k5vssp_main_cls.dvi

Transcription

1 i K5/VSSP K5/VSSP

2 ii makefile K5/VSSP K5/VSSP K5/VSSP K5/VSSP K5/VSSP (FreeBSD ) K5/VSSP (linux2.6 ) K5/VSSP PGPLOT FreeBSD port K5/VSSP pctimeset signalcheck timedisp timesettk timesync timeadjust timecheck monit skdchk setdcoffset autoobs sampling sampling datachk extdata datacut datatime edit four2one

3 iii oscillo speana speana n speana adbitconv one2four data half data double k5v32tok k5tok5v data recov vssplogana aux recov pcalcheck K5/VSSP vssp32test.sh vssp32test2.sh vssp32test3.sh DC

4 K5/VSSP K5/VSSP32 K5/VSSP K5/VSSP32 FreeBSD 4.0-RELEASE i386 Debian GNU/Linux 3.1 (kernel ) i386 Debian GNU/Linux 3.1 (kernel ) i386 2 PGPLOT GNUPLOT 1 PGPLOT GNUPLOT PGPLOT 2.4 PGPLOT PGPLOT GNUPLOT GNUPLOT gnuplot ipvlbi obsxxxxxxxx.tar.gz XXXXXXXX tar xvzf ipvlbi_obsxxxxxxxx.tar.gz cd ipvlbixxxxxxxx K5/VSSP(IP-VLBI) install_obs.sh PGPLOT GNUPLOT install_obs.sh G=GNUPLOT K5/VSSP32 install_obs_vssp32.sh PGPLOT GNUPLOT install_obs_vssp32.sh G=GNUPLOT FreeBSD 1 Ver PGPLOT GNUPLOT GNUPLOT pcalcheck PGPLOT

5 2. 2 /usr/lib/libg2c.so: warning: tempnam() possibly used unsafely; consider using mkstemp() PGPLOT linux install_obs.64.sh install obs.64.sh fopen64 GNUPLOT install_obs.64.sh G=GNUPLOT makefile ipvlbi obsxxxxxxxx.tar.gz XXXXXXXX tar xvzf ipvlbi_obsxxxxxxxx.tar.gz cd ipvlbixxxxxxxx/src linux make make [S=VSSP32 VSSP(default) NONE] [G=GNUPLOT] [X=64] [OPEN=64] S=VSSP K5/VSSP32 S=VSSP --- K5/VSSP () S=NONE --- G=GNUPLOT --- GNUPLOT ( PGPLOT X= bit CPU /usr/x11r6/lib64 ) OPEN= fopen64 FreeBSD makefile BSDmakefile make -f BSDmakefile [S=VSSP32 VSSP(default) NONE] [G=GNUPLOT] [X=64] [OPEN=64] S=VSSP K5/VSSP32 S=VSSP --- K5/VSSP () S=NONE --- G=GNUPLOT --- GNUPLOT ( PGPLOT X= bit CPU /usr/x11r6/lib64 ) OPEN= fopen64

6 K5/VSSP K5/VSSP32 K5/VSSP32 K5/VSSP K5/VSSP K5/VSSP K5/VSSP (1) (K5/VSSP linux2.6 (2) cd ipvlbixxxxxxxx/src (3) make install -f makefile.vssp32 K5/VSSP32 (4) (3) ipvlbixxxxxxxx/bin32 K5/VSSP32 (5) ipvlbixxxxxxxx/src make clean (6) make install K5/VSSP IP-VLBI (7) (6) ipvlbixxxxxxxx/bin K5/VSSP (VSSP VSSP32 ipvlbixxxxxxxx/bin vssp K5/VSSP K5/VSSP32 (2.2.1) K5/VSSP K5/VSSP32 (1) (K5/VSSP linux2.6 (2) cd ipvlbixxxxxxxx/src (3) make install K5/VSSP (4) (3) ipvlbixxxxxxxx/bin vssp K5/VSSP (5) ipvlbixxxxxxxx/src make clean (6) make install -f makefile.vssp32 K5/VSSP32 (7) (6) ipvlbixxxxxxxx/bin K5/VSSP32 (VSSP VSSP32 ipvlbixxxxxxxx/bin32 K5/VSSP32 ( ) ipvlbixxxxxxxx/bin (VSSP VSSP32 ipvlbixxxxxxxx/bin vssp K5/VSSP ipvlbixxxxxxxx/bin32 K5/VSSP32 signalcheck K5/VSSP32 ipvlbixxxxxxxx/bin32/signalcheck K5/VSSP ipvlbixxxxxxxx/bin_vssp/signalcheck

7 2. 4 ipvlbixxxxxxxx/bin 2.3 K5/VSSP FreeBSD linux2.6 K5/VSSP32 Debian GNU/Linux 3.1 (kernel ) i K5/VSSP (FreeBSD ) 1. OS(FreeBSD) 9260 IP-VLBI TimeSyncDataSampler 2. vlbi src mkdir src mkdir bin mkdir schedule CDROM su <root > mount /cdrom exit CDROM cp /cdrom/tds driveryyyymmdd.tar.gz./src/ cd src tar xvzf tds driveryyyymmdd.tar.gz (YYYYMMDD ) src tds driver 3. src CDROM su <root > cp /cdrom/*.sh././tds driver cp.sh /usr/src/sys/conf/files.i386 pci/tds.c optional tds

8 2. 5 /usr/src/sys/conf/majors 222 tds Time Sync Data Sampler (Nitsuki) /usr/src/sys/i386/conf/vlbi device tds # Time Sync Data Sampler (Nitsuki) vi vi /usr/src/sys/conf/files.i386 [PageDown] [End] [a] [Enter] pci/tds.c optional tds [Esc] :wq [Enter] vi /usr/src/sys/conf/majors [PageDown] 222 [End] [a] [Enter] 222 tds Time Sync Data Sampler (Nitsuki) [Esc] :wq [Enter] vi /usr/src/sys/i386/conf/vlbi [PageDown] [End] [a] [Enter] device tds \# Time Sync Data Sampler (Nitsuki) [Esc] :wq [Enter] 4. Kernel./tds driver mk.sh 5. shutdown -r now /dev/tds0 K5/VSSP 1. OS(FreeBSD) vlbi src cd src su 2../tds lib mk.sh

9 K5/VSSP (linux2.6 ) K5/VSSP Debian GNU/Linux 3.1 kernel Debian GNU/Linux 3.1 (kernel (a) kernel source apt-get Linux kernel headers 2.6 on 386 # apt-get install kernel-headers Linux kernel image for version 2.6 on 386 # apt-get install kernel-image (b) (tds linux 26.tgz) % tar xvzf tds linux 26.tgz % cd./tds/driver # make install < # make load < # cd../libtds # make install < # mknod /dev/tds0 c < K5/VSSP32 K5/VSSP32 Debian GNU/Linux 3.1 kernel (a) vlbi-usb-linux.tar.gz vlbi-usb-linux # tar xvfz vlbi-usb-linux.tar.gz # cd vlbi-usb-linux/ (b) # make # make install (c) # cd /dev # mknod -m 666 utds0 c

10 2. 7 /dev/utds0 Linux udevd (d) # insmod /lib/modules/ /kernel/drivers/usb/misc/utds.ko make install tds.ko tdsio.h tdssdh.h libtds.so /lib/modules/ /kernel/drivers/usb/misc/utds.ko /usr/include/sys/tdsio.h /usr/include/sys/tdssdh.h /usr/local/lib/libtds.so 2.4 PGPLOT FreeBSD port caltech ) cd /usr/ports/graphics/pgplot make install /usr/local/src pgplot5.2.tar.gz ftp://ftp.astro.caltech.edu/pub/pgplot/pgplot5.2.tar.gz 2. cd /usr/local/src gunzip -c pgplot5.2.tar.gz tar xvof - tar xvzf pgplot5.2.tar.gz /usr/local/src/pgplot 3. mkdir /usr/local/pgplot 4. cd /usr/local/pgplot cp /usr/local/src/pgplot/drivers.list. (vi! vi drivers.list GIF /FILE FreeBSD (linux ) /LATEX /NULL /PS /VPS /CPS /VCPS /TEK4010 /RETRO /GF /GTERM /XTERM /TK4100 /VT125 /XWINDOW /XSERVE 5. makefile cd /usr/local/pgplot FreeBSD /usr/local/src/pgplot/makemake /usr/local/src/pgplot freebsd linux /usr/local/src/pgplot/makemake /usr/local/src/pgplot linux g77 gcc

11 makefile linux makefile FreeBSD makefile make demo2 pgxwin server vi demo2 vi makefile # Routine lists DEMOS= pgdemo1 pgdemo2... pgdemo2 DEMOS= pgdemo1 7. make make make cpg make clean cpgdemo grexec.f libcpgplot.a pgdemo1 pgxwin server cpgplot.h grfont.dat libpgplot.a pgplot.doc rgb.txt drivers.list grpckg1.inc makefile pgplot.inc linux libpgplot.so 8. cp libcpgplot.a /usr/lib cp libpgplot.a /usr/lib cp cpgplot.h /usr/include linux cp libpgplot.so /usr/lib 9. csh setenv PGPLOT DIR /usr/local/pgplot/ sh PGPLOT DIR= /usr/local/pgplot/ ; export PGPLOT DIR export PGPLOT DIR=/usr/local/pgplot/ /XWINDOW /XSERVE csh setenv DISPLAY IP :0.0 sh export DISPLAY=IP :0.0 pgdemo1 FORTRAN cpgdemo C Tera Term Setup > TerminalAuto switch 10. C test.c f77 -o test test.c -lcpgplot -lpgplot -L/usr/X11R6/lib -lx11 -lm PGPLOT FORTRAN FORTARN cc -o test... undefined reference to xxxxx

12 2. 9 cc -O2 -c -I. test.c f77 -o test test.o -lcpgplot -lpgplot -L/usr/X11R6/lib -lx11 -lm

13 K5/VSSP K5/VSSP32 [ ] env[ ] 3.1 K5/VSSP K5/VSSP pctimeset signalcheck timeadjust timecheck timedisp timesetpc timesettk timesync K5/VSSP K5/VSSP32 10MHz 1PPS K5/VSSP32 timesetpc monit setdcoffset skdchk K5/VSSP K5/VSSP32 K5/VSSP adbitconv AD AD aux recov K5/VSSP32 AUX MISALIGN (misaligned AUX field) datachk datacut datatime edit K5/VSSP K5/VSSP32 data double data half data recov K5/VSSP extdata four2one ch ch

14 3. 11 k5tok5v32 K5/VSSP K5/VSSP32 k5v32tok5 K5/VSSP32 K5/VSSP one2four 1ch 4ch oscillo K5/VSSP VSSP32 ( ) pcalcheck K5/VSSP VSSP32 PCAL ( ) speana speana2 ( ) speana n ( ) vssplogana datachk sampling autoobs K5/VSSP32 vssp32test.sh vssp32test2.sh vssp32test3.sh K5/VSSP32 K5/VSSP32 K5/VSSP32

15 pctimeset pctimeset K5/VSSP K5/VSSP32 timesetpc timesetpc K5/VSSP K5/VSSP32 K5/VSSP K5/VSSP32 pctimeset pctimeset env K5LOGDIR K5LOGDIR K5LOGDIR YYYY+ +.log 2003k51d.log timesettk :p pctimeset(1.00) /p System Time : 2003/06/18 08:38: /p Offset (IP-Board time - PC time) sec was adjusted! /p Current Offset (IP-Board time - PC time) is sec /p pctimeset completed signalcheck signalcheck K5/VSSP K5/VSSP32 10MHz 1PPS signalcheck

16 3. 13 K5 k56a>./signalcheck signalcheck (Ver ) K5/VSSP32 (IP-VLBI) board Reference and 1PPS signal checking.. Reference (10MHz) signal is OK! 1PPS signal is OK! PLL locked! VSSP32 FPGA Version = MHz 1PPS 10MHz FPGA VSSP (FPGA 1.19) timedisp timedisp K5/VSSP K5/VSSP32 timedisp [period] period (sec) timesettk timesettk K5/VSSP K5/VSSP32 timesettk year month day hour min sec year month day hour min sec timesettk env K5LOGDIR

17 3. 14 timesettk K5/VSSP K5/VSSP32 K5LOGDIR K5LOGDIR YYYY+ +.log 2003k51d.log YYDDDHHMMSSXY YY : DDD : HH : MM : SS : X : :, /,,?, #, (space) Y : (space) p PC :p timesettk(1.10) timesync timesync K5/VSSP K5/VSSP32 PPS timesync [period] period (sec) timesync env K5LOGDIR K5LOGDIR K5LOGDIR YYYY+ +.log 2003k51d.log timesettk

18 :p timesync(1.10) timeadjust timesadjust K5/VSSP K5/VSSP32 timeadjust nsec [SYNC sync] nsec ) SYNC sync 1PPS timeadjust env K5LOGDIR timeadjust 1 timeadjust -1 1PPS timeadjust 2 SYNC timecheck timecheck K5/VSSP32 timecheck mode mode 1: 2: ctrl C timecheck env

19 3. 16 K5LOGDIR > timecheck 1 K5/VSSP32 Sampler Board Time Display and Check Mode : single reading (ctrl C for stop) timecheck: time icrease abnormaly oldsec= newsec= <== timecheck: time icrease abnormaly oldsec= newsec= /079 02:07:10

20 monit monit K5/VSSP K5/VSSP32 K5/VSSP32 YYYY.log monit numch [AUTO ZERO] [NOTIME] numch 1 4 AUTO ZERO AUTO K5/VSSP32 ZERO NOTIME K5/VSSP DC K5/VSSP32 K5/VSSP monit PC NOTIME CTRL-C CTRL-C K5LOGDIR ()./monit 4 ******************************************************************** * * * MONIT (signal level monitor for K5/VSSP or K5/VSSP32) * * by T.Kondo/NICT (Ver ) * * Target Board is K5/VSSP32 * * * * CTRL C for STOP * * * *******T***********************************************KONDO******** 2008/02/13 (044) 05:34:36 DC_OFST_P CH 1 CH 2 CH 3 CH 4 * + FULL ****** *** **** *** ****** **** ***** ***** ******** ******** ******* ******* ********** ********* ********* ********* ********* ********** ********** ********** ******** ******** ******** ******* **** **** **** **** - FULL ***** *** **** *** DC OFFSET 2.6/ / / /256 ONE SIGMA 67.8/ / / /256

21 3. 18 DC (DC OFFSET) (ONE SIGMA) skdchk skdchk skdchk sked file [-NOEARLY] sked file -NOEARLY tape early start skdchk Ver Schedule file is../sked/r1267.skd../sked/r1267.skd *** SCHEDULE FILE (../sked/r1267.skd) INFORMATION *** Experiment code : R1267 Number of stations : 7 1 F FORTLEZA E WESTFORD O TIGOCONC K KOKEE H HOBART T TSUKUB V WETTZELL Number of stars : 60 (only 20 stars are listed here) $ $ C $ $ $ $ $ $ $ $ $ $ $ $ CTA $ $ $ $ Number of scans : 1056 First 5 scans are as follows: 1 3C446 7/076 17:00: OJ287 7/076 17:00: /076 17:02: /076 17:05: /076 17:06:15 71 Last 5 scans are as follows: /077 16:52: /077 16:54:53 40

22 CTA26 7/077 16:55: /077 16:56: /077 16:59:10 40 Early Start Parameter (sec) : 10 but omitted by operator! Maximum Disk requirements Total observation time (sec) = Disk requirements 32Mbps : GBytes 64Mbps : GBytes 128Mbps : GBytes 256Mbps : GBytes Disk Requirements by Station (GBytes) ============================================================================== FORTLEZA WESTFORD TIGOCONC KOKEE HOBART26 TSUKUB32 WETTZELL sec #scans Mbps Mbps Mbps Mbps ============================================================================== setdcoffset setdcoffset K5/VSSP32 K5/VSSP STAT setdcoffset dc1 dc2 dc3 dc4 [logfile] setdcoffset TEST AUTO OBS STAT RESET [logfile] dc1 CH1 DC ( ) dc2 CH2 DC ( ) dc3 CH3 DC ( ) dc4 CH4 DC ( ) TEST AUTO OBS AUTO STAT RESET DC logfile YYYY.log K5LOGDIR

23 3. 20 DC :p setdcoffset: set :p setdcoffset: VSSP32 OFFSET CH1 = 5 CH2 = 10 CH3 = -5 CH4 = :p setdcoffset: Signal Statistics :p setdcoffset: CH1 CH2 CH3 CH :p setdcoffset: average 5.8/ / / / :p setdcoffset: std dev 0.5/ / / /256 (average) (std dev) TEST :p setdcoffset: set TEST mode :p setdcoffset: VSSP32 OFFSET CH1 = -6 CH2 = -6 CH3 = -6 CH4 = :p setdcoffset: Signal Statistics :p setdcoffset: CH1 CH2 CH3 CH :p setdcoffset: average -5.2/ / / / :p setdcoffset: std dev 0.5/ / / /256 DC -6 DC AUTO :p setdcoffset: set AUTO mode :p setdcoffset: VSSP32 OFFSET CH1 = 0 CH2 = 0 CH3 = 0 CH4 = :p setdcoffset: Signal Statistics :p setdcoffset: CH1 CH2 CH3 CH :p setdcoffset: average 0.8/ / / / :p setdcoffset: std dev 0.5/ / / /256 DC

24 autoobs autoobs K5SATKEY 1ch autoobs -runparam file [-NOSATKEY] [-NOEARLY] [-TEST] [-shift time] runparam file - -NOSATKEY -NOEARLY tape early start -TEST -shift time time time YYYY/DDD-HH:MM:SS YYYY/MM/DD-HH:MM:SS YYYYDDDDHHMMSS autoobs sked file station id [span [sfreq [adbit [numch [outdir [y or n [naming type [freqg [subnet [f size mode]]]]]]]]] [-NOSATKEY] [-NOEARLY] [-TEST] [-shift time] sked file staion id ID () span (sec) sfreq 40,100,200,500 (for khz) 1,2,4,8,16 (for MHz) adbit A/D 1,2,4,8 numch 1 4 outdir -

25 3. 22 y or n Y, N naming type 1-1: XDDDNNNN.[#ch.]dat X () DDD NNNN () #ch (1 4) ( 2-2: K5/VSSP siddddhhmmssg.[#ch.]dat sid ID ( ) DDD HH MM SS G ID (a b c d) null #ch (1 4)( ) 3: Type III e-vlbi expid sidg scanid YYYYDDDDHHMMSS.k5 expid sid G (PC)ID ( ) null freqg scanid VEX SKED ddd-hhmm a,b,c,d,... YYYY DDD HH MM SS.k5 - K5 freqg PC ID a b c d null subnet 0: OFF 1: ON f size mode 0: 1: 2GB -NOSATKEY -NOEARLY tape early start -TEST -shift time time

26 3. 23 time YYYY/DDD-HH:MM:SS YYYY/MM/DD-HH:MM:SS YYYYDDDDHHMMSS autoobs sked file [option] autoobs [option] option -run runparam file -NOSATKEY -sked sked file (SKED VEX -sid staion id ID -span span (sec) -sfreq sfreq (sfreq ) 40,100,200,500 (khz) 1,2,4,8,16 (MHz) 16 -ad ,2,4,8 1 -nch odir outdir -dinfo dirinfo file -nolimit -naming : XDDDNNNN.[#ch.]dat X () DDD NNNN () #ch (1 4) ( 2-2: K5/VSSP siddddhhmmssg.[#ch.]dat

27 3. 24 sid ID ( ) DDD HH MM SS G ID (a b c d) null #ch (1 4)( ) 3: Type III e-vlbi expid sidg scanid YYYYDDDDHHMMSS.k5 expid sid G (PC)ID ( ) null freqg scanid VEX SKED ddd-hhmm a,b,c,d,... YYYY DDD HH MM SS.k5 - K5 4: 5: expid scan#.stcode.k5a(-d) expid scan# stcode k5 a-d -freqg freqg PC ID a b c d null -subnet 0 1 0: OFF 1: ON() -fsize 0 1 0: 1: 2GB () -NOSATKEY -NOEARLY tape early start -TEST -shift time time time YYYY/DDD-HH:MM:SS YYYY/MM/DD-HH:MM:SS

28 3. 25 YYYYDDDDHHMMSS autoobs env * ** ** Sample K5 run control file Ver 4.1 ( ) ** $SKED sample.skd * schedule file (VEX file is allowed) $STATION_ID R * station ID. 1 chars for SKED and 2 chars for VEX $LOGDIR /usr/home/vlbi/ipvlbi/log * log directory $OUTDIR * up to 10 /k51d/ad5 * 1st out directory candidate /k51d/ad6 * 2nd out directory candidate $SAMPLE span=0 sfreq=1 * obs span (sec), 0 means as schduled * sampling frequency * 40,100,200,500 (for khz) * 0.04,0.1,0.2,0.5,1,2,4,8,16,32,64 (for MHz) * Note1: 32 and 64 are valid only for K5/VSSP32 * Note2: -VE means "no use of digital filter" at K5/VSSP32 * In case of +VE, relation between sampling frequency (Fs) * and filter frequency(ff) at K5/VSSP32 is as follows * Fs(MHz) * Ff(MHz) * (0 means through) adbit=1 * A/D bits 1,2,4,8 numch=4 * # of channels 1,4 $NAMING_TYPE * 1 or -1, 2 or -2, or 3 * out file naming type selection *1 ** Type I * * XDDDNNNN.[#ch.]dat * where X -- satation id (1 char) * DDD -- total day at 1st scan (3 digits) * NNNN -- obs number (4digits) * #ch -- # of channel included (for Type -1 ) * *-1 ** Type -I * * XDDDNNNN.#ch.dat * where #ch -- number of channels in data * 2 ** Type II * * siddddhhmmssg.[#ch.]dat * where sid -- station id (1 char or 2 char) * DDD -- total day at current scan (3digits) * HH -- hour at the start of scan (2digits) * MM -- minute at the start of scan (2digits) * SS -- second at the start of scan (2 digits) * G -- frequency group id (a b c d) or null * #ch -- # of channel included (for Type -2 ) * *-2 ** Type -II * * siddddhhmmssg.#ch.dat * where #ch -- number of channels in data * *3 ** Type III * expid_sidg_scanid_yyyyddddhhmmss.k5

29 3. 26 * where expid -- experiment code * sid -- station ID (2 lower-case characters) * G -- PC id or null * scanid -- scan id * YYYY -- year (4digits) * DDD -- total day at current scan (3digits) * HH -- hour at the start of scan (2digits) * MM -- minute at the start of scan (2digits) * SS -- second at the start of scan (2 digits) $FREQ_G * set frequency group (terminal (PC) ID) used in type II or III * naming rule * if omitted null character is used, i.e., file name * will be siddddhhmmss.dat * 1,2,3,4 or a,b,c,d is possible 1 ** means a *a ** also OK for a $SUBNET * subnet mode selection on on off (default on) $FILE_SIZE_LIMIT * file size limitation on off (default on) * if set to "on", big file is divided into 2GB each. * if set to "off", no limitation on 1 file size. on $SATKEYS * define satellite code (usually 3 chars, max 8 chars) * for 1ch mode observation * maximum 10 key words separated by space are allowed * * NONE *** to turn off the satellite mode explicitly * (function is the same as the option -SATKEY ) * * HYB *** HAYABUSA * NOZ *** NOZOMI * GEO *** GEOTAIL * HYB NOZ *** both Hayabusa and Nozomi HYB NOZ GEO *** Hayabusa, Nozomi, Geotail will be observed by 1ch mode sample.skd /usr/home/vlbi/ipvlbi/log /k51d/ad5 /k51d/ad6 $SAMPLE $NAMING TYPE TypeII $FREQ G $SATKEYS HYB, NOZ, GEO ch a:ch1-4 b:ch5-8 c:ch9-12 d:ch13-16 a,b,c,d TypeIII a,b,c,d 1,2,3,4 * **

30 3. 27 ** K5 out directory order definition file ** each directory must be in different HDD ** 1st directory is outdir parameter in the autoobs run parameters ** then switched to directories in this file /k51d/ad5 /k51d/ad6 autoobs autoobs outdir outdir /k51d/ad5 -> /k51d/ad6 -outdir /k51d/ad5 /k51d/ad6 (1) $OUTDIR (2) a. outdir outdir K5OUTINFO K5OUTINFO k5outinfo.txt b. outdir ( ( ) Type1-1) Type2-2Type3 Type5 Type1 K5NAMING new Type2 3 Type3 1-1: XDDDNNNN.[#ch.]dat X () DDD NNNN () #ch (1 4) ( 2-2: K5/VSSP siddddhhmmssg.[#ch.]dat

31 3. 28 sid ID ( ) DDD HH MM SS G ID (a b c d) null #ch (1 4)( ) 3: e-vlbi expid sidg scanid YYYYDDDDHHMMSS.k5 expid sid G (PC)ID ( ) null freqg scanid VEX SKED ddd-hhmm a,b,c,d,... YYYY DDD HH MM SS.k5 - K5 4: 5: expid scan#.stcode.k5a(-d) expid scan# stcode k5 a-d Type2 3 (PC) K5FREQG a b c d null K5SKED

32 3. 29 K5LOGDIR K5OUTINFO k5outinfo.txt K5NAMING old new Type1 old, Type2 new Type1 K5FREQG Type2 3 ( (PC) ) a b c d null K5SUBNET on off on K5SATKEY 1ch HYB $LOGDIR K5LOGDIR K5LOGDIR. + +.log NZ123 R.k51d.log YYDDDHHMMSSXY YY : DDD : HH : MM : SS : X : : /? # (space) Y : (space) p PC : OBS# 0002 : 2003/06/17 07:55:30 ( 10sec) [10.0MB] / OBS# 0002 : /k51d/ad5/r dat k5runinfo.txt autoobs -k5runinfo.txt

33 3. 30 autoobs -run k5runinfo.txt k5runinfo.txt autoobs -k5runinfo.txt -NOSATKEY autoobs -run k5runinfo.txt -NOSATKEY ks01240.skd (R) /k51d/ad7 autoobs ks01240.skd R 0424/k51d/ad7 N autoobs ks01240.skd -sid R -sfreq 4 -ad 2 -nch 4 -odir /k51d/ad7 -nolimit autoobs -sked ks01240.skd -sid R -sfreq 4 -ad 2 -nch 4 -odir /k51d/ad7 -nolimit ks01240.skd (R) (outdirinfo.txt) autoobs ks01240.skd R 0424-outdirinfo.txt N autoobs ks01240.skd -sid R -sfreq 4 -ad 2 -nch 4 -dinfo outdirinfo.txt -nolimit ks01240.skd (R) (outdirinfo.txt) (type2) a autoobs ks01240.skd R 0424-outdirinfo.txt N 2 a setenv K5NAMING new setenv K5FREQG a autoobs ks01240.skd R 0424-outdirinfo.txt N k5runinfo.txt autoobs -k5runinfo.txt -TEST " *********** AUTOOBS Ver 4.11 ( ) START ************** " This is schedule TEST mode run! TEST mode Schedule File (TEST mode) k5runinfo.txt ) autoobs -k5runinfo.txt -shift 2007/03/20-12:30:40 autoobs -k5runinfo.txt -shift 2007/079-12:30:40

34 3. 31 autoobs -k5runinfo.txt -shift " *********** AUTOOBS Ver 4.11 ( ) START ************** " This is schedule SHIFT mode run! SHIFT mode Schedule File (SHIFT mode) y or n NOZ ch numch ch 1ch K5SATKEY K5SATKEY bsh : HYBxxxx 1ch K5SATKEY=HYB; export K5SATKEY 1ch 4ch ch1

35 3. 32 ***************************************************************** * AUTOOBS Ver 4.02 ( ) by NICT * * K5/VSSP32 unit : Time Get from SAMPLER : Naming Type 2 * ***************************************************************** Schedule File :./r1267.test.skd (type : SKED) Experiment Code : r1267 Freq_G (a) Log File :./r1267_t.k56a.log Stations Included : FORTLEZA WESTFORD TIGOCONC HOBART26 TSUKUB32 KOKEE My Station Name : TSUKUB32 (My Station ID : T (Ts)) Subnet Mode : ON Current Out Dir : /k56a/ad4/ MB left Next Out Dir : /k51d/ad5/ MB left Total Scan Number : 1056 Satellite Mode Keys: HYB NOZ GEO 1st Scan : 2007/03/17 17:00:00 ( 138sec) 3C446 Last Scan : 2007/03/18 16:59:10 ( 40sec) Obs Range (start) : 2007/03/17 17:00:00 each scan EARLY start : 10 sec Obs Range (end) : 2007/03/18 16:59:50 Sampling Mode for Next Scan : 16MHz 1bit 4ch (LPF 8MHz) Next Scan(No.0002): 2007/03/17 17:00:00 (40sec) OJ287 [320.0MB] Time Now (UTC) : 2007/03/17 02:54:48 Schedule File (type : ) Experiment Code Log File Stations Included My Station Name Current Out Dir Next Out Dir Total Scan Number Satellite Mode Keys 1st Scan Last Scan Obs Range (start) Obs Range (end) SKED VEX -shift (SHIFT mode) -TEST (TEST mode). ID SKED 1 ID () ID. VEX ID Sampling Condition for Next Scan Next Scan(No.XXXX) Time Now (UTC) ()[ ] -NOSATKEY Satellite Mode Keys: NONE

36 sampling sampling sampling span sfreq[:lpf] adbit[:bitshift] numch [filename [logfile]] span (sec) sfreq 40,100,200,500 (for khz) 0.04,0.1,0.2,0.5 (MHz) 0.04,0.1,0.2,0.5,1,2,4,8,16,32,64 (for MHz) 32,64 K5/VSSP32 K5/VSSP32 Fsample(MHz) Ffilter(MHz) (0 lpf LPF (MHz) 2,4,8,16,0 (0 LPF adbit 1,2,4,8 bitshift numch 1, 4 filename tds.data logfile sampling.log logfile sampling tds2.data sampling tds2.data sampling.log

37 3. 34 logfile tds.dat rei3.log sampling tds.dat rei3.log rei3.log sampling K5/VSSP32 8 LPF sampling K5/VSSP32 8 LPF sampling K5/VSSP LPF sampling 10 16:2 1 4 K5/VSSP32 16 LPF sampling 10 16:2 2: sampling2 sampling2 () sampling span sfreq[:lpf] adbit[:bitshift] numch [filename [tempdir [mode]]] span (sec) sfreq 40,100,200,500 (for khz) 0.04,0.1,0.2,0.5 (MHz) 0.04,0.1,0.2,0.5,1,2,4,8,16,32,64 (for MHz) 32,64 K5/VSSP32 K5/VSSP32 Fsample(MHz) Ffilter(MHz) (0 lpf LPF (MHz) 2,4,8,16,0 (0 LPF adbit 1,2,4,8 bitshift 0-6

38 numch 1, 4 filename tds.data tempdir mode 1: 2: 3: 4: 6: ( 7: /data sampling /data/tds.data /data 2 /data sampling /data/tds.data /data 6

39 datachk datachk AUX MISALIGN (misaligned AUX field) K5/VSSP32 aux recov od datachk file name [mode [logfile [errlog [keepmode]]]] file name tds.data mode 0 : 1 : 2 : logfile - errlog - keepmode 0 : 1 :.NNNN.err 2 :.NNNN.err NNNN datachk counter file datachk.tmp # File Name: D:\IPVLBI\data\test02.dat # FMT A/D CH f(khz) LPF(MHz): VS # Start and Last Time: 2006/318 23:20: /318 23:25:

40 3. 37 # Duration: 300 # Byte offset of 1st header: 0 # STATISTICS total bad discon discon_with_bitslip aux_sep EFLG: # BIT SLIP: keepmode=0 # Errored Data File Name: test02.dat # FMT A/D CH f(khz) LPF(MHz): VS keepmode=1 # Errored Data File Name: test02.dat # FMT A/D CH f(khz) LPF(MHz): VS # Renamed to: test02.dat.0006.err keepmode=2 # Errored Data File Name: test02.dat # FMT A/D CH f(khz) LPF(MHz): VS # Copied to: test02.dat.0007.err extdata extdata extdata filename [ch [soffset [period [omode [outfile]]]]] filename 0 tds.data ch soffset 0.0 period 1.0 omode 0: 1: 0 outfile extdata.txt

41 3. 38 ** ** Data File : /ad4/r dat ** Sampling Freq : 4MHz ** A/D bits : 4 ** Number of CHs : 4 ** Extracted CH# : 1 ** Start Time of Data : 12:15: ** Period (sec) : datacut datacut datacut filename [soffset [period [outfile]]] filename 0 tds.data soffset 0 period 10 outfile datacut.dat datatime edit datatime edit datatime edit filename [HH:MM:SS offset [outfile]] [options] datatime edit [options]

42 3. 39 filename 0 tds.data HH:MM:SS 01:23:45 03:10:20 03:10:20 offset 01:23:45 01:23:44-1 outfile datatime edit.dat [options] -f filename -o outfile -s HH:MM:SS offset -n four2one four2one K5/VSSP K5/VSSP32 four2one filename [ch [outfile [soffset [span]]]] filename ch outfile filename+. ch soffset 0 span R dat 3ch R dat.3 four2one R dat oscillo oscillo

43 3. 40 sampling autoobs XTERM WINDOWS telnet PGPLOT GNUPLOT oscillo[ oscillo filename [options] filename 0 tds.data [options] -t[span] tspan (sec ) 100 -h[alt] -s[msec] sleep msec msec 0.0 PGDISP PGPLOT (/XSERVE,/XTERM ) 1 4ch -h Hit return key for next span (or "N"on-stop or "Q"uit) N 2 1ch

44 speana speana speana2 sampling autoobs XTERM WINDOWS telnet PostScript pgplot.ps (GNUPLOT gnuplot.ps PGPLOT GNUPLOT Tera Term Setup -> TerminalAuto switch speana[ speana Ver compliled for GNUPLOT speana filename [mode [sekibun [pmode [comment [soffset [f1khz [f2khz [mindbm [maxdbm]]]]]]]]] speana filename [options] filename 0 tds.data mode

45 : 1 : 10 : 11 : -1 : -N : sekibun () 1.0 pmode 0 : PGDISP (PGPLOT (GNUPLOT PostScript (pgplot.ps gnuplot.ps) 1 : PostScript (pgplot.ps gnuplot.ps) 2 : PGDISP (GNUPLOT comment soffset 0.0 f1khz khz f2khz khz mindbm dbm maxdbm dbm [options] -m[ode] mode -p[mode] pmode -se -ti -i sekibun () -c[omment] comment -so -to -0 soffset -f1 f1khz khz -f2 f2khz khz -min mindbm dbm -max maxdbm dbm PGDISP PGPLOT (/XSERVE,/XTERM ) (pgplot.ps) speana VSSP32sample.dat TEST

46 3. 43 PGPLOT 1MHz PCAL CH1 CH2 USB PCAL 10kHz, 1010kHz, CH3 CH4 LSB PCAL 990kHz, 1990kHz, GNUPLOT 10 POWER SPECTRUM CH#:1 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT 10 POWER SPECTRUM CH#:2 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT POWER (db) POWER (db) FREQUENCY (MHz) FREQUENCY (MHz) 10 POWER SPECTRUM CH#:3 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT 10 POWER SPECTRUM CH#:4 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT POWER (db) POWER (db) FREQUENCY (MHz) FREQUENCY (MHz) speana VSSP32sample.dat TEST

47 speana n speana n sampling autoobs PGPLOT speana n filename [options] filename 0 tds.data [options] -m[ode] mode 0 : 1 : 10 : 11 : -1 : -N : -a -i -t sekibun () o soffset 0.0 -f1 f1khz khz

48 f2 f2khz khz -min mindbm dbm -max maxdbm dbm -h[alt] -s[msec] sleep msec msec 0.0 PGDISP PGPLOT (/XSERVE,/XTERM ) 1ch speana n VSSP32sample.dat -h -h Hit return key for next span (or "N"on-stop or "Q"uit) N 4ch

49 speana2 speana2 speana2.txt PostScript pgplot.ps (GNUPLOT gnuplot.ps speana[ speana2 Ver compliled for GNUPLOT speana2 filename [smode [sekibun1 [skibun [soffset [comment [f1khz [f2khz]]]]]]]

50 3. 47 filename 0 tds.data smode 0: : sekibun1 () sekibun () soffset comment f1khz 0 f2khz PGDISP PGPLOT (/XSERVE,/XTERM ) speana2.txt 920kHz 960kHz 4kHz@4MHz speana2 /k56a/ad4/nz0079/u dat USUDA Hz(@4MHz ) 920kHz 960kHz speana2.txt speana2 /k56a/ad4/nz0079/u dat USUDA Hz(@4MHz ) 920kHz 960kHz speana2.txt speana2 /k56a/ad4/nz0079/u dat USUDA speana2.txt 900kHz 1100 CH3 CH4 LSB PCAL 990kHz speana2 VSSP32sample.dat NONE PGPLOT

51 3. 48 GNUPLOT POWER (db) POWER SPECTRUM CH#:1 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT POWER (db) POWER SPECTRUM CH#:2 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT FREQUENCY (MHz) POWER SPECTRUM CH#:3 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT FREQUENCY (MHz) POWER SPECTRUM CH#:4 1bit 16MHz sampling, Tavg(sec)=1.0 Time(UT) 16:56:45 GNUPLOT POWER (db) POWER (db) FREQUENCY (MHz) FREQUENCY (MHz) adbitconv adbitconv AD AD adbitconv filename [adbit [outfile [soffset [span]]]]

52 3. 49 filename adbit (1,2,4,8) outfile filename+.adn N adbit soffset 0 span one2four one2four K5/VSSP K5/VSSP32 one2four file1 file2 file3 file4 [outfile [soffset [span]]] file1 file2 file3 file4 outfile fil1+.k5m N adbit soffset 0 span file2 file4,outfile file1 /vlbi R k5a R k5b R k5c R k5d /vlbi/dat.k5 one2four /vlbi/r k5a R k5b R k5c R k5d dat.k data half data halfr

53 3. 50 data half filename [soffset [period [outfile]]] filename 0 tds.data soffset 0 period outfile filename+.half data double data double data double filename [soffset [period [outfile]]] filename 0 tds.data soffset 0 period outfile filename+.dbl k5v32tok5 k5v32tok5 K5/VSSP32 K5/VSSP k5v32tok5 datafile [ofile] datafile K5/VSSP32 ofile K5/VSSP datafile+.k k5tok5v32 k5tok5v32

54 3. 51 K5/VSSP K5/VSSP32 k5tok5v32 datafile [yyyymmdd yyyyddd [ofile]] datafile K5/VSSP yyyymmdd yyyyddd yyyymmdd : 4, 2, 2 yyyyddd : 4, 3 ofile K5/VSSP32 datafile+.v data recov data recov datachk K5/VSSP K5/VSSP32 K5/VSSP K5/VSSP32 a FFFFFFFF 8Bxxxxxx (x ) FFFFxxxx 8BxxxxFF (x ) FFFF???? 8B????FF?) VSSP FFFF???? 8B????FF VSSP32 FFFF???? 8C?????? data recov [stype] K5file [sfreq adbit numch start time [HDpattern1 HDpattern2]] [option]

55 3. 52 stype 32 :VSSP32 VSSP K5file K5 sfreq (MHz) 0.04,0.1,0.2,0.5,1,2,4,8,16,32,64 adbit (1,2,4,8) numch (1,4) start time HH:MM:SS seconds in day HDpattern1 1? FFFF????) ( FFFF???? HDpattern2? 8B????FF) 8B????FF VSSP32 8C?????? option -recover -check -pat1 HDpattern1 -pat2 HDpattern2 -vssp32 VSSP32 VSSP -out ofile -in k5file K5 HDpattern1,HDpattern2 k51a K5.edit K5/VSSP k5sample.dat data recov k5sample.dat K5/VSSP k5sample.dat 10:45:00 data recov k5sample.dat :45:00 K5/VSSP32 sample.k5 data recov 32 k5sample.dat data recov k5sample.dat -vssp32

56 3. 53 K5/VSSP32 sample.k5 data recov 32 k5sample.dat -recover data recov k5sample.dat -vssp32 -recover vssplogana vssplogana sampling autoobs datachk datachk sampling autoobs vssplogana logfile1 [logfile2 [ ]] logfile1, logfile2 datachk sampling(autoobs) sampling ******** SUMMARY OF K5/VSSP32 SAMPLING LOG FILE ANALYSIS ************** FILE NAME : v32smplg k56b.log SCAN LENGTH (sec) : MIN = 300 MAX = 300 TOTAL # of SCANS : 305 START TIME : 2007/02/07 (038) 23:12:50 END TIME : 2007/02/09 (040) 00:59:06 PERIOD (hour) : ======================================================================= SAMPLER MODE # of SCANs # of ERRORS fs(mhz) #AD #CH ALL Bad ALL Err16 Err19 Err20 Others ======================================================================= Note: Err16 -- DMA process error Err19 -- Header is not found at expected position in data Err20 -- Header-like data is found in first garbage data Others -- Other error code [] 4MHz 1bit 1ch 64MHz 1bit 1ch

57 datachk *************** SUMMARY OF DATACHK LOG FILE ANALYSIS ******************** FILE NAME : v32dtchk k56b.log SCAN LENGTH (sec) : MIN = 300 MAX = 301 TOTAL # of SCANS : 304 START TIME : 2007/02/07 (038) 23:12:52 END TIME : 2007/02/09 (040) 00:59:02 PERIOD (hour) : =============================================================================== SAMPLER MODE # of SCANs TOTAL # of BAD FRAMES fs(mhz) #AD #CH ALL Herr FRAME SLIP T_DIS T_W_BS AUXMIS EFLG B_REV ============================================================================== Note: Herr -- # of scans where 1st 64bit is not a header SLIP -- # of frames where bit lack or make occurred T_DIS -- # of frames where time discontinuity occurred T_W_BS -- # of frames where both time discontinuity and bit slip or make occurred AUXMIS -- # of frames where AUX field misalignment occurred (data is OK) EFLG -- # of frames where EFLG (burst error) detected B_REV -- # of frames where one bit reversal in a sync field detected [] 4MHz 1bit 1ch 64MHz 1bit 1ch sampling 32MHz 1bit 1ch AUXMIS(AUX ) AUXMIS aux recov aux recov K5/VSSP32 datachk AUX MISALIGN (misaligned AUX field)

58 ,1,2,3,4,,8, 9,10,11,,28,29,30,31 0,1,2,3,4,,8,11,12,13,,30,31, 9,10 aux recov datafile [ofile] datafile K5/VSSP32 ofile K5/VSSP32 K5.recov >./aux_recov tds.data ************ aux_recov Ver ************ FILE : tds.data ( bytes) This is K5/VSSP32 format data. 1st Extended Header Info is as follows. Year = 2007 Total Day = 74 Version Major = 1 Minor = 0 # of AUX Bytes = 20 AUX Field Data : Format # = 2 Filter (MHz) : 16 PC host name : hebi Recoverrable AUX field error was detected! Recover condition : (slip byte = -2) AUX FIELD recover start!! FILE : tds.data ( bytes) This is K5/VSSP32 format data. 1st Extended Header Info is as follows. Year = 2007 Total Day = 74 Version Major = 1 Minor = 0 # of AUX Bytes = 20 AUX Field Data : FMT A/D CH f(khz) TIME seconds AUX FIELD VS :41: E4A VS :41: E4A VS :41: E4A VS :41: E4A VS :41: E4A Original File : tds.data Created File : tds.data.recov Time elapsed for processing is sec pcalcheck pcalcheck K5/VSSP VSSP32 PCAL

59 3. 56 PGPLOT speana[ pcalcheck (Ver ) compiled for GNUPLOT pcalcheck k5file [option] pcalcheck ofile [-pgplot device -ps] k5file K5 ofile pcalcheck option -fa[ll] pcalf PCAL (khz) 10kHz -f1 pcalf1 CH1 PCAL (khz) -f2 pcalf2 CH2 PCAL (khz) -f3 pcalf3 CH3 PCAL (khz) -f4 pcalf4 CH4 PCAL (khz) -integ integ (sec) -pgplot device PGPLOT (/NULL) /CPS -ps POSTSCRIPT -after GNUPLOT -noafter PGPLOT -out ofile pcalcheck out.txt -nocheck -nocheck -vssp32 VSSP32 VSSP -sfreq sfreq (MHz) -adbit adbit AD -numch numch CH CH3 CH4 LSB PCAL 990kHz > pcalcheck /home/kondo/ipvlbi/data/vssp32sample.dat -f f4 990

60 3. 57 pcal_engine: Ver pcal_engine: Data File is /home/kondo/ipvlbi/data/vssp32sample.dat checkheader: Header (K5/VSSP32) Sync Detected!! checkheader: File : /home/kondo/ipvlbi/data/vssp32sample.dat checkheader: pcal_engine: A/D(bits) 1 CHs 4 << VSSP32 format SFreq(kHz) Time 16:56:45 sec pcal_engine: << # of samples in a unit (usampl) = pcal_engine: << PP period in sec (t1pp) = 1.0 pcal_engine: << # of usampl in a PP (nspp) = 80 pcal_engine: << # of usampl in 1 sec (imax) = 80 pcal_engine: pcal_engine: << # of bytes in a usampl (numb) = << File size in bytes = pcal_engine: << Supposed scan length (sec) = pcal_engine: dtimex pcal_engine: Start X data time : pcal_engine: << Detected PCAL >> pcal_engine: CH samples Freq(kHz) Amp Phase(deg) pcal_engine: pcal_engine: pcal_engine: pcal_engine: pcal_engine: Time elapsed for 1PP processing is sec pcal_engine: X data time (BOPP) : checkheader: Header (K5/VSSP32) Sync Detected!! checkheader: File : /home/kondo/ipvlbi/data/vssp32sample.dat checkheader: pcal_engine: A/D(bits) 1 CHs 4 << Detected PCAL >> SFreq(kHz) Time 16:56:46 sec pcal_engine: CH samples Freq(kHz) Amp Phase(deg) pcal_engine: pcal_engine: pcal_engine: pcal_engine: pcal_engine: Time elapsed for 1PP processing is sec pcal_engine: X data time (BOPP) : checkheader: Header (K5/VSSP32) Sync Detected!! checkheader: File : D:\IPVLBI\data\k5vssp32\VSSP32sample.dat checkheader: A/D(bits) 1 CHs 4 SFreq(kHz) Time 16:56:47 sec pcal_engine: << Detected PCAL >> pcal_engine: CH samples Freq(kHz) Amp Phase(deg) pcal_engine: pcal_engine: pcal_engine: pcal_engine: pcal_engine: Time elapsed for 1PP processing is sec pcal_engine: X data time (BOPP) : checkheader: Header (K5/VSSP32) Sync Detected!! checkheader: File : D:\IPVLBI\data\k5vssp32\VSSP32sample.dat checkheader: A/D(bits) 1 CHs 4 SFreq(kHz) Time 16:58:02 sec DatRead1bitSv: EOF found. Try extended file if existed DatRead1bitSv: File to be read is D:\IPVLBI\data\k5vssp32\VSSP32sample.dat1 DatRead1bitSv: Extended file not found! ==================== PCALCHECK SUMMARY ================ FILE NAME = D:\IPVLBI\data\k5vssp32\VSSP32sample.dat START TIME= 2007Y290D16h56m45sec SCAN LENGTH (sec) = 77.0 ACCUM. PERIOD(sec) at pcalcheck = 77.0 SAMPLER : K5/VSSP32 Fs=16.0MHz AD= 1 #CH=4 LPF=8MHz CH# PCAL FREQ.(kHz) PHASE(deg.) AMPLITUDE ========================================================= PCAL PGPLOT

61 3. 58 GNUPLOT PHASE (deg) PCAL PHASE (/home/kondo/ipvlbi/data/vssp32sample.dat) Start Time(UT) 2007/290 16:56:45 Ch#1: 10.0kHz Ch#2: 10.0kHz Ch#3: 990.0kHz Ch#4: 990.0kHz VSSP32 Fs=16.0MHz AD= 1 #_of_ch=4 LPF=8MHz Station: TSUKUB32 Host PC: k5ts4 CH1 CH2 CH3 CH4 AMPLITUDE TIME (sec) PCAL AMPLITUDE (/home/kondo/ipvlbi/data/vssp32sample.dat) Start Time(UT) 2007/290 16:56:45 Ch#1: 10.0kHz Ch#2: 10.0kHz Ch#3: 990.0kHz Ch#4: 990.0kHz VSSP32 Fs=16.0MHz AD= 1 #_of_ch=4 LPF=8MHz Station: TSUKUB32 Host PC: k5ts TIME (sec) CH1 CH2 CH3 CH4

62 K5/VSSP vssp32test.sh src vssp32test.sh vssp32test.sh vssp32test.sh span [nkai [sfmax [folder [logfile1 [logfile2]]]] span (sec) nkai sfmax (2,4,8,16,32,64) 64 folder logfile1 datachk v32dtchkyymmddhhmmss.host.log logfile2 sampling v32smplgyymmddhhmmss.host.log YYMMDDHHMMSS HOST * sfmax span sampling datachk vssplogana span sampling (timesetpc ) vssp32test.sh span 12 nkai k56a v32dtchk k56a.log <== datachk v32smplg k56a.log <== sampling :25:12

63 3. 60 vssplogana vssp32test2.sh src vssp32test2.sh vssp32test2.sh vssp32test2.sh span [sfreq [adbit [ch [nkai [folder [logfile1 [logfile2]]]]] span (sec) sfreq (MHz) 32 adbit 1,2,4,8 ch 1,4 nkai folder logfile1 datachk v32dtchkyymmddhhmmss.host.log logfile2 sampling v32smplgyymmddhhmmss.host.log YYMMDDHHMMSS HOST span sampling datachk vssplogana sampling (timesetpc ) vssp32test2.sh MHz 1bit 4ch span nkai 120 k56a v32dtchk k56a.log <== datachk v32smplg k56a.log <== sampling :25:12 vssplogana vssp32test3.sh vssp32test.sh src vssp32test3.sh vssp32test3.sh

64 3. 61 vssp32test3.sh span [nkai [sfmin [sfmax [folder [logfile1 [logfile2]]]]] span (sec) nkai sfmin (2,4,8,16,32,64) 2 sfmax (2,4,8,16,32,64) 64 folder logfile1 datachk v32dtchkyymmddhhmmss.host.log logfile2 sampling v32smplgyymmddhhmmss.host.log YYMMDDHHMMSS HOST vssp32test3.sh ,32,64MHz

65 autoobs K5/VSSP K5/VSSP32 signalcheck 2. 10MHz,1PPS 3. ( ) 1ch 4ch ch1 4. timesettk yyyy mm dd hh mm ss timedisp pctimeset timeadjust ] NOZ ch numch ch 1ch K5SATKEY K5SATKEY bsh : HYBxxxx 1ch K5SATKEY=HYB; export K5SATKEY 1ch 4ch ch1 4.2 DC 1. monit 4 (1 AD) AD (2,4,8 AD) monit 1 2. setdcoffset AUTO K5/VSSP32 ch K5/VSSP 4.3 autoobs autoobs autoobs (21 ) span autoobs autoobs autoobs -TEST -shift autoobs -k5runinfo.txt k5runinfo.txt

66 TEST autoobs -k5runinfo.txt -TEST

67 shift autoobs -k5runinfo.txt -shift 2007/03/20-12:10: ***************************************************************** * AUTOOBS Ver 4.02 ( ) by NICT * * K5/VSSP32 unit : Time Get from SAMPLER : Naming Type 2 * ***************************************************************** Schedule File :./r1267.test.skd (type : SKED) Experiment Code : r1267 Freq_G (a) Log File :./r1267_t.k56a.log Stations Included : FORTLEZA WESTFORD TIGOCONC HOBART26 TSUKUB32 KOKEE My Station Name : TSUKUB32 (My Station ID : T (Ts)) Subnet Mode : ON Current Out Dir : /k56a/ad4/ MB left Next Out Dir : /k51d/ad5/ MB left Total Scan Number : 1056 Satellite Mode Keys: HYB NOZ GEO 1st Scan : 2007/03/17 17:00:00 ( 138sec) 3C446 Last Scan : 2007/03/18 16:59:10 ( 40sec) Obs Range (start) : 2007/03/17 17:00:00 each scan EARLY start : 10 sec Obs Range (end) : 2007/03/18 16:59:50 Sampling Mode for Next Scan : 16MHz 1bit 4ch (LPF 8MHz) Next Scan(No.0002): 2007/03/17 17:00:00 (40sec) OJ287 [320.0MB] Time Now (UTC) : 2007/03/17 02:54:48 Schedule File (type : ) SKED VEX -shift (SHIFT mode) -TEST (TEST mode) Experiment Code Log File Stations Included My Station Name. ID SKED 1 ID () ID. VEX ID Current Out Dir Next Out Dir Total Scan Number Satellite Mode Keys 1st Scan Last Scan Obs Range (start) Obs Range (end) Sampling Condition for Next Scan

68 4. 65 Next Scan(No.XXXX) Time Now (UTC) ()[ ]

69 oscillo, speana n autoobs $SATKEYS NONE datatime edit monit monit GNUPLOT PCAL pcalcheck data recov VSSP32