| H89-2044 | microphones with the standard | signal processing | routines . Table I summarizes |
| H89-2036 | Acoustic Models Signal Processing The | signal processing | front-end used in this work is |
| C92-3143 | signal is submitted to a chain of | signal processing | , in order to extract acoustic |
| H89-2044 | PROCESSING The first stages of | signal processing | in the evaluation system are |
| H89-1040 | take advantage of preexisting | signal processing | mechanisms in hearing . Past |
| H89-1040 | active and nonlinear elements for | signal processing | in lower vertebrates may be determined |
| H01-1073 | recognition performance . 3.2 | Signal Processing | Our research for robust recognition |
| H89-2036 | english spelling . Acoustic Models | Signal Processing | The signal processing front-end |
| C00-2121 | concept as it is used in digital | signal processing | . A sentence can be considered |
| H89-2022 | workstations and more powerful | signal processing | chips should enable the current |
| H89-1040 | to qualitative differences in | signal processing | for these two classes of systems |
| H89-2044 | the cepstral domain . GENERAL | SIGNAL PROCESSING | The first stages of signal processing |
| H89-1039 | systems . Principles of nonlinear | signal processing | found in hearing may also be |
| H89-1040 | exists to indicate that nonlinear | signal processing | in the cochlea at intermediate |
| H89-2022 | we have started to use general | signal processing | boards to derive the auditory-based |
| H89-2044 | the cepstral domain . Because | signal processing | and feature extraction in the |
| H89-2026 | speech data which has undergone | signal processing | ) or create utterances from the |
| E97-1039 | characters -- and to use digital | signal processing | techniques to grapple with the |
| H89-2021 | of special-purpose hardware : a | signal processing | unit ( the USA ) and a search |
| E87-1014 | a PC/AT based workstation with | signal processing | equipments . PROBABILISTIC APPROACH |
