1 and ue2 2 despite their unusually large number of erroneous bits it will be appreciated that the number of simulated ues and or the number of transport blocks requiring turbo decoding may greatly exceed the numbers illustrated in the foregoing examples which are limited in scale for the sake of clarity for example multi ue traffic simulator 100 may be configured to simulate hundreds of ues and required to turbo decode hundreds of corresponding transport blocks fig8 is a flow chart illustrating an exemplary process for dynamically controlling a turbo decoding process in an lte multi ue traffic simulator in accordance with embodiments of the subject matter described herein referring to fig8 in step 800 a plurality of transport blocks is received from an evolved nodeb under test for example transport blocks ue1 1 ue1 2 ue2 1 and ue2 2 may be received from an evolved nodeb being tested by multi ue traffic simulator 100 in step 802 a maximum number of turbo decoding iterations to perform on each of the transport blocks is dynamically determined for example control dsp 108 may dynamically determine a maximum number of turbo decoding iterations for each of transport blocks ue1 1 ue1 2 ue2 1 and ue2 2 in step 804 each of the transport blocks is turbo decoded for no more than its determined maximum number of turbo decoding iterations for example channel decoder 110 may turbo decode each of transport blocks ue1 1 ue1 2 ue2 1 and ue2 2 for no more than it determined maximum number of turbo decoding iterations it will be understood that various details of the subject matter described herein may be changed without departing from the scope of the subject matter described herein.