Paper:	Improved Photometric Accuracy and the Creation of an All-sky High-Accuracy Stellar Standard System
Volume:	364, The Future of Photometric, Spectrophotometric, and Polarimetric Standardization
Page:	77
Authors:	Mironov, A.; Zakharov, A.; Ambartsumyan, A.
Abstract:	Some astrophotometry problems require accuracy within 0.m001– 0.m003 mag, both in the random and systematic sense. Many research teams are planning now to carry out new sky surveys. These surveys will be made in different photometric systems and each photometric system will need its own standards. Thus, the main problem of photometric standardization becomes a task to construct the fundamental photometric catalog. Magnitudes of stars in the catalog have to be easily transformed to any specified photometric system without sacrifice of accuracy.

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