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correlator:records:v256a [2012/07/17 14:34]
hbignall created
correlator:records:v256a [2014/11/11 18:08] (current)
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 ==== V256A.CAL.FITS ==== ==== V256A.CAL.FITS ====
  
-[[ftp://​cira.ivec.org/​v256a/​v256a.DTSUM|Brief Data Summary]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a.DTSUM|Brief Data Summary]]
  
-[[ftp://​cira.ivec.org/​v256a/​v256a.SCAN|Scan listing]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a.SCAN|Scan listing]]
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]
  
 **Comments:​** ​ **Comments:​** ​
 Hobart has odd bandpass shape in IF2 LCP (jump in phase, dip in amplitude midway through band). Hobart has odd bandpass shape in IF2 LCP (jump in phase, dip in amplitude midway through band).
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_ACCOR.pdf|Amplitude corrections from ACCOR]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_ACCOR.pdf|Amplitude corrections from ACCOR]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_FRING_DELAY.pdf|Fringe-fit delay solutions]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_FRING_DELAY.pdf|Fringe-fit delay solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_FRING_PHAS.pdf|Fringe-fit phase solutions]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_FRING_PHAS.pdf|Fringe-fit phase solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_FRING_RATE.pdf|Fringe-fit rate solutions]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_FRING_RATE.pdf|Fringe-fit rate solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a/​v256a_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]+[[http://​cira.ivec.org/pipeline/​v256a/​v256a_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
Line 60: Line 60:
 ==== V256A.PULSAR.FITS ==== ==== V256A.PULSAR.FITS ====
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr.DTSUM|Brief Data Summary]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr.DTSUM|Brief Data Summary]]
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr.SCAN|Scan listing]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr.SCAN|Scan listing]]
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_POSSM_AUTOCORR.pdf|Plots of autocorrelations]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_POSSM_UNCAL.pdf|Plots of uncalibrated amplitude and phase against frequency]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_VPLOT_UNCAL.pdf|Plots of uncalibrated amplitude and phase against time]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_ACCOR.pdf|Amplitude corrections from ACCOR]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_ACCOR.pdf|Amplitude corrections from ACCOR]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_FRING_DELAY.pdf|Fringe-fit delay solutions]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_FRING_DELAY.pdf|Fringe-fit delay solutions]]
  
 **Comments:​** ​ **Comments:​** ​
 Pulsar is directly detected on Pa-At-Mp baselines Pulsar is directly detected on Pa-At-Mp baselines
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_FRING_PHAS.pdf|Fringe-fit phase solutions]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_FRING_PHAS.pdf|Fringe-fit phase solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_FRING_RATE.pdf|Fringe-fit rate solutions]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_FRING_RATE.pdf|Fringe-fit rate solutions]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_POSSM_CAL.pdf|Plots of Amplitude and phase against frequency with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
  
-[[ftp://​cira.ivec.org/​v256a_psr/​v256a_psr_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]+[[http://​cira.ivec.org/​pipeline/​v256a/​v256a_psr_VPLOT_CAL.pdf|Plots of Amplitude and phase against time with fringe-fit solutions applied]]
  
 **Comments:​** ​ **Comments:​** ​
  
  
correlator/records/v256a.txt · Last modified: 2014/11/11 18:08 (external edit)