#whatisthelinearoperator search results

"haha stupid electrical engineers with their LDOs and bucks. Look how easy it is for me to get 3.3V out of 5V!" - ignorant sw"e" Linear regulators are, honestly, a bit like a resistor divider. However, they have to have some sort of feedback. Look what happens if we DON'T >>>

i2cjak's tweet image. "haha stupid electrical engineers with their LDOs and bucks. Look how easy it is for me to get 3.3V out of 5V!" - ignorant sw"e"

Linear regulators are, honestly, a bit like a resistor divider. However, they have to have some sort of feedback. Look what happens if we DON'T >>>

A linear operator is continuous if and only if it maps the unit ball to a bounded set.


This is interesting: the engineering team at @linear has a role called "The Goalie" on a weekly rotation. This is one of the things that keep their product such high quality: Linear's first engineering manager @sabin_roman explains:


A linear operator is continuous if and only if it maps the unit ball to a bounded set.


The last part of @linear that wasn’t already fully real-time - our document editor - is now real-time and collaborative. This evolution in our system architecture has some interesting implementation details worth sharing with fellow engineers and tech enthusiasts:

2) Collaborative editing

linear's tweet image. 2) Collaborative editing


There's an idea that LLMs encode high-level concepts linearly in representation space, and that these can be understood using geometric operations (e.g., cosine similarity) But: What does "linear" even mean? And, why would (Euclidean) geometry encode meaning?…

victorveitch's tweet image. There's an idea that LLMs encode high-level concepts linearly in representation space, and that these can be understood using geometric operations (e.g., cosine similarity)   

But: What does "linear" even mean? And, why would (Euclidean) geometry encode meaning?…
victorveitch's tweet image. There's an idea that LLMs encode high-level concepts linearly in representation space, and that these can be understood using geometric operations (e.g., cosine similarity)   

But: What does "linear" even mean? And, why would (Euclidean) geometry encode meaning?…

At @linear we optimize for solving customers problems & craft – not A/B tests, internal frameworks/OKRs. To optimize for craft, give the builders control. To solve customer problems well, try to make the whole team have customer understanding. Then combine these for the magic

karrisaarinen's tweet image. At @linear we optimize for solving customers problems & craft – not A/B tests, internal frameworks/OKRs.

To optimize for craft, give the builders control. To solve customer problems well, try to make the whole team have customer understanding. 

Then combine these for the magic

Linear is a powerful issue tracking tool designed with pixel-perfect precision. Here's how they made their design so good 👇

MichaelFilipiuk's tweet image. Linear is a powerful issue tracking tool designed with pixel-perfect precision.

Here's how they made their design so good 👇

A linear operator is continuous if and only if it maps the unit ball to a bounded set.


Curious about how linear algebra is used in machine learning? From data representations to dimensionality reduction, this high-level overview will show you the basics of linear algebra use in ML → goo.gle/3rkjvWQ


A linear operator is continuous if and only if it maps the unit ball to a bounded set.


Always start with learning the fundamentals before diving in This blog post covers the basics of linear algebra and helps with getting a more intuitive understanding of deep learning and neural networks! Spend 10 min and understand ML better :) 👇👇 abacus.ai/blog/2021/03/0…


A linear operator is continuous if and only if it maps the unit ball to a bounded set.


The Linformer projects self-attention into a lower-dimensional space and achieves linear-time instead of quadratic resource-requirements. Independent of sequence length! 💪 Watch the video here: youtu.be/-_2AF9Lhweo @sinongwang @belindazli @MadianKhabsa @Han_Fang_ @facebookai

ykilcher's tweet image. The Linformer projects self-attention into a lower-dimensional space and achieves linear-time instead of quadratic resource-requirements. Independent of sequence length! 💪 Watch the video here:
youtu.be/-_2AF9Lhweo
@sinongwang @belindazli @MadianKhabsa @Han_Fang_ @facebookai

Et encore... Heureusement que l'opérateur linéaire ne frappe pas de manière répétée un vecteur propre associé à une valeur propre de norme strictement supérieure à l'unité 😂

I need to find the genius who created this.



We define the exponential of linear operator (i.e. derivative, matrix, etc.) through its Taylor Series The proof then follows directly:

🔹In physics, this is why we call the derivative operator the "generator of translations"

InertialObservr's tweet image. 🔹In physics, this is why we call the derivative operator the "generator of translations"


A lot of people ask me about the way I do lineart! It's hard to explain so I made a little video to explain it better. Enjoy 4 minutes of artsy babbling~ youtu.be/FlzNOlACTYg

GalacticJonah's tweet card. My Art Process - A look at Lineart

youtube.com

YouTube

My Art Process - A look at Lineart


No results for "#whatisthelinearoperator"
Loading...

Something went wrong.


Something went wrong.


United States Trends