- Sunday, August 19
- Friday, August 17
- Thursday, August 16
- Wednesday, August 15
- Monday, August 13
- Saturday, August 11
- Friday, August 10
- Wednesday, August 08
- Monday, August 06
- Saturday, August 04
- Thursday, August 02
- Wednesday, August 01
- Tuesday, July 31
- Monday, July 30
- Sunday, July 29
- Saturday, July 28
- Friday, July 27
- Thursday, July 26
- Monday, July 23
- Friday, July 20
- Thursday, July 19
- Tuesday, July 17
- Monday, July 16
- Saturday, July 14
- Friday, July 13
- Thursday, July 12
- Wednesday, July 11
- Saturday, July 30
- Friday, July 29
- Sunday, July 24
- Saturday, July 23
- Friday, July 22
- Thursday, July 21
- Wednesday, July 20
- Monday, July 18
- Sunday, July 17
- Saturday, July 16
- Friday, July 15
- Thursday, July 14
- Wednesday, July 13
- Tuesday, July 12
- Monday, July 11
- Sunday, July 10
- Sunday, July 10
- Saturday, July 09
- Thursday, July 07
- Tuesday, July 05
- Sunday, July 03
- Friday, July 01
- Thursday, June 30
- Wednesday, June 29
- Tuesday, June 28
- Monday, June 27
- Friday, June 03
- Wednesday, June 01
August 2012
July 2012
April 2012
March 2012
January 2012
October 2011
September 2011
August 2011
July 2011
June 2011
March 2011
February 2011
October 2010
June 2010
May 2010
April 2010
In preparation for OOI RSN primary node deployment in summer 2012, tests of rigging configurations took place on April 17 and 18, 2012 dockside at Swan Island in Portland, Oregon. The seven primary nodes on the RSN system are terminal points on the main, or backbone, cable, that distribute power (8 kilowatts) and bandwidth (10 Gbits/second) to the secondary infrastructure (sensors, instruments, lower-voltage nodes, full water-column moorings, and wet-mateable connectors for remotely operated vehicles).
One of the primary nodes built by L-3 Maripro, the OOI RSN prime contractor, was offloaded from a flatbed truck on the Swan Island dock and onto the fantail of the cableship TE SubCom Dependable, the commercial telecommunications cableship that will be used to install the primary nodes in July and August 2012. The C.S. Dependable is the same vessel that was involved in the installation of the Regional Scale Nodes primary cable in summer 2011.
Several different rigging configurations were tested to identify the safest and best method for deploying the node off the fantail and into the water as well as verifying all deck load positions. UW OOI ocean engineer, Skip Denny, and marine ops manager, Brian Ittig, traveled to Portland and were part of the dockside testing team, along with L-3 MariPro representatives and TE SubCom personnel.