TESTING / PROVA ....
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TESTING / PROVA ....
C1 of/di "tentative thread/abbozzo discussione" Cis there any difference between an
Open Technology
and an
Open System
DIALOGUE??
https://preview.mailerlite.io/emails/webview/1933660/174041906421958302Che differenza c'è
tra un DIALOGO per una
Tecnologia Aperta
e un DIALOGO per i
SISTEMI APERTI ?? -
TESTING / PROVA ....
C1 of/di "tentative thread/abbozzo discussione" Cis there any difference between an
Open Technology
and an
Open System
DIALOGUE??
https://preview.mailerlite.io/emails/webview/1933660/174041906421958302Che differenza c'è
tra un DIALOGO per una
Tecnologia Aperta
e un DIALOGO per i
SISTEMI APERTI ??C2
Preliminary sources for an understanding of the question in C1
in the context of
the development of the European Procurement Handbook (EPHOS)Fonti propedeutiche alla comprensione della domanda in C1
relativamente allo sviluppo del Manuale Europeo per l’approvvigionamento di Sistemi Aperti [EPHOS] -
C2
Preliminary sources for an understanding of the question in C1
in the context of
the development of the European Procurement Handbook (EPHOS)Fonti propedeutiche alla comprensione della domanda in C1
relativamente allo sviluppo del Manuale Europeo per l’approvvigionamento di Sistemi Aperti [EPHOS]C3
Motivation for asking the complex question in C1
might be found in @silvanomarioni comment about "small language models to solve complex reasoning tasks"Motivazione per porre la domanda di C1:
estraibile dal seguente commento sui "piccoli modelli linguistici per affrontare ragionamenti complessi"
https://mastodon.uno/@silvanomarioni/115750365451538037con l'aiuto dei riferimenti in coda a
with help from references supporting
https://link.springer.com/article/10.1007/s11576-008-0140-z -
C3
Motivation for asking the complex question in C1
might be found in @silvanomarioni comment about "small language models to solve complex reasoning tasks"Motivazione per porre la domanda di C1:
estraibile dal seguente commento sui "piccoli modelli linguistici per affrontare ragionamenti complessi"
https://mastodon.uno/@silvanomarioni/115750365451538037con l'aiuto dei riferimenti in coda a
with help from references supporting
https://link.springer.com/article/10.1007/s11576-008-0140-zC4
In 1990, when the buzz was "Open Systems", there was a shortage of "publicly available specifications" meeting the requirement of
Cypser RJ (1991)
Communications for cooperating systems, OSI, SNA and TCP/IP.
Addison-Wesleyand
BAD NEWS for today's internet
the birth of the web
https://mastodon.uno/@fucinafibonacci/115751499418844577
was turned down as a vital contribution to the
Open System Environment [OSE]
concept
by European computer industry and policy makers
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@stefano
We shouldn't forget that the movements in memory manufacturers are because datacenter demands pays more compared with consumers demands.It's kinda "race". If consumers pay more, datacenters would pay even more.
This means "cost pressures" on datacenters become higher and it should cause the fee for datacenters to be more expensive.So I think keeping data "in premise" being still competitive.
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Hardware Store Marauder’s Map is Clarkian Magic
The “Marauder’s Map” is a magical artifact from the Harry Potter franchise. That sort of magic isn’t real, but as Arthur C. Clarke famously pointed out, it doesn’t need to be — we have technology, and we can make our own magic now. Or, rather, [Dave] on the YouTube Channel Dave’s Armoury can make it.
[Dave]’s hardware store might be in a rough neighborhood, since it has 50 cameras’ worth of CCTV coverage. In this case, the stockman’s loss is the hacker’s gain, as [Dave] has talked his way into accessing all of those various camera feeds and is using machine vision to track every single human in the store.
Of course, locating individuals in a video feed is easy — to locate them in space from that feed, one first needs an accurate map. To do that, [Dave] first 3D scans the entire store with a rover. The scan is in full 3D, and it’s no small amount of data. On the rover, a Jetson AGX is required to handle it; on the bench, a beefy HP Z8 Fury workstation crunches the point cloud into a map. Luckily it came with 500 GB of RAM, since just opening the mesh file generated from that point cloud needs 126 GB. That is processed into a simple 2D floor plan. While the workflow is impressive, we can’t help but wonder if there was an easier way. (Maybe a tape measure?)
Once an accurate map has been generated, it turns out NVIDIA already has a turnkey solution for mapping video feeds to a 2D spatial map. When processing so much data — remember, there are 50 camera feeds in the store — it’s not ideal to be passing the image data from RAM to GPU and back again, but luckily NVIDIA’s “Deep Stream” pipeline will do object detection and tracking (including between different video streams) all on the GPU. There’s also pose estimation right in there for more accurate tracking of where a person is standing than just “inside this red box”. With 50 cameras, it’s all a bit much for one card, but luckily [Dave]’s workstation has two GPUs.
Once the coordinates are spat out of the neural networks, it’s relatively simple to put footprints on the map in true Harry Potter fashion. It really is magic, in the Clarkian sense, what you can do if you throw enough computing power at it.
Unfortunately for show-accuracy (or fortunately, if you prefer to avoid gross privacy violations), it doesn’t track every individual by name, but it does demonstrate the possibility with [Dave] and his robot. If you want a map of something… else… maybe check out this backyard project.
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@evan Collabora {Online, Office} and AbiWord.
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@jtonline excellent, no notes.
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Latest idea for the 2025 Christmas tree name...
Volodymyr Zelenstree
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@evan At work, we're a Microsoft shop. In my personal life, I use a text editor.
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@virtuous_sloth yeah, it's a bug in ActivityPub, not Mastodon.
