RNN-T for Latency Controlled ASR WITH IMPROVED BEAM SEARCH
Table 4: WER and computational efficiency for different DT
['[ITALIC] DT', 'vid-noisy', 'vid-clean', 'Throughput', 'rtf@40']
increases from .53 to .81 when the DT is decreased from 2000 to 300 for the vid-noisy data set.