教学情况：

 担任近世代数、数学建模、高等数学、线性代数等本科课程，以及代数学研究生学位基础课程的教学任务。历年指导全国大学生数学建模竞赛，所指导参赛队多次获国家二等奖和省一等奖。

科研情况：

1. 承担科研项目

(1) 主持河北省自然科学基金面上项目2项：

“量子群及其在代数组合上的应用”（A2013205021）；

“Terwilliger代数表示及其应用”（A2019205089）；

“距离正则图的Terwilliger代数及其谱刻画”（A2023205009）。

(2) 主持校重点基金资助科研课题1项：

“对称结合方案与Terwilliger代数”（L2012Z01）。

(3) 参加国家自然科学基金面上项目3项：

“距离正则图研究的若干代数方法”（11471097），第二主研人；

“距离正则图及其应用”（10971052），第三主研人；

“在结合方案和球面上的代数组合”（11271257），第四主研人。

(4) 参加高等学校博士学科点专项科研基金资助项目1项：

“与代数组合有关的t-设计与Terwilliger 代数”（20121303110005），第二主研人。

(5) 参加河北省自然科学基金面上项目2项：

“与有限几何相关的图的问题”（A2009000253），第三主研人；

“非交换代数与结合方案的相关问题研究”（A2008000135），第三主研人。

2. 获奖

(1) “结合方案与有限典型群几何的研究”，2015年，河北省科学技术奖自然科学奖二等奖，第三完成人；

(2) “Terwilliger 代数的表示及其应用”，2018年，河北省科学技术奖自然科学奖三等奖，第二完成人。

3. 出版著作

(1) 高锁刚，侯波，郭军，距离正则图及其相关代数，科学出版社，2017。

4. 公开发表学术论文

-----------代数组合方向

(01) Bo Hou, SuogangGao*, The shape of some linear transformations. Linear Algebras and its applications,2010, 433(11–12): 2088–2095.

(02) Bo Hou, SuogangGao*, Some properties of sharp Hessenberg pairs, Linear Algebra andits Applications, 2011, 435(8): 1987–1996.

(03) Bo Hou, SuogangGao*, The structure of some linear transformations, Linear Algebras and itsapplications, 2012, 437(9): 2110–2116.

(04) Bo Hou, SuogangGao*, Leonard pairs and Leonard triples of q-Racah type from the quantumalgebra Uq(sl2), Communications in Algebra, 2013, 41(10): 3762–3774.

(05) Na Kang, BoHou, Suogang Gao*, q-inverting pairs of shape 1,2,1, Linear and MultilinearAlgebra, 2013, 61(10): 1307–1328.

(06) Suogang Gao,Yan wang, Bo Hou*, Classification of Leonard triples of Racah type, LinearAlgebras and its applications, 2013, 439(7): 1836–1861.

(07) Bo Hou, LijuanWang, Suogang Gao*, The classification of Leonard triples that have BannaiItotype and odd diameter, Linear Algebras and its applications, 2013, 439(9): 2667–2691.

(08) Bo Hou, PanpanShen, Ran Zhang, Suogang Gao, On the non-existence of tight Gaussian 6-designson two concentric spheres, Discrete Mathematics, 2013, 313(12): 1002–1010.

(09) Suogang Gao,Liwei Zhang, Bo Hou*, The Terwilliger algebras of Johnson graphs, LinearAlgebras and its applications, 2014, 443: 164–183.

(10) Bo Hou, JingWang, Suogang Gao*, Totally bipartite Leonard pairs and totally bipartiteLeonard triples of q-Racah type, Linear Algebras and its applications, 2014，448: 168–204.

(11) Na Kang, BoHou, Suogang Gao*, The traces associated with a sharp tridiagonal system,Linear Algebras and its applications, 2014, 457: 1–11.

(12) Bo Hou, LiweiZhang, Suogang Gao*, The Leonard triples extended from given Leonard pairs ofBannai/Ito type, Linear and Multilinear Algebra, 2014, 62(8): 1091–1104.

(13) Bo Hou, LongmeiYang, Suogang Gao*, Affine transformations of a sharp tridiagonal pair, LinearAlgebras and its applications, 2014, 462: 16–38.  

(14) Bo Hou, SuogangGao*, Hypercube and tetrahedron algebra, Chinese Annals of Mathematics, SeriesB, 2015, 36(2): 293–306.

(15) Bo Hou, YanhuaLiu, Suogang Gao*, The Leonard triples having classical type, Linear Algebrasand its applications, 2015, 467: 202–225.

(16) Xiaojuan Gao,Suogang Gao, Bo Hou*, The Terwilliger algebras of Grassman graphs, LinearAlgebras and its applications, 2015, 471: 427–448.

(17) Bo Hou, YuchunXu, Suogang Gao*, The classification of Leonard triples of Bannai/Ito type witheven diameters, Communications in Algebra, 2015, 43(09): 3776 –3798.

(18) Huan Liu, BoHou, Suogang Gao*, Leonard triples, the Racah algebra, and some distance-regular graphs ofRacah type, Linear Algebras and its applications, 2015, 484: 435–456.

(19) Na Kang, BoHou, Suogang Gao*, Leonard triples of Krawtchouk type, Linear and MultilinearAlgebra, 2015, 63(12): 2341–2358.

(20) Sha Chang,Suogang Gao, Bo Hou*, The Leonard triples with quantum parameter being not aunit root, Linear and Multilinear Algebra, 2015, 63(12): 2546–2560.

(21) Hong Yue, BoHou, Suogang Gao, Note on the tight relative 2-designs on H(n, 2), DiscreteMathematics, 2015, 338: 196–208.

(22) Bo Hou, MengWang, Suogang Gao*, The classification of finite-dimensional irreduciblemodules of Bannai-Ito algebra, Communications in Algebra, 2016, 44(3): 919–943.

(23) Man Sang,Suogang Gao, Bo Hou*, Leonard pairs and quantum algebra Uq(sl2), LinearAlgebras and its applications, 2016, 510: 346–360.

(24) Yan wang, Bo Hou, Suogang Gao*, Leonard triplesextended from a given totally almost bipartite Leonard pair of Bannai/Ito type,Linear Algebras and its applications, 2017, 519: 111–135.

(25) Yan wang, Bo Hou, Suogang Gao*, Totally almostbipartite Leonard pairs and Leonard triples of q-Racah type, Linear andMultilinear Algebra, 2017, 65: 235–255.

(26) Lihang Hou, BoHou, Suogang Gao*, The Folded (2D+1)-cube and Its Uniform Posets, ActaMathematicae Applicatae Sinica, English Series, 2018, 34(2): 281–292.

(27) Lina Bu, Bo Hou, Suogang Gao*, The classification offinite dimensional irreducible modules of the Racah algebra, Communications inAlgebra, 2019, 47(5): 1869–1891.

(28) Lihang Hou, Yali Song, Bo Hou*, A note on thealgebra Uq(sl2), Communications in Algebra, 2019, 47(5): 2220–2226.

(29) Xue Li, Bo Hou, Suogang Gao*, Tridiagonal pairs oftype III, Electronic Journal of Linear Algebra, 2019, 35:  555–582.

(30) Bo Hou, Juan Zhao, Lihang Hou*, Classical Leonardpairs having LB TD form, Linear and Multilinear Algebra, 2020, 68(3): 622–634.

(31) Lihang Hou, Bo Hou, Suogang Gao*, Wei-Hsuan Yu, Newcode upper bounds for the folded n-cube, Journal of Combinatorial Theory,Series A, 2020, 172: 105182.

(32) Bo Hou, Yunjing Shan, Suogang Gao*, TheHilton–Milner theorem for attenuated spaces, Discrete Mathematics, 2020, 343:112120.

(33) Yi Tian, Lihang Hou, Bo Hou, Suogang Gao*, D-magiclabelings of the folded n-cube, Discrete Mathematics, 2021, 344: 112520.

(34) Lihang Hou, Bo Hou, Na Kang, Suogang Gao, TheTerwilliger algebra of the halved n-cube from the viewpoint of its automorphismgroup action, European Journal of Combinatorics, 2022, 101: 103480.

(35) Jing Li, Yan Wang, Bo Hou, Weidong Gao, SuogangGao*, Non-bipartite distance-regular graphs with diameters 5, 6 and a smallest eigenvalue,Graphs and Combinatorics, 2022, 38: 55.

(36) Yi Tian, Cong Lin, Bo Hou,Lihang Hou, Suogang Gao*, Further study of distance-regular graphs withclassical parameters with b<1, Discrete Mathematics, 2024, 347: 113817.

------------组合优化方向

(01) Yuezhong Zhang, Lihang Hou, Bo Hou, Weili Wu,Ding-Zhu Du, Suogang Gao*, On the metric dimension of the folded n-cube,Optimization Letters, 2020, 14: 249–257.

(02) Shaojing Du, Suogang Gao, Bo Hou, Wen Liu*, AnApproximation Algorithm For submodular hitting set problem with linearpenalties, Journal of Combinatorial Optimization, 2020, 40: 1065–1074.

(03) Xin Hou, Wen Liu, Bo Hou*, An approximationalgorithm for the k-prize-collecting multicut on a tree problem, TheoreticalComputer Science, 2020, 844: 26–33.

(04) Xiaozhi Wang, Xianyue Li, Bo Hou, Wen Liu, LidongWu, Suogang Gao*, A greedy algorithm for the fault-tolerant outer-connecteddominating set problem, Journal of Combinatorial Optimization, 2021, 41:118–127.

(05) Yufei Huang, Bo Hou, Wen Liu, Lidong Wu, StephenRainwater, Suogang Gao*, On approximation algorithm for the edge metricdimension problem, Theoretical Computer Science, 2021, 853: 2–6.

(06) Chenfei Hou, Suogang Gao, Wen Liu, Weili Wu,Ding-Zhu Du, Bo Hou*, An approximation algorithm for the submodular multicutproblem in trees with linear penalties, Optimization Letters, 2021, 15:1105–1112.

(07) Jiawen Gao, Suogang Gao, Wen Liu, Weili Wu, Ding-ZhuDu, Bo Hou*, An approximation algorithm For the k-generalized Steiner forestproblem, Optimization Letters, 2021, 15: 1475–1483.

(08) Xin Wang, Suogang Gao, Bo Hou, Lidong Wu, Wen Liu*,Approximation algorithms for the submodular edge cover problem with submodularpenalties, Theoretical Computer Science, 2021, 871: 26–133.

(09) Xiaodan Jia, Bo Hou, Wen Liu*, An approximationalgorithm for the generalized prize-collecting Steiner forest problem withsubmodular penalties, Journal of the Operations Research Society of China,2022, 10: 183–192.

(10) Hongye Zheng, Suogang Gao, Wen Liu, Weili Wu,Ding-Zhu Du, Bo Hou*, Approximation algorithm for the parallel-machinescheduling problem with release dates and submodular rejection penalties,Journal of Combinatorial Optimization, 2022, 44: 343–353.

(11) Jiaxuan Zhang, Suogang Gao, Bo Hou, Wen Liu*, Anapproximation algorithm for the group prize-collecting Steiner tree problemwith submodular penalties, Computational and AppliedMathematics, 2022, 41: 274.

(12) Mengmeng He, Bo Hou, Wen Liu,Weili Wu, Ding-Zhu Du, Suogang Gao*, A greedy algorithm forthe connected positive influence dominating set in k-regular graphs, Pureand Applied Mathematics Quarterly, 2022, 18(6): 2461–2478.

(13) Hongye Zheng, Suogang Gao, WenLiu, Bo Hou*, An approximation algorithm for the parallel-machine customerorder scheduling with delivery time and submodular rejection penalties, Journalof the Operations Research Society of China, online, 2022.

(14) Jinshuang Guo, Wen Liu, Bo Hou*, An approximation algorithm for P-prize-collecting set coverproblem, Journal of the Operations Research Society of China, 2023, 11:207–217.

(15) Jiaxuan Zhang, Suogang Gao, Bo Hou, WenLiu*, An approximation algorithm for the clustered path travellingsalesman problem, Journal of CombinatorialOptimization, 2023, 45: 104.

(16) Hongye Zheng, Suogang Gao, Wen Liu, Weili Wu,Ding-Zhu Du, Bo Hou*, Improved approximation algorithm for the parallel-machinecustomer order scheduling with delivery time and submodular rejection penalties,Optimization Letters, online, 2023.

-----------量子群与Hopf代数方向：

(01) 侯波, 王志玺. 量子代数wsl_q(2)上的伴随作用, 数学学报, 2006, 49(3): 651–656.

(02) 侯波, 王志玺, 弱Hopf代数上的扭积, 数学年刊, 2006, 36(6): 779–788.

(03) 侯波, 王志玺, 弱Hopf代数上的冲积及作用, 数学学报, 2007, 50(1): 91–98.

(04) 侯波, 王志玺, Semiquasitriangular weak Hopfalgebras, 数学进展, 2008, 33(2): 181–188.

(05) 侯波, 王志玺, Adjoint action of quantumalgebra Uq(f(K)), 数学研究与评论, 2009, 29(1): 1–8.

(06) 侯波, 张子龙, 蔡炳苓, The structure ofquantum group Uq(osp(1,2,f)), 数学研究与评论, 2011, 31(3): 451–461.

(07) 侯波, 张子龙, 蔡炳苓, Morita context ofweak Hopf algebras, Acta Mathematica Scientia, Series B, 2011, 31(3): 1133–1141.

(08) 侯波, 张子龙, 蔡炳苓, Diagonal CrossedProducts and L-R Smash Products Over Weak Hopf Algebras, 数学进展, 2012, 37(3): 320–334.