Changes between Version 26 and Version 27 of PSNSC_NCU

Timestamp:

Oct 17, 2016, 12:03:21 PM (10 years ago)

Author:

Mark Huber

Comment:

--

PSNSC_NCU

@@ -106 +106 @@
  * WSdiff runs in ~ippmops/stdscience_ws with modified ipp-20141024 ops tag to make uncompressed WSdiffs (like FSS)
   * larger volume, may need more nodes -- must be uncompressed for MOPS stamps since large data volume
-  * default detection @5-sigma while WWdiff is <5-sigma and may need to be adjusted -- 
+  * default detection @5-sigma while WWdiff is <5-sigma and may need to be adjusted -- default plan will be at normal 5-sigma level unless tuning agreed upon to a lower level (test chunk to be evaluated for this still) -- MD not a great equal comparison since exptimes were longer (but was also 5-sigma)
 
 [[html(<span style="color:red">[sc] Not sure if the catalog size is not going to explode if threshold too small. WWdiff is at 2.5-sigma(not sure?). What was the value for WSdiffs e.g. MDs? We could use the values (in each rgiz) unless something has changed. Not sure about what's used for w-band.</span>)]]
 
- * WSdiff published to normal MOPS datastore location?
+ * WSdiff published to IPP-MOPS-WS -- normal MOPS datastore location for WWdiff possibly later
 
 [[html(<span style="color:red">[sc] Please publish WSdiff to IPP-MOPS-WS</span>)]]
@@ -134 +134 @@
 
 
-Tasks to do -- 
- * verify w-band stacks okay along ecliptic for opposition end October
- * check processing rate/nodes for WSdiffs
- * MOPS interested in SSdiff?
- * publishing location for WSdiff by MOPS preference -- IPP-MOPS-TEST or IPP-MOPS-WS -- unique set so likely normal location 
+Tasks to do -- priority order now
+ * verify w-band stacks okay along ecliptic for opposition end October -- new reference stacks to be made for the expected area
  * detection threshold -- 5-sigma default but may need to lower?
+ * MOPS interested in SSdiff -- published where?
+ * check processing rate/nodes for WSdiffs -- during the night of observations -- likely the normal 3x c2 group is sufficient but will have some nodes available to boost as needed (more c2 and/or m0+1, x3?)