LSBRM

AcronymDefinition
LSBRMLeast-Square Boundary Residual Method
References in periodicals archive ?
Hence, it is not surprising to find in Tables 1 and 2 that our LSBRM model requires a large number of modes (with P and Q exceeding 800) before the computed results for [alpha], [beta], [gamma], [tau] and [[lambda].
Another useful advantage of the LSBRM is that we can check the level of residual field-mismatch via the parameters [[DELTA].
4 GHz provides further corroboration that the numerical results generated by our LSBRM model are accurate and reliable for use in computer-aided design.
We have chosen to utilize the LSBRM because of the need to generate reliable results that are free from any possibility of spurious solutions.