How about incorporating the OMSA (OpenManage Server Assistant) into the DRAC module ?
Having OMSA on board with the DRAC would abstract the tools from the Operating System and alleviate driver, dependency and overhead issues.
I can only dream…
How about incorporating the OMSA (OpenManage Server Assistant) into the DRAC module ?
Having OMSA on board with the DRAC would abstract the tools from the Operating System and alleviate driver, dependency and overhead issues.
I can only dream…
RentFS is a conceptual idea to use bittorrent agents on disparate nodes, an logical agnostic networked loosely termed file-system / backup along the lines of ccgfs and dustFS or DropBox.
The theory using a federated transport, bittorrent, on each node it will propagate all the files to each other.
This idea had been lingering since my tenure at Citigroup, 2006 when i had commented to a colleague that our building house five thousand plus workstations that had a minimum of 80 GB of disk storage (10 GB for the OS)
(5000 X 70)÷1024 = 341.796875 terabytes
and we marveled at what a shame all that surplus storage is going to waste.
Then again, this weekend I spent the better part of collecting and merging gigabytes of backups from systems and system reloads over the last few years and filing photos, code and projects into single (and rsynced backup) location.. and was reminded once again about the decentralized storage whim from when I worked at Citigroup.
It had struck me.. I have four main systems in my house, My Powermac, the wifes PC , my son’s PC and a linux server. Why not set up a “hot” folder where each node has a designated folder that is torrented out to each other node, duplicating the files to each others system and storing a copy on each other system all without the need of a master server that requires backups and coddling. Being completely for internal network use security is not a factor.
Simplicity is key in this idea.
Requirements:
- platform independent ? (bittorrent is available to all platforms)
- nodes must have capacity
- nodes will use exact same configurations and hostnamed hot directories (folder)
- all internal, perhaps mDNS for new nodes?
Goals:
- all files dropped on the host’s hot directory will propagate to each others shared directory
- simplicity
- redundancy
There are other systems and solutions out there based on push pull, rsync + lsyncd, iNotify, etc but not all are platform friendly.
more to come…
Seriously ?
They require glasses? You would think that there would be the material that compose the lenses of 3D glasses, whether monochromatic, active or passive would at least have the same lens material on the screen of the TV itself!
I managed to get a steal of a deal on a PowerMac G5 2.5 Ghz just to find out that these dual G5′s are notorious for their leaky water cooled systems. Fortunately, not enough coolant had leaked out to ruin the power-supply, which happens to be underneath the cooling system (not a very good design).
Theory , tech..
In 3D modeling, the designed wire meshes are painted, skinned if you will in a process called UV mapping. For example a 3d object (model) , mesh is designed with an application and to paint and object with a design or pattern, skin so to speak, an algorithm un-wraps the model (mesh) and flattens it into a 2D “canvas” for the designer to paint. This image is then wrapped back onto the mesh transforming it from wireframe or solid color into completed 3D model.
The Holy Grail of desktop or gaming PC’s is to have a 360º desktop (view space) Conventionally users have a single desktop screen sometimes multiple. Flights simulations has several displays for each view port of a virtual aircraft canopy front,left and right. A full 360º spherical, hemi-spherical or even quarter-spherical display would be exceptional and the sought after Holy Grail, this can be possible with a UV Mapped Desktop.
Take what is conventionally rendered for a desktop, un-wrap it and repaint, rerender it onto the UV coordinates to be projected onto a quarter-spherical, hemi-spherical or spherical screen surrounding the user. Images by projection externally or internally or integrated by LED, OLED.
w.i.p.