Session Notes for A1523 session Prepared by David Mayer, Vienna University of Technology Prepared with VIE_SCHED This session is for geodesy. =========================================================== ----- Parameter listing -------------------------------------- Experiment: A1523 Description A1523/2015 Scheduler: VIEN Correlator: CRTN Start: 2015-167-18:00:00 End: 2015-168-17:54:00 Current yyyyddd: 2015167 (2015.46) ( 57190 MJD, Tue 16Jun.) Greenwich sidereal time: 11:38:45 Sun's RA and DEC: 5h39.4m 23d21.2 =========================================================== First observations Observation listing from file ./a1523.skd for experiment A1523 Source Start DURATIONS name yyddd-hhmmss Ht Hb Ke Ww Yg NRAO530 15167-180000 20 35 35 30 29| 1657-261 15167-180101 24 76 76 65 62| ...... End of listing. =========================================================== Last observations Observation listing from file ./a1523.skd for experiment A1523 Source Start DURATIONS name yyddd-hhmmss Ht Hb Ke Ww Yg ...... 1424-418 15168-175242 20 20 20 | 0208-512 15168-175344 48 48 47 45| End of listing. =========================================================== SKED Summary from file ./a1523.skd for experiment a1523 (all scans with at least one subnet station) Average number of obs. per baseline per source(normalized by up-time) = 11.2 Min = 1 Max = 38 (Baseline Ht-Ww on 0308-611 ) RMS = 13.8 Total time: 1434.0 minutes ( 23.9 hours) Key: Ht=HART15M Hb=HOBART12 Ke=KATH12M Ww=WARK12M Yg=YARRA12M Ht Hb Ke Ww Yg Avg % obs. time: 16 38 38 34 33 32 % cal. time: 11 18 18 16 18 16 % slew time: 31 31 32 30 32 31 % idle time: 42 13 12 20 16 21 total # scans: 604 977 967 873 983 881 # scans/hour : 26 41 41 37 42 37 Avg scan (sec): 22 34 34 33 29 30 Total GBytes: 1679 4135 4093 3633 3556 3419 # OF OBSERVATIONS BY BASELINE | Ht Hb Ke Ww Yg StnTotal -------------------------------------- Ht| 333 359 197 542 2875 Hb| 822 809 710 5361 Ke| 746 759 5391 Ww| 582 4678 Yg| 5191 Number of 2-station scans: 357 Number of 3-station scans: 302 Number of 4-station scans: 486 Number of 5-station scans: 168 Total # of scans, observations: 1313 5859 =========================================================== If you have any questions, please contact David Mayer (david.mayer@geo.tuwien.ac.at).