TMLS.NYC

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https://www.tmls.nyc/

tmlsnyc

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AI & ML interests

Advanced Research and Development AI Company

tmlsai

updated a Space 4 months ago

Regret Bounds for Sequential Model Cascades: An Optimal-Stop

🪜

Read research paper on model cascade optimal stopping

tmlsai

published a Space 4 months ago

Regret Bounds for Sequential Model Cascades: An Optimal-Stop

🪜

Read research paper on model cascade optimal stopping

tmlsai

updated a Space 4 months ago

A Measure-Theoretic Account of Semantic Caching: When Approx

♻

Generate provably safe semantic cache thresholds

tmlsai

published a Space 4 months ago

A Measure-Theoretic Account of Semantic Caching: When Approx

♻

Generate provably safe semantic cache thresholds

tmlsai

updated a Space 4 months ago

Bandit Formulations of Model Routing: Regret-Optimal Allocat

🎰

Optimize AI model routing with a budget‑aware single‑price rule

tmlsai

published a Space 4 months ago

Bandit Formulations of Model Routing: Regret-Optimal Allocat

🎰

Optimize AI model routing with a budget‑aware single‑price rule

tmlsai

updated a Space 4 months ago

Speculative Cascades: Latency-Optimal Inference via Coupled

⚡

Explore speculative cascades for faster LLM inference

tmlsai

published a Space 4 months ago

Speculative Cascades: Latency-Optimal Inference via Coupled

⚡

Explore speculative cascades for faster LLM inference

tmlsai

updated a Space 4 months ago

KV-Cache Eviction as an Online Caching Problem: Competitive

🗂

Read the KV‑Cache Eviction analysis and new policy paper

tmlsai

published a Space 4 months ago

KV-Cache Eviction as an Online Caching Problem: Competitive

🗂

Read the KV‑Cache Eviction analysis and new policy paper

AI & ML interests

Team members 1

TMLSNYC's activity

Regret Bounds for Sequential Model Cascades: An Optimal-Stop

Regret Bounds for Sequential Model Cascades: An Optimal-Stop

A Measure-Theoretic Account of Semantic Caching: When Approx

A Measure-Theoretic Account of Semantic Caching: When Approx

Bandit Formulations of Model Routing: Regret-Optimal Allocat

Bandit Formulations of Model Routing: Regret-Optimal Allocat

Speculative Cascades: Latency-Optimal Inference via Coupled

Speculative Cascades: Latency-Optimal Inference via Coupled

KV-Cache Eviction as an Online Caching Problem: Competitive

KV-Cache Eviction as an Online Caching Problem: Competitive