Optimized Uyghur Segmentation for Statistical Machine Translation. - Chenggang Mi 002; Yating Yang; Rui Dong 002; Xi Zhou; Lei Wang 065; Xiao Li 007; Tonghai Jiang; Osman Turghun (NLDB, 2015)

A Content-Based Neural Reordering Model for Statistical Machine Translation. - Yirong Pan; Xiao Li 007; Yating Yang; Chenggang Mi 002; Rui Dong 002; Wenxiao Zeng (CWMT, 2017)

Log-linear Models for Uyghur Segmentation in Spoken Language Translation. - Chenggang Mi 002; Yating Yang; Rui Dong 002; Xi Zhou; Lei Wang 065; Xiao Li 007; Tonghai Jiang (RANLP, 2017)

Research of Uyghur-Chinese Machine Translation System Combination Based on Semantic Information. - Yajuan Wang; Xiao Li 007; Yating Yang; Azmat Anwar; Rui Dong 002 (NLPCC (2), 2019)

Spelling Correction of Non-Word Errors in Uyghur-Chinese Machine Translation. - Rui Dong 002; Yating Yang; Tonghai Jiang (Inf., 2019)

Multi-Task Neural Model for Agglutinative Language Translation. - Yirong Pan; Xiao Li 007; Yating Yang; Rui Dong 002 (ACL (student), 2020)

Constructing Uyghur Named Entity Recognition System Using Neural Machine Translation Tag Projection. - Azmat Anwar; Xiao Li 007; Yating Yang; Rui Dong 002; Osman Turghun (CNCL, 2020)

Improving Low-Resource Neural Machine Translation With Teacher-Free Knowledge Distillation. - Xinlu Zhang; Xiao Li 007; Yating Yang; Rui Dong 002 (IEEE Access, 2020)

Morphological Word Segmentation on Agglutinative Languages for Neural Machine Translation. - Yirong Pan; Xiao Li 007; Yating Yang; Rui Dong 002 (CoRR, 2020)

Multi-Source Neural Model for Machine Translation of Agglutinative Language. - Yirong Pan; Xiao Li 007; Yating Yang; Rui Dong 002 (Future Internet, 2020)

Keeping Models Consistent between Pretraining and Translation for Low-Resource Neural Machine Translation. - Wenbo Zhang; Xiao Li 007; Yating Yang; Rui Dong 002; Gongxu Luo (Future Internet, 2020)

A Diverse Data Augmentation Strategy for Low-Resource Neural Machine Translation. - Yu Li; Xiao Li 007; Yating Yang; Rui Dong 002 (Inf., 2020)

RTJTN: Relational Triplet Joint Tagging Network for Joint Entity and Relation Extraction. - Zhenyu Yang; Lei Wang 065; Bo Ma 004; Yating Yang; Rui Dong 002; Zhen Wang (Comput. Intell. Neurosci., 2021)

Hybrid System Combination Framework for Uyghur-Chinese Machine Translation. - Yajuan Wang; Xiao Li 007; Yating Yang; Azmat Anwar; Rui Dong 002 (Inf., 2021)

Pre-Training on Mixed Data for Low-Resource Neural Machine Translation. - Wenbo Zhang; Xiao Li 007; Yating Yang; Rui Dong 002 (Inf., 2021)

ASCM: An Answer Space Clustered Prompting Method without Answer Engineering. - Zhen Wang; Yating Yang; Zhou Xi; Bo Ma 004; Lei Wang 065; Rui Dong 002; Azmat Anwar (ACL (Findings), 2022)

A Domain-Transfer Meta Task Design Paradigm for Few-Shot Slot Tagging. - Fengyi Yang; Xi Zhou; Yating Yang; Bo Ma 004; Rui Dong 002; Abibulla Atawulla (AAAI, 2023)

WAD-X: Improving Zero-shot Cross-lingual Transfer via Adapter-based Word Alignment. - Ahtamjan Ahmat; Yating Yang; Bo Ma 004; Rui Dong 002; Kaiwen Lu; Lei Wang 065 (ACM Trans. Asian Low Resour. Lang. Inf. Process., 2023)

Pruning Residual Networks in Multilingual Neural Machine Translation to Improve Zero-Shot Translation. - Kaiwen Lu; Yating Yang; Rui Dong 002; Bo Ma 004; Lei Wang 065; Xi Zhou; Ahtamjan Ahmat (NLPCC (3), 2024)

Low-Resource Language Expansion and Translation Capacity Enhancement for LLM: A Study on the Uyghur. - Kaiwen Lu; Yating Yang; Fengyi Yang; Rui Dong 002; Bo Ma 004; Aihetamujiang Aihemaiti; Abibulla Atawulla; Lei Wang 065; Xi Zhou (COLING, 2025)

M2-VLP: Enhancing Multilingual Vision-Language Pre-Training via Multi-Grained Alignment. - Ahtamjan Ahmat; Lei Wang 065; Yating Yang; Bo Ma 004; Rui Dong 002; Kaiwen Lu; Rong Ma; Xinyue Wang (WWW, 2025)

Cross-lingual prompting method with semantic-based answer space clustering. - Ahtamjan Ahmat; Yating Yang; Bo Ma 004; Rui Dong 002; Rong Ma; Lei Wang 065 (Appl. Intell., 2025)

SGEU: enhancing LLM reasoning via backward exemplar generation and verification. - Zhen Wang; Xi Zhou; Yating Yang; Bo Ma 004; Lei Wang 065; Rui Dong 002 (Appl. Intell., 2025)