- TITLE:
-
Synthesis of a Polarization-Controlled Pattern for a
Wideband Array by Solving a Second-Order Cone Program
- AUTHORS:
- J. O. Coleman,
D. P. Scholnik,
and P. E. Cahill
- ABSTRACT:
-
Jointly optimizing complex baseband FIR filters as
element weights using second-order cone programming
(SOCP) can synthesize a wideband array pattern having
an arbitrarily polarized main beam with, in terms of
L1, L2, L-infinity, or other norms, its frequency
response flattened and cross-polarization components
strictly limited across the entire beam. Sidelobes
and SNR measures can be just as flexibly controlled.
A high-level interface to a fast solver minimizes
required programming.
- DOWNLOADABLE PREPRINT:
-
PDF (1,236 Kbytes),
- STATUS:
-
To be presented at the The IEEE 2005 AP-S International
Symposium, Washington DC, July 3-8 2005.
- DATE OF ENTRY:
-
March 2005.