Hi
user
Admin Login:
Username:
Password:
Name:
Open Source Technologies in Neuroscience
--client
lca
--show
lca2016
--room r2mix 10713 --force
Next: 12 Overcoming barriers to open source adoption in the public sector
show more...
Marks
Author(s):
Gagan Sharma
Location
D2.193 Percy Baxter
Date
feb Fri 05
Days Raw Files
Start
13:20
First Raw Start
13:21
Duration
0:45:00
Offset
0:01:21
End
14:05
Last Raw End
14:17
Chapters
00:00
Total cuts_time
40 min.
https://linux.conf.au/schedule/30235/view_talk
raw-playlist
raw-mp4-playlist
encoded-files-playlist
host
archive
tweet
mp4
svg
png
assets
release.pdf
Open_Source_Technologies_in_Neuroscience.json
logs
Admin:
episode
episode list
cut list
raw files day
marks day
marks day
image_files
State:
---------
borked
edit
encode
push to queue
post
richard
review 1
email
review 2
make public
tweet
to-miror
conf
done
Locked:
clear this to unlock
Locked by:
user/process that locked.
Start:
initially scheduled time from master, adjusted to match reality
Duration:
length in hh:mm:ss
Name:
Video Title (shows in video search results)
Emails:
email(s) of the presenter(s)
Released:
has someone authorised pubication
Unknown
Yes
No
Normalise:
Channelcopy:
m=mono, 01=copy left to right, 10=right to left, 00=ignore.
Thumbnail:
filename.png
Description:
markdown
"With Simon Salinas" In our Neuroscience research group, Linux has become a core technology for image processing and clinical study management. It is very suitable for tight research budgets, but our choice was dictated mainly by its excellent performance and reliability. We have successfully implemented open source technology based systems (Linux, python, bash, DCMTK etc) which are very reliable, robust and scalable for handling the main dimensions of our work flow: (i.) Image processing, (ii.) visualization and (iii.) remote server management. We will show how Linux has benefited Australian neuroscience research, not only by reducing costs, but also by improving the overall performance of highly relevant studies. While this talk highlights Linux/Open-Source applicability in Neuroscience, we believe the main concepts discussed could be applied to any other discipline, especially in scientific studies with an imaging component and high volumes of data.
Comment:
production notes
2016-02-05/13_21_21.dv
Apply:
13:21:21 - 14:01:56 ( 00:40:35 )
S:
13:21:21 -
E:
14:01:56
D:
00:40:35
show more...
vlc ~/Videos/veyepar/lca/lca2016/dv/r2mix/2016-02-05/13_21_21.dv :start-time=00.0 --audio-desync=0
Raw File
Cut List
13:21:21
seconds: 0.0
Wall: 13:21:21
Duration
00:40:35
14:01:56
seconds: 0.0
Wall: 13:21:21
Comments:
mp4
mp4.m3u
dv.m3u
Split:
Sequence:
:
delete
2016-02-05/14_01_55.dv
Apply:
14:01:55 - 14:15:45 ( 00:13:50 )
S:
14:01:55 -
E:
14:17:25
D:
00:15:30
(
End:
830.0)
show more...
vlc ~/Videos/veyepar/lca/lca2016/dv/r2mix/2016-02-05/14_01_55.dv :start-time=00.0 --audio-desync=0
Raw File
Cut List
14:01:55
seconds: 0.0
Wall: 14:01:55
Duration
00:15:30
14:17:25
seconds: 830.0
Wall: 14:15:45
Comments:
mp4
mp4.m3u
dv.m3u
Split:
Sequence:
:
delete
Rf filename:
root is .../show/dv/location/, example: 2013-03-13/13:13:30.dv
Sequence:
get this:
check and save to add this
2016-02-05/13_21_21.dv
2016-02-05/14_01_55.dv
Veyepar
Video Eyeball Processor and Review
