4 Summary of Active Noise and Vibration Control Algorithms

Functions implementing active noise and vibration control filters are summarized in Table 3.7. The initialization functions for those algorithms are summarized in Table 3.8. Each of the two tables includes a short description of each function and a pointer to the function reference section.

Table 3.7: Functions implementing active noise and vibration control filters.

Function Name	Reference	Short Description
asptadjlms	7.1	Adjoint-LMS algorithm.
asptfdadjlms	7.2	Frequency Domain Adjoint LMS algorithm.
asptfdfxlms	7.3	Frequency Domain Filtered-x LMS algorithm.
asptfxlms	7.4	Filtered-x LMS algorithm.
asptmcadjlms	7.5	Multichannel Adjoint-LMS algorithms.
asptmcfdadjlms	7.6	Multichannel Frequency Domain Adjoint LMS algorithm.
asptmcfdfxlms	7.7	Multichannel Frequency Domain Filtered-x LMS algorithm.
asptmcfxlms	7.8	Multichannel Filtered-x LMS algorithm.

Table 3.8: Functions for creating and initializing active noise and vibration control filters.

Function Name	Reference	Short Description
init_ adjlms	7.9	Initialize Adjoint LMS.
init_ fdadjlms	7.10	Initialize Frequency Domain Adjoint LMS.
init_ fdfxlms	7.11	Initialize Frequency Domain Filtered-x LMS.
init_ fxlms	7.12	Initialize Filtered-x LMS.
init_ mcadjlms	7.13	Initialize Multichannel Adjoint LMS.
init_ mcfdadjlms	7.14	Initialize Multichannel Frequency Domain Adjoint LMS.
init_ mcfdfxlms	7.15	Initialize Multichannel Frequency Domain Filtered-x LMS.
init_ mcfxlms	7.16	Initialize Multichannel Filtered-x LMS.