Latest Articles for Information Security

This research explores methods to learn shallow quantum circuits despite noise.

Minimizing skip costs in node recovery for enhanced data reliability.

Research highlights vanadium defects as strong candidates for secure quantum communication.

New methods improve security and efficiency in sharing confidential information.

A framework to improve APT detection while protecting privacy.

New research reveals efficient proof systems in bounded quantum storage environments.

A look at efficient resource allocation in quantum networks and the role of EGS.

Explore the basics and significance of error-correcting codes in data transmission.

Researchers develop algorithms to improve measurement of quantum entanglement.

This article explores strategies for protecting individual privacy in machine learning.

A new method reduces privacy risks in retrieval-augmented generation applications.

Examining the security and challenges of QPKE in a quantum computing world.

Examining the limits of nonlocal correlations and their implications for secure communication.

Exploring techniques for privacy-preserving data analysis while ensuring accuracy.

This work enhances privacy in graph diffusion while maintaining data utility.

Learn how differential privacy protects individual data while allowing useful analysis.

AUTOPRIV simplifies data privacy for users without technical skills.

Learn about cryptography's role in securing information and protecting privacy.

This article presents a method to protect personal data in machine learning systems.

A look at the role of pseudo-entanglement in advancing quantum cryptography.

Investigating methods to reduce differences in behavior between probabilistic systems.

New methods for generating hyperentangled states promise breakthroughs in quantum communication.

A new method enhances efficiency in low-entropy couplings for large distributions.

New methods improve privacy and coherence using collocations in language data.

A new method for rewriting text that ensures privacy and maintains meaning.

Code poisoning enhances risks of membership inference attacks on sensitive data.

A framework for secure sharing of health information while protecting patient privacy.

Learn how quantum error-correcting codes are vital for quantum computing.

An overview of methods to safeguard personal information while maintaining data usefulness.

Examining vulnerabilities in COW QKD and implications for secure communications.

Exploring the verification methods of multipartite nonlocality in quantum mechanics.

Examining differential privacy's effectiveness in protecting individual identities in SOEP data.

New methods for efficient quantum communication over long distances are being developed.

A new protocol enhances secure communication using quantum mechanics principles.

Examining methods to protect privacy in deep learning applications using visual information encryption.

A new method for efficient data deduplication in federated learning.

Learn how to protect sensitive commitments from eavesdroppers.

Exploring the role of quantum repeaters in enhancing long-distance quantum communication.

VQA models may expose private information despite advanced techniques.

New protocols enhance security and efficiency in quantum digital signatures.