✅ Lossless Bounds

Compression Limits, Perfect Reconstruction, Information Theory, Entropy Coding

On the Bit Size of Sum-of-Squares Proofs for Symmetric Formulations
arxiv.org·11h
🎯Performance Proofs
The new compression algorithm is not like the standard ones
ferki-git-creator.github.io·2d·
Discuss: Hacker News
🌊Streaming Compression
News for August 2025
ptreview.sublinear.info·2d
🌸Bloom Variants
FFmpeg 7.0+ LADSPA Filter Arbitrary Shared Object Loading via Unsanitized Environment Variables
seclists.org·17h
🎬ffmpeg
Dynamic Spectral Analysis of Supernova Remnant Particle Acceleration via Adaptive Wavelet Transforms
dev.to·15h·
Discuss: DEV
📡Frequency Archaeology
Evaluating the Efficiency of Latent Spaces via the Coupling-Matrix
arxiv.org·11h
🧠Machine Learning
Sparse Sensor Allocation for Inverse Problems of Detecting Sparse Leaking Emission Sources
arxiv.org·11h
🧮Kolmogorov Bounds
Hashers (Murmur)
github.com·21h
🔐Hash Functions
Single-Shot Decoding of Biased-Tailored Quantum LDPC Codes
arxiv.org·11h
⚛️Quantum LDPC
Can Coding Be Both Lossless and Private?
hackernoon.com·6d
🔐Privacy Codecs
High Dimensional Optimization Remains Hard
win-vector.com·12h·
Discuss: Hacker News
🧮Kolmogorov Bounds
What is a quantum computer's speed limit? Entanglement can provide an answer
phys.org·1d
⚛️Quantum Tape
Fundamentals of Wireless Communication
web.stanford.edu·1d·
Discuss: Hacker News
ℹ️Information Theory
Information-Theoretic Bounds and Task-Centric Learning Complexity for Real-World Dynamic Nonlinear Systems
arxiv.org·11h
🧮Kolmogorov Bounds
A Short Introduction to Tor
spec.torproject.org·23m·
Discuss: Hacker News
🧅Tor Networks
Vector-based loss functions for turbulent flow field inpainting
arxiv.org·11h
📊Rate-Distortion Theory
Causal Artificial Intelligence [Free Textbook]
causalai-book.net·20h·
Discuss: Hacker News
🧠Machine Learning
The Vector Bottleneck: Limitations of Embedding-Based Retrieval
shaped.ai·1d·
Discuss: Hacker News
🗂️Vector Databases
Fractal Compression
en.wikipedia.org·4d·
Discuss: Hacker News
🌀Fractal Compression
Repeating vs. Non-Repeating FRBs: A Deep Learning Approach To Morphological Characterization
arxiv.org·11h
🧠Machine Learning