subtracted from the channel delay of the other of the at least two transmitters; transmitting the adjusted transmission signals from the at least two transmitters to the receiver ; and enabling a determination of a position for the receiver based in part on the transmitted adjusted transmission signals from the two transmitters at the receiver. determining time offset information , with respect to a common clock, associated with each of the at least three transmitters for signal transmission between the at least three transmitters and a receiver in the wireless network; controlling a delay time apparent at the receiver for the signal transmission by performing phase adjustment at each transmitter of at least two of the at least three transmitters based on the determined time offset information wherein: performing phase adjustment comprises advancing or delaying transmission signals from the at least two of the at least three transmitters with respect to the common clock such that a channel delay spread of the at least two transmitters as perceived by the receiver is less than the length of a cyclic prefix of the signals, wherein: a channel delay for a transmitter is the actual delay that would be perceived by a line of sight propagation component based on the distance between the transmitter and the receiver; and a channel delay spread of the at least two transmitters is the channel delay of one of the at least two transmitters subtracted from the channel delay of the other of the at least two transmitters; a channel delay for a transmitter is the actual delay that would be perceived by a line of sight propagation component based on the distance between the transmitter and the receiver; and a channel delay spread of the at least two transmitters is the channel delay of one of the at least two transmitters subtracted from the channel delay of the other of the at least two transmitters; transmitting the adjusted transmission signals from the at least two transmitters to the receiver ; and enabling a determination of a position for the receiver based in part on the transmitted adjusted transmission signals from the two transmitters at the receiver. <EOS>