A New Statement about Direct Exponent of an MDS Matrix in Block Ciphers. - Tran Thi Luong; Nguyen Ngoc Cuong; The Dung Luong (KSE, 2015)

4 ˟ 4 Recursive MDS Matrices Effective for Implementation from Reed-Solomon Code over GF(q) Field. - Tran Thi Luong; Ngoc Cuong Nguyen; Duc Trinh Bui (MCO, 2021)

Repairing Reed-Solomon Codes via Subspace Polynomials. - Son Hoang Dau; Dinh Thi Xinh; Han Mao Kiah; Tran Thi Luong; Olgica Milenkovic (IEEE Trans. Inf. Theory, 2021)

Practical Considerations in Repairing Reed-Solomon Codes. - Dinh Thi Xinh; Luu Y. Nhi Nguyen; Lakshmi J. Mohan; Serdar Boztas; Tran Thi Luong; Son Hoang Dau (ISIT, 2022)

A Dynamic Algorithm for the Linear Layer of SPN Block Ciphers Based on Self-Reciprocal Recursive MDS Matrices. - Tran Thi Luong (KSE, 2023)

Building 8×8 Effective Block Circulant MDS Matrices by Utilizing Hadamard Matrices and Circulant Matrices. - Truong Minh Phuong; Pham Quoc Hoang; Long Nguyen Van; Tran Thi Luong; Pham Thi Hien (KSE, 2023)

UTL_DGA22 - a dataset for DGA botnet detection and classification. - Tong Anh Tuan; Nguyen Viet Anh; Tran Thi Luong; Hoang Viet Long (Comput. Networks, 2023)

AES Security Improvement by Utilizing New Key-Dependent XOR Tables. - Tran Thi Luong; Nguyen Ngoc Cuong; Bay Vo (IEEE Access, 2024)

On generating new key dependent XOR tables to improve AES security and evaluating the randomness of the output of block ciphers. - Tran Thi Luong; Linh Hoang Dinh (Int. J. Inf. Comput. Secur., 2024)

Generating key-dependent involutory MDS matrices through permutations, direct exponentiation, and scalar multiplication. - Tran Thi Luong; Linh Hoang Dinh (Int. J. Inf. Comput. Secur., 2024)

Enhancing block cipher security with key-dependent random XOR tables generated via hadamard matrices and Sudoku game. - Linh Hoang Dinh; Tran Thi Luong (J. Intell. Fuzzy Syst., 2024)

Optimising source code vulnerability detection using deep learning and deep graph network. - Cho Do Xuan; Tran Thi Luong; Ma Cong Thanh (Connect. Sci., 2025)

Improving block cipher resilience with dynamically generated XOR matrices using the Fisher-Yates shuffle method. - Tran Thi Luong (Cryptogr. Commun., 2025)