peter_d_sherman

9 ms·

91.
3D Spatial Transformer Network (2016)(github.com)
1 points by peter_d_sherman 1mo ago|0 comments
92.
by peter_d_sherman 1mo ago
>"Someday, such as in 2040, there may be available, for every human being, the performance equivalent of 'a B300 GPU for contemporary LLMs'. What would this world be like? What will our world be like when (not if) every hu
93.
by peter_d_sherman 1mo ago
Universal Compression (for GPU's / AI Accelerators): >"Alongside Sony, AMD has developed “Universal Compression” , which should help compress data within a GPU to deliver higher levels of memory efficiency. This reduce
94.
AMD unveils next-generation RDNA and PlayStation tech with Sony (2025)(overclock3d.net)
2 points by peter_d_sherman 1mo ago|1 comments
95.
by peter_d_sherman 2mo ago
Looks good! I decided to have a quick, cursory, "first-glance" look at OpenShot's software architecture... It apparently (and again, someone correct me if I am wrong here) uses FFmpeg ( https://www.ffmpeg.org/
96.
by peter_d_sherman 2mo ago
Related: https://www.reddit.com/r/learnmath/comments/av8w5v/help_me_u... >"Basically we can see every function in R^n as the level surface of some higher dimensional function in R^n+1" [...]
97.
Implicit Function Theorem (IFT)(en.wikipedia.org)
1 points by peter_d_sherman 2mo ago|1 comments
98.
Continuous Diffusion Language Models (CDLM's)(sander.ai)
135 points by peter_d_sherman 2mo ago|48 comments
99.
by peter_d_sherman 2mo ago
This looks absolutely great from a future technology perspective! To recap the article: Samsung / XCENA MX1: o PCIe 6 attached card for PC's (Or, optional CXL 3.2 x8 device/connection) o Part CXL Memory Expansion Device (up t
100.
4000-Series Integrated Circuits(en.wikipedia.org)
3 points by peter_d_sherman 2mo ago|0 comments
101.
by peter_d_sherman 2mo ago
>"Rather than treating a state carrier XnX_n or computational-basis space as the primitive object to be searched, the framework constructs a class map π:Xn→Cn class-indexed fold invariants, polynomial layers, Cantor complexity coord
102.
by peter_d_sherman 2mo ago
Quick update: When I said: "(more specifically the linear equations of curves with N control points aka "binding points" / "points of stability" / "fixed points" / "immovable points&quo
103.
by peter_d_sherman 2mo ago
Related: The Magic-Eye Tuning Indicator, W G Morley, The Radio Constructor, March & April, 1969: https://www.r-type.org/articles/art-137.htm
104.
Magic eye tube(en.wikipedia.org)
102 points by peter_d_sherman 2mo ago|29 comments
105.
by peter_d_sherman 2mo ago
>"I'm going to ignore the first half of your comment, because it really only serves to disclose the limits of your knowledge." Read my profile: https://news.ycombinator.com/user?id=peter_d_sherman On there
106.
by peter_d_sherman 2mo ago
CPU's are silicon where some of the gates, some of the circuits that are etched into that silicon are turned into RAM. That is, Modern CPU's (as opposed to truly ancient ones, around 50 or more years ago) implement caches -- reg
107.
by peter_d_sherman 2mo ago
Great idea!
108.
by peter_d_sherman 2mo ago
>"The linear interpolations (aka lerps) can be summarized into a single compact formula, e.g. for 4 control points (A,B,C,D): γ(t)=A⋅(1−t)^3+B⋅3(1−t)^2⋅t+C⋅3(1−t)t^2+D⋅t^3 The rule is simple: descending powers of (1−t), ascending p
109.
by peter_d_sherman 2mo ago
>" Optical flow is a fundamental low-level vision task that estimates per-pixel 2D motion between video frames. It has many downstream applications, including 3D reconstruction and synthesis [...] action recognition [...] frame int
110.
WAFT: Warping-Alone Field Transforms for Optical Flow (2025)(arxiv.org)
2 points by peter_d_sherman 2mo ago|1 comments
111.
Nord-5 – A 32-bit minicomputer from 1972(en.wikipedia.org)
4 points by peter_d_sherman 2mo ago|0 comments
112.
by peter_d_sherman 2mo ago
>"Draft videos more efficiently in 360p Generate lightweight previews in 360p resolution up to 60% faster and at a third of the cost compared to Omni 1.1’s standard 720p resolution. This is helpful for rapid prototyping, storyboar
113.
by peter_d_sherman 2mo ago
"Meet the new boss... same as the old boss..." -The Who, "Won't Get Fooled Again" :-) ( https://en.wikipedia.org/wiki/Won%27t_Get_Fooled_Again )
114.
by peter_d_sherman 2mo ago
I like the idea of a CPU/GPU/TPU on RAM (look at those gorgeous bandwidth numbers!) -- but I also wonder what problems it may potentially bring in the future... I think it would be a good idea that if RAM is to implement processor
115.
by peter_d_sherman 2mo ago
Excellent (pardon the pun!) link! :-)
116.
TRISO (reasonably safe nuclear) fuel(en.wikipedia.org)
5 points by peter_d_sherman 2mo ago|2 comments
117.
Sumitomo Electric – 6912-fiber count Ribbon Slotted-Core Fiber Optic cables(sumitomoelectric.com)
5 points by peter_d_sherman 2mo ago|0 comments
118.
by peter_d_sherman 2mo ago
Looks great! I was particularly impressed by the following: >"A built-in lightweight HTML view widget renders documentation-style markup with cascading styles." Basically you built a miniature, integrated, embedded, open-sourc
119.
Supermicro Super AI Station (GB300, 20 Pflops FP4, 748GB Coherent Memory)(supermicro.com)
3 points by peter_d_sherman 2mo ago|2 comments
120.
by peter_d_sherman 2mo ago
Let's understand the whyness of the rather cryptic sounding Paper, above! First understanding : LLMs/AI's require Matrix math (aka "matmul"), lots of it, billions, trillions (and perhaps more in the future!) time

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