1. 汉藏句子自动对齐技术研究，才藏太、赵海兴、才让加，青海师范大学学报，2022年第一期，P1-4；
2. 融合双通道音节特征的藏文La格例句自动分类模型，班玛宝、才让加*、张瑞、色差甲、卓玛扎西，北京大学学报，(自然科学版) 2022,58(01)；
3. 基于组块分割的无监督藏文句法分析方法研究，卓玛扎西、才让加*、色差甲、班玛宝，计算机仿真，2022,39(05)；
4. 基于语义分割的藏文古籍文档文本区域检测，贡去卓么、才让加*、三知加，计算机仿真，2022,39(05)；
5. Tibetan Medical Named Entity Recognition Study for Tibetan Clinical Electronic Medical Records, Cuo Zhuoma*, Jia Cairang , Duanzhu Sangjie ,Zhuoma Yangmao,Zhaxi Zhuoma,2022 3rd International Conference on Computer Science and Communication Technology,2022.12.15；
6. 基于词典注入的藏汉机器翻译模型预训练方法，桑杰端珠、才让加*，CCL2022，2022.10.28；
7. 融合La格虚词语义信息的藏文La格分类模型，班玛宝、慈祯嘉措、张瑞、才让加* ，CCMT2022，2022.08.06；
8. 基于预训练及控制码法的藏文律诗自动生成方法，色差甲、慈祯嘉错、才让加*、华果才让，CCL2022 2022,10,28；
9. A new procedure for unit root to long-memory process change-point monitoring, Chen, Zhanshou,Muci Peng,Li Xi,AIMS Mathematics (2022): 6467-6477;
10. Sequential Test for Change-Point in Long Memory Process, Jia, Xiuqin,Zhanshou Chen,Yan Liang,Mathematical Problems in Engineering,2022;
11. 基于抽样加权和密度比模型的小区域分位数估计，原文萃、陈占寿*、贾秀芹，青海师范大学学（自然科学版），2022(002):038；
12. 一类长记忆时间序列趋势项变点的Wilcoxon秩检验，成守尧、陈占寿*、娘毛措等，浙江大学学报（理学版），2022, 49(4):8；
13. Digraph Energy of Directed Polygons, Bo Deng,Ning Yang,Weilin Liang,Xiaoyun Lu,Combinatorial Chemistry & High Throughput Screening,DOI: 10.2174/13862073;
14. Graph entropy based on strong coloring of uniform hypergraphs, Lusheng Fang ,Bo Deng*,Haixing Zhao*,Xiaoyun Lv,Axioms 2022.11.03;
15. On the Borderenergeticity of Line Graphs, Xiaoyun Lv,Bo Deng,Xueliang Lia,MATCH Commun. Math. Comput. Chem,87 (2022) 693-702;
16. The Sachs theorem and its application on Extended Adjacency matrix of graphs, Bo Deng,Caibing Chang,Kinkar Chandra Das,Journal of Combinatorial Optimization,2022;
17. Q-borderenergetic Graphs and Their Complements, Jing Li,Bo Deng,Xumei Jin,Xiaoyun Lv1,Applied and Computational Mathematics,2022, 11(3): 81-86;
18. Construction for a Class of Borderenergetic Digraphs, Xumei Jin,Bo Deng *,Hongyu Zhang,Mathematics and Computer Science,Volume 7, Issue 5, September 2022, pp. 102-105;
19. 关于图运算的基于度的图熵，吴传书、赵海兴、邓波，山东大学学报(理学版) 2022, 57(6):10；
20. ROFC-LF: Recursive Online Fountain Code with Limited Feedback for Underwater Acoustic Networks , Xiuxiu Liu,Xiujuan Du,Jiliang Zhang,Duoliang Han , Long Jin,IEEE Transactions on Communications,2022.07,70(7), PP: 4327-4342;
21. Modified Zeroing Neurodynamics Models for Range-based WSN Localization from AOA and TDOA Measurements, Lijuan Wang,Dan Su,Mei Liu,Xiujuan Du*,IEEE sensors Journal 22(13), 2022,13716-13726;
22. Large-scale underwater fish recognition via deep adversarial learning, Zhixue Zhang,Xiujuan Du*,Long Jin,Shuqiao Wang,Lijuan Wang,Xiuxiu Liu,Knowledge and Information Systems (2022) 64: 353–379;
23. FCLR: Fuzzy Control-Based Layering Routing Protocol for Underwater Acoustic Networks, Duoliang Han,Xiujuan Du*,Xiuxiu Liu,Xiaojing Tian,IEEE sensors Journal,2022.12.01, 22(23), pp: 23590-23602;
24. An improved DV-Hop algorithm for wireless sensor networks based on neural dynamics, Jingping Liu,Mei Liu ,Xiujuan Du*,Neurocomputing vol. 491, pp 172-185;
25. 基于归零神经动力学的水下无线传感器网络节点测距定位方法，杜秀娟、王丽娟，通信学报，第 43 卷第 10 期, PP:177-185；
26. CS-MAC: A concurrent scheduling MAC protocol for underwater acoustic networks , Shang Yi,Xiujuan Du*,International Conference on Neural Networks, Information, and Communication Engineering (NNICE),SPIE, 2022, 12258: 416-422;
27. 基于规则与感知的水声网络MAC协议，李冲、杜秀娟*、王丽娟、田晓静，通信学报，43（2），pp:65-75；
28. 基于连通的水声网络节点路由分层方案* 感技术学报，韩多亮、杜秀娟∗、柳秀秀、王丽娟、张智学，35（2），pp:251-259；
29. 藏文字典编纂中同音字“mgo”与“vgo”的义项分解，冷本扎西、尕藏扎西、多拉*，西藏大学学报，2022年第一期；
30. A Fine-grained Classification Method of Thangka Image Based on SENet, Fubo Wang,Shengling Geng*,Dan Zhang,Mingquan Zhou,Wei Nian,Lujia Li,CW 2022: International Conference on Cyberworlds（EI）,2022.6.30;
31. Modeling and verification of CPS based on uncertain hybrid timed automaton, Na Chen,Shengling Geng∗,Lin Li,IEEE CyberSciTech/PICom/DASC/CBDCom 2021(EI),2022.4.12;
32. Image Extraction of Thangka Line Drawings with Transformer, Fubo Wang,Shengling Geng,Dan Zhang,Mingquan Zhou,Wei Nian,Lujia Li,The 15th International Conference on Advanced Computer Theory and Engineering (ICACTE),2022, pp. 45-54;
33. Dominance Relation Similarity Measure based on Fuzzy Hypergraph Dominance Matrix, Dang Mingcong,Shengling Geng* ,International Conference on Digital Society and Intelligent Systems(DSInS 2022),2022.10.11;
34. Visualization of the dynamic changes of Zhaling Lake in the past 45 years, Lujia Lia,Shengling Geng*,Mingquan Zhou,Suxin Song,SPIE - The International Society for Optical Engineering,2022.09.21;
35. 基于软集优势矩阵的二值决策方法，车蕊、耿生玲*，现代计算机，2022.02.05；
36. 基于深度学习的格萨尔史诗命名实体识别研究，环科尤、华却才让*、才让当知、多杰才让，中文信息学报，2022,36(08):46-53；
37. 基于音节切分的藏文印刷体识别，才让当知、华却才让*、黄鹤鸣，计算机工程与设计，2022,43(09):2594-2600；
38. 藏文图像文本识别在安卓系统中的应用——基于混合注意力机制神经网络模型，王悦凝、华却才让*、才让当知、环科尤，青海师范大学学报(自然科学版)，2021,37(04):26-33；
39. 面向语音情感识别的SCBAMM网络，张会云、黄鹤鸣*，现代电子技术，2022,45(05)；
40. 基于深度多特征融合的CNNs图像分类算法，李伟、黄鹤鸣*、张会云、杨鸿海，计算机仿真，2022,39(02)；
41. 基于多操作网络的图式多域语音情感识别研究，张会云、黄鹤鸣，计算机工程，2022,48(07)；
42. 基于异构并行神经网络的语音情感识别，张会云、黄鹤鸣，计算机工程，2022,48(04)；
43. 敦煌古藏文文献中的沃代贡杰神山，卓玛，西藏大学学报（藏文版），2022（01）：151；
44. On the Ky Fan k-norm of the LI-matrix of graphs, Zhen Lin*,Lianying Miao,Guanlong Yu,Han Sheng, Electronic Journal of Linear Algebra ,38(2022)680-696;
45. Upper bounds on the algebraic connectivity of graphs, Zhen Lin*,Lianying Miao,Electronic Journal of Linear Algebra,38(2022)77-84;
46. The biharmonic index of connected graphs, Zhen Lin,AIMS Mathematics,7(2022)6050-6065;
47. On the sum of the largest Aα-eigenvalues of graphs, Zhen Lin,AIMS Mathematics,7(2022)15064-15074;
48. General Zagreb Adjacency Matrix, Zhen Lin,Contributions to Mathematics ,6(2022)39-44;
49. On Aα–eigenvalues of graphs and topological indices, Zhen Lin,Contributions to Mathematics,5(2022)17-24;
50. On the sum of powers of the Aα-eigenvalues of graphs , Zhen Lin,Mathematical Modelling and Control,2(2022)55-64;
51. 基于距离贡献率的隐私保护框架下k-medoids算法研究，刘丹青*、高 瑜、吴振强，青海师范大学学报，2022,38(01):4-13；
52. 虚拟现实技术在农村土特产网络直播中的应用研究,刘丹青*、王宇宁、杨爱秋,中国市场,2022,No.1118(19)：188-190；
53. 教师教育一体化模式研究，刘丹青*、王宇宁、力毛措，中国成人教育，2022(16):64-67；
54. 大数据视域下“两弹一星”精神与思政教育融合研究，刘丹青、王宇宁，成才之路，2022,No.727(27):1-4；
55. A new group decision-making method with incomplete intuitionistic multiplicative preference relations, Xiao Yun Lu*,Hecheng Li,Qiong Hao,Kybernetes2022,9DOI 10.1108/K-11-2021-1169;
56. Group Decision-MakingMethod with Incomplete Intuitionistic Fuzzy Preference Relations Based on a Generalized Multiplicative Consistent Concept , Xiaoyun Lu*,Jiuying Dong,Hecheng Li, Shuping Wan ,Computer Modeling inEngineering & Sciences Tech Science,2022, vol.132, no.3, 881-907;
57. 青海农民画非物质文化遗产活态传承与城市美术融合研究，彭春燕，美术教育研究，2022（13）：36-39；
58. 国内超网络领域研究现状及发展趋势—基于CNKI数据库的CiteSpace分析，朱祺航、白立冰、胡枫*，电脑知识与技术（学术版），019(2022):018；
59. 利用邻接结构熵确定超网络关键节点，周丽娜、常笑、胡枫*，计算机工程与应用，58.8(2022):7；
60. An Improved K-means Algorithm Based on the Bayesian Inference, Chen Rumeng,Feng Wang,Feng Hu*,China National Conference on Big Data and Social Computing Springer, Singapore, 2022;
61. SIS Epidemic Propagation on Scale-Free Hypernetwork, Wang, Kaijun,Yunchao Gong,Feng Hu*,Applied Sciences,(2022): 10934;
62. A hypergraph structure-based model for the evolution of drug targeted hypernetworks, Bai, Libing,Qihang Zhu,Feng Hu*,International Conference on Computer Application and Information Security,(ICCAIS 2021). Vol. 12260. SPIE, 2022;
63. Chinese text summarization based on fine-tuned GPT2,Third International Conference on Electronics and Communication, Qihang Zhua,Lin Li,Libing Baia,Feng Hu*,Network and Computer Technology,(ECNCT 2021). Vol. 12167. SPIE, 2022;
64. 国内外《八大藏戏》研究概况述要，索南才让，藏族民俗文化，2022，1:37-52；
65. 融合依存语法的深度学习藏语句子分割研究，头旦才让、仁青东主、尼玛扎西、完么扎西、才藏太，中文信息学报，2022年，第36卷：第10期；
66. 基于规则与统计相结合的藏文文本自动查错方法研究，完么扎西、尼玛扎西，中文信息学报，2022、36、2、69-75；
67. Design and Implementation of Journal Recommendation Model Based on L-BERT, Peng Liu,Yuzhi Xiao*,Youpeng Qin,Lin Zhou,American Journal of Computer Science and Technology,2022.,2(5);
68. Analysis Of Information Propagation Characteristics In A Class Of Three-layer Coupled Networks, Youpeng Qin,Yuzhi Xiao*,ACM,2022,7;
69. 基于 BERT 的汉语作文自动评分研究，李琳、董璐璐、马洪超，中国考试，2022(05):73-80；
70. Automated Chinese Essay Scoring using Pre-Trained Language Models, Lulu Dong,Lin Li,HongChao Ma,YeLing Liang,CS & IT Conference Proceedings 2021,11(19):01-12;
71. 基于区块链和LSTM的物联网数据隐私保护框架*，罗峰、辛月兰*，国外电子测量技术，2022,41(7):145-151；
72. ASU-Net: U-shape adaptive scale network for mass segmentation in mammograms, Kexin Sun,Yuelan Xin∗,Yide Ma,Meng Lou,Yunliang Qi,Jie Zhu,Journal of Intelligent & Fuzzy Systems,2022,42(4):4205-4220;
73. 基于性别约束的多分支网络人脸表情识别，曾曦、辛月兰、谢琪琦，计算机工程与应用，2022.9.6网络首发；
74. 改进Faster R-CNN的多通道检测算法，殷小芳、辛月兰*、兰天、何晓明，计算机工程与设计，2021,42(12):3453-3460；
75. Microblog Authenticity Detection Based on Human-machine Collaboration, Fan Yang,Manyuan Yang,Zhiwen Yu,ICHMI ’22,2022年pp. 16-25;
76. 基于动态视频信息分析的海上舰船目标检测方法,杨帆,舰船科学与技术,2022.44.(20),169-172；
77. Research on Disease Spreading Behavior Oriented to Three-Layer Complex Networks,Zhonglin Ye,Haixiu Luo,Yunchao Gong,Gege Li,Lin Zhou,Zhuome Renqing,Applied Sciences,2022,12(13), 6472;
78. Blockchain-based Electronic Evidence Storage and Efficiency Optimization, Zhikun Miao,Chengxu Ye*,Ping Yang,International Conference on Artificial Intelligence and Blockchain Technology,2022:109-113;
79. A Scheme for Electronic Evidence Sharing Based on Blockchain and Proxy Re-encryption, Zhikun Miao,Chengxu Ye*,Ping Yang,4th International Conference on Blockchain Technology,2022：11-16;
80. GCN-Seq2Seq: A Spatio-Temporal feature-fused model for surface water quality prediction, Ying Chen,Ping Yang,Chengxu Ye,Zhikun Miao,5th International Conference on Computer Science,2022：317-322;
81. A Segmentation Model of Lung Parenchyma in Chest CT Based on ResUnet, Bing Liu ,Chengxu Ye*,Ping Yang,14th International Conference on Machine Learning ,2022：429-434;
82. Short-Term Prediction Model of Water Level Based on ATT-ConvLSTM, Rui Liu ,Chengxu Ye*,Ping Yang,Zhikun Miao,Bing Liu,Ying Chen,5th International Conference on Data Storage,2022：85-90;
83. GAT-DASeq2Seq: A Water Quality Prediction Model Based on Attention Mechanism and Fusion Spatio-temporal Features, Ping Yang,Ying Chen,Chengxu Ye,Zhikun Miao,Bing Liu,Rui Liu,6th International Conference on Big Data,2022:1-6;
84. A Note on the Connectivity of Binary Matroids Discontinuity, Jun Yin,Bofeng Huo,Hong-Jian Lai,Nonlinearity, and Complexity ,11(3) (2022) 405-408;
85. Spectral Invariants and Their Application on Spectral Characterization of Graphs, Jun Yin,Haixing Zhao*,Sun Xie,Axioms,2022, 11, 260;
86. Chromaticity of some Tripartite Graphs , Jun Yin,Haixing Zhao,Xiujuan Ma,Yalan Li, Discontinuity, Nonlinearity, and Complexity, 11(4) (2022) 645-650;
87. On Spectral Characterization of Two Classes of Unicycle Graphs, Jun Yin ,Haixing Zhao*,Xiujuan Ma,Jing Liang,Symmetry,2022, 14, 1213;
88. Stock price prediction based on optimized random forest model, Ren Zi,Jun Yin,Yu Yicheng,Ma Fuxiang,Li Rongbin,2022 Asia Conference on Algorithms, Computing a (CACML 2022), 778-784;
89. A Complete Characterization of Bidegreed Split Graphs with Four Distinct α-Eigenvalues, Guifu Su,Guanbang Song,Jun Yin,Junfeng Du,Symmetry 2022, 14, 899;
90. The Independence Number Conditions for 2-Factors of a Claw-Free Graph, Wanpeng Lei,Liming Xiong,Jun Yin,Axioms,2022, 11, 417;
91. Forbidden Pairs of Disconnected Graphs for Traceability of Block-Chains, Wanpeng Lei,Liming Xiong,Junfeng Du,Jun Yin,Symmetry,2022, 14, 1221;
92. BSIHKS of 3D Point Cloud Model and Model Matching: Bi-temporal Scaling Invariant Heat Kernel Signature, Dan Zhang,Xiujuan Ma,Na Liu,Pu Ren,Zhuome Renqing,Yuhuan Yan,Chinese Conference on Image and Graphics Technologies. Springer 2022: 71-85;
93. Scaling Invariant Harmonic Wave Kernel Signature for 3D Point Cloud Similarity, Dan Zhang,Na Liu,Yuhuan Yan,Xiujuan Ma,Zhuome Renqing,Xiaojuan Zhang ,Fuxiang Ma, International Conference on Image and Graphics Springer, Cham, 2021: 44-56;
94. Graph Colorings and Labelings Having Multiple Restrictive Conditions in Topological Coding , Xiaohui Zhang,Chengfu Ye,Shumin Zhang ,Bing Yao,Mathematics 10(2022), 1592;
95. Generalized 4-connectivity of hierarchical star networks, Junzhen Wang,Jinyu Zou,Shumin Zhang*,Open Mathematics 20(2022), 1261–1275;
96. TEMO-type regularity for two general degree-based topological indices, Jiajia Wang,Zhen Lin,Shumin Zhang,Bulletin of The International Mathematical Virtual Institute 12(3)(2022), 401-407;
97. The generalized 4-connectivity of folded Petersen cube networks, Huifen Ge,Shumin Zhang,Chengfu Ye∗, Rongxia Hao, AIMS Mathematics 7(8)(2022),14718–14737;
98. Two kinds of conditional connectivity of hypercubes, Bo Zhu,Shumin Zhang,Jinyu Zou,Chengfu Ye,AKCE International Journal of Graphs and Combinatorics,14(2022), 1-6;
99. Reliability of the round matching composition networks based on g-extra conditional fault, Yalan Li,Jichang Wu,Shumin Zhang,Chengfu Ye,Theoretical Computer Science,905 (2022), 1-9;
100. 几类操作图的全控制染色，王彩云、李敏慧、张淑敏* ，安徽师范大学学报(自然科学版)，45(4)(2022), 307-313；
101. 折叠超立方体的广义3-连通度，王军震、张淑敏*、葛慧芬，山东大学学报(理学版)，57(11)(2022), 1-8；
102. 土观《宗派源流》中道家思想释析的补释与再析,才华多旦,《青海社会科学》,2022年第2期；
103. Entropy and enumeration of spanning connected unicyclic subgraphs in self-similar network, Jing Liang,Haixing Zhao∗,Jun Yin,Sun Xie,Physica A: Statis-tical Mechanics and its Applications,2021年12月,590(2022)126772;
104. A method to calculate the number of spanning connected unicyclic(bicyclic) subgraphs in 2-separable networks, Jing Liang,Haixing Zhao∗,Jun Yin,Theoretical Computer Science,2022年5月，923(2022)144-159;
105. DeepHGNN: A Novel Deep Hypergraph Neural Network, Jingjing LIN,Zhonglin YE,Haixing ZHAO,Lusheng FANG,Chinese Journal of Electronics, 2022, 31(5), 958-968;
106. Eigenvalue-based entropy and spectrum of bipartite digraph , Yan Sun,Haixing Zhao,Complex & Intelligent Systems, 2022/2/1;
107. Local Optimality of Mixed Reliability for Several Classes of Networks with Fixed Sizes, Lixin Dong,Haixing Zhao* ,Hong-Jian Lai,Axioms,2022,11,91;
108. 基于混合特征建模的图卷积神经网络方法，李卓然、冶忠林、赵海兴*、林晶晶，计算机应用，2022年1.26；
109. 基于自动学习机的社会网络链路预测算法，卢文、赵海兴、卫良、李发旭，计算机应用与软件，2022, 39(1):8；
110. Construction of a Three-Layer Directed Network Model with Multimodal Characteristics, Na Zhang,Xiao Yuzhi,Zhao Haixing*,Tang Chunyang,Baoyang Cui,Applied Mathematics Modeling and Computer Simulation,2022，407-422;
111. Invulnerability optimization analysis of interdependent networks, Tang Chunyang,Xiao Yuzhi,Zhao Haixing*,Ye Zhonglin,ICECCME 2021,10;
112. 经典故事《舍身饲虎》研究综述，娘本、卓泽加，藏族民俗文化，2022年第02期；
113. 一种藏语语音识别中数字文本规范方法，贡保加、才智杰*、才让卓玛、彭毛扎西，高原科学研究，2022,6(3):117-124；
114. Research on Tibetan Speech Synthesis Based on Fastspeech, Ba Zu,Rangzhuoma Cai,Zhijie Cai,Zhaxi Pengmao,2022 3rd International Conference on Pattern Recognition and Machine Learning (PRML),2022,07:241-244;
115. .藏文文本拼写错误类型分析，三毛措、才智杰、才让卓玛、道吉扎西、华旦扎西，西北民族大学学报，2022，3（43）：26-31；
116. 少数民族语言分词技术评测数据集MLWS2021[DB/OL],赵小宾、高璐、高定国、才智杰*,Science Data Bank中国科学数据2022. (2022-01-28). DOI: 10.11922/sciencedb.j00001.00340，7/8；
117. 《安多拉伊》中植物品种与资源初考,龙主多杰、文昌加,《藏族民俗文化》,2022年12月4期；
118. Re-indroduction to Tibetan Case Structuire and Its Grammatical Functions, 才华、关白、李凯，Adcances in Artificial Intelligence and Security，ICAIS2022July 15-20,2022；
119. On Extremal Spectral Radii of Uniform Supertrees with Given Independence Number, Lei Zhang,Haizhen Ren,Discrete Dynamics in Nature and Society,Volume 2022, Article ID 3930470, 9 pages;
120. Matching preclusion and conditional matching preclusion for hierarchical cubic networks, Jinyu Zou ,Haizhen Ren,AIMS Mathematics,2022, 7(7): 13225–13236;
121. The Generalized 4-Connectivity of Cube-Connected-Cycle and Hierarchical Hypercube, Jinyu Zou,He Li,Haizhen Ren,Journal of Mathematics Volume 2022, Article ID 2766404, 9 pages;
122. Trees with Given Independence Number Maximizing the A -Spectral Radius, LeiZhang,yuanmei Chen,Haizhen Ren,International Workshop on Computer Science and Engineering2022, 06:248-252;
123. Counting the Total Induced Matchings for Recursive Trees, Caicuozhuoma Xie,Haizhen Ren,International Workshop on Computer Science and Engineering 2022, 06:280-284;
124. Complexity of the Operation Graphs on Cycle and Complete Graph, Yalong Wu,Haizhen Ren,Journal of Physics: Conference Series 2333 (2022) 012006;
125. Identification and Practical Application of Juniper Trees for Hygiene in Tibetan Culture, Wenchangjia*,Longzhuduojie,Yangjincuo,Nankuacuo,Songzhacuo,Medicinal Plant,2022年1月、13卷、1期、75-76页;
126. Nscale: an efficient RAID‑6 online scaling via optimizing data migration, Ping Xie,Zhu Yuan,Yu Hu,The Journal of Supercomputing,2022.08.14;
127. A Smart Cuckoo Filter with Disjoint-set to Detect the Endless Loop 2022 Global Conference on Robotics, Hua Wendi,Ping Xie,Artificial Intelligence and Information Technology,2022.07.30;
128. A Hybrid Scheme of Reducing Read Latency in NAND Flash by Integrating Duplications and Soft Decoding, Yaofang Zhang,Peixuan Li,Ping Xie,2022 The 6th International Conference on Machine Learning and Soft Computing ,2022.1.15:2022: 151-159;
129. 布隆过滤器研究综述，华文镝、高原、吕萌、谢平，计算机应用，2022, 42(6):19；
130. 一种高效的RAID6在线扩容机制，李牧原、谢 平、高 原，现代电子技术 ，2022(018):045；
131. 一类均匀拟阵的二阶圈图连通性及哈密顿性，邓梓健、刘彬、火博丰*，山东大学学报（理学版），057(005)2022:92-96；
132. The Energy of Trees with Diameter Five Under Given Conditions New Perspectives on Nonlinear, Yarong Jia,Qingsong Du,Bin Liu,Zijian Deng,Bofeng Huo,Dynamics and Complexity 2022：181-193;
133. 一类可图拟阵的二阶圈图的哈密顿性，李亚宁、刘 彬、邓梓健、王丽煊、火博丰、尹 君，内蒙古师范大学学报，2022,051(005) ：540-544；
134. The connectivity and Hamiltonian properties of second-order circuit graphs of wheel cycle matroids,Discrete Mathematics, Zijian Deng,Bin Liu,Bofeng Huo,Bo Deng*,Algorithms and Applications,05（14）2022：2250007-1-2250007-11;
135. 康丹玛地区新发现的须巴神山摩崖石刻考，索南东主，中国藏学，2022.2；
136. 吐蕃时期藏文厘定的译例标本文献《宝云经》研究，索南东主，西藏研究，2022.2；
137. 面向双层网络的EWCC社区发现算法，唐春阳、肖玉芝、赵海兴*、冶忠林、张娜，计算机科学，2022,7 (49-55)；
138. Reliability analysis of different fault-tolerant mechanisms in wireless sensor networks, 童英华,2021 3rd international conference on applied machine learning IEEE,2021:250-256;
139. “嵌入式系统与应用”教学改革与探索，童英华，物联网技术，2022,8:137-141.
实验室固定研究人员在2022年01月至2022年12月期间发表论文139篇，其中SCI收录37篇，EI收录42篇，中文核心32篇。
