Unmanned Aerial Vehicles (UAVs), commonly known as drones, are increasingly being
employed across a broad spectrum of applications, ranging from military operations to …

We present a method for key compression in quantumresistant isogeny-based
cryptosystems, which allows a reduction in and transmission costs of per-party public …

The remarkable growth of the Internet of Things (IoT) has given rise to application areas
where it is crucial to secure the endpoints, to guarantee users privacy and even safety. In …

Introduced in 1996, NTRUEncrypt is not only one of the earliest but also one of the most
scrutinized lattice-based cryptosystems and a serious contender in NIST's ongoing Post …

The development of quantum technology is changing with each passing day. While bringing
convenience to us, the security problems it brings cannot be underestimated. By studying …

With the advent of quantum computing, traditional digital signatures schemes such as RSA,
DSA, and ECDSA will become insecure thanks to Shor's algorithm which will break them in …

多变量密码和纠错编码密码作为后量子密码中的两个候选方案, 因其都具备较高的效率和抗量子
攻击的特性, 成为密码学研究的新热点. 然而, 在对多变量密码的研究当中 …

This senior thesis aims to provide an overview of the existing cryptography methods and
their flaws in light of quantum computing and explore the postquantum cryptography …

Multivariable public key cryptography is a scheme that can meet the anti-quantum
characteristics. The Simple Matrix scheme is constructed using the operations between …

The rapid development of quantum computing has posed a serious threat to the widely used
public key cryp" tosystem. The cryptology research against quantum computing has become …