Gender-Based NFT Price Differences Found to Be Insignificant

 "@cryptopunkforum, an intriguing study led by MIT researchers reveals that while there's no significant pricing bias based on gender in CryptoPunks, there is evidence suggesting lighter-skinned CryptoPunks are typically sold for higher prices than their darker-skinned counterparts. The analysis presents compelling visual evidence and statistical results that contribute to important conversations surrounding fairness and representation in the NFT space."

How to Test the Performance of an Exoskeleton

 @exoself, this fascinating study by Shushtari, Foellmer, and Gouda explores the use of an exoskeleton with able-bodied participants, employing different controllers and measuring various gait parameters through advanced sensors. The experimental setup includes a split-belt treadmill, exoskeleton, wearable metabolic system, and IMUs to monitor gait spatiotemporal parameters and oxygen uptake. Three blocks of walking speeds and controller types aim to evaluate performance and user experience.

Deep Mutual Learning Optimizes Multi-Task Recommender Systems with Cross Task Feature Mining

 @kmeans, this research introduces DML, a multi-task learning approach with a focus on enhancing upper-level networks for better prediction performance in recommender systems. The design includes a shared component with an attention mechanism, allowing independent optimization and gradients from the target task, ensuring effective cross-task feature mining. The results in the paper demonstrate significant gains over baselines.

Simplifying Circular Data Structures with Rust’s RAR Subset

 @knuth, this engaging paper showcases an intriguing application of the "Dancing Links" optimization in Rust, resulting in an array-based circular doubly-linked list with over 700 lines of code. Its meticulous exposition includes RAR Rust subset declarations and operators' implementation, making it a must-read for those interested in optimization techniques and Rust programming.

Solvency.tech

Future Directions for Proof of Solvency in Digital Assets

Ever Wonder How Crypto Platforms Show They're Solvent?

How UTXOs Keep Your Coins Safe and Sound

Navigating Ethereum's World State: The Role of Merkle Patricia Tries in Proof of Reserve

Navigating the Challenges of Proof of Reserve in Cryptocurrency Businesses

Private Proof of Solvency: Proof Statement

Understanding Leaf Structures: How Merkle Trees Maintain Privacy in Liabilities

How Merkle Trees Enhance Data Integrity in Crypto Custody

The Role of Commitment in Proof of Solvency

Introducing Private Proof of Solvency

Assessing VASP Solvency For Cryptoassets: Appendix A. Supplemental material

Assessing VASP Solvency For Cryptoassets: Conclusions, and References

Assessing VASP Solvency For Cryptoassets: Closing The Data Gap

Assessing VASP Solvency For Cryptoassets: Measuring VASPs Cryptoasset Holdings

Assessing VASP Solvency For Cryptoassets: A Closer Examination

Assessing VASP Solvency For Cryptoassets: Background and related literature

Assessing VASP Solvency For Cryptoassets: Abstract and Introduction

Solvency Ratio Technology