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Zayo

#Zayo #TheSupremeTeam
Artist Name: Zayo

Who are you?

I would describe myself as a feel good artist. I don't particularly make music for any particular reason other than I feel good when I do put my time and effort into a project and it sounds just as I'd imagined it would. For the longest time I've kept my music private only uploading links to send directly to those who asked and or in knowledge of my creativity but as of now, currently I feel like I'm comfortable enough to get my music out there so listeners can feel good too.

Where are you from?

I'm from Syracuse, NY and honestly, the music scene is all over the place because no one has their own identity here. You know people around here try to mix styles from all over the nation and you can clearly hear where the inspiration comes from. This applies to the old school rap bap style and the newer gen style artists around my age seem to enjoy using. Scorey and Toosii are the only reputable artists from this area, and they both left the city after being signed so it kinda feels like we're all behind in some way, left out here.

How can we follow you?

I've only created access to my spotify account, direct them to follow me on there.

Song Title: Run

Listen to Zayo:

Source: https://supremepr.us/

A few questions on LWE

Consider the decision LWE setting, where we have to distinguish between $(A, As + e)$ and $(A, u)$, for a randomly chosen $m times n$ matrix $A$, an $n times 1$ secret vector $s$, an $m times 1$ Gaussian secret vector $e$, and a randomly chosen $m times 1$ vector $u$. I have a few::Listen

Consider the decision LWE setting, where we have to distinguish between $(A, As + e)$ and $(A, u)$, for a randomly chosen $m times n$ matrix $A$, an $n times 1$ secret vector $s$, an $m times 1$ Gaussian secret vector $e$, and a randomly chosen $m times 1$ vector $u$.

I have a few questions regarding this setting.

  1. What is the runtime of the best known distinguisher? How does it scale with $n$ and $m$? I found references saying the runtime is sub exponential, but I did not find an explicit algorithm or analysis.
  2. In many places, a "lossy version" of the setting is considered, where $A$ is replaced with a randomly sampled low rank matrix. How low can the rank of the matrix be for the setting to still be secure? I did not find any explicit calculations that talk about how the runtime of the distinguisher scales with the rank of $A$.

Zayo

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