徐位凯-pg娱乐电子游戏

 徐位凯-pg娱乐电子游戏
徐位凯 副教授

厦门大学 博士(2011)

研究方向:无线通信;混沌通信

所属部门:通信工程系

电子邮件:xweikai (at) xmu.edu.cn

个人pg娱乐电子游戏主页:http://wwcs.xmu.edu.cn

个人简历:

主讲课程:

  • 线性代数,本科一年级

  • 概率论与数理统计,本科一年级

  • 专业综合实践,本科四年级

  • 无线通信系统建模与仿真,研究生


学术兼职:

  • ieee member


主持项目

  • [1] 国家自然科学基金委员会,面上项目,61871337,基于多载波差分混沌调制的稳健水声通信关键技术研究,2019.1至2022.12,58万


代表性论文

  • [1] xiangming cai, weikai xu*, shaohua hong, lin wang and lin zhang, "general carrier index aided dual-mode differential chaos shift keying with full mapping: design and optimization," ieee trans. vehi. tech., 70(11):11665-11677, 2021.

  • [2] xiangming cai, weikai xu*, lin wang and guanrong chen, "design of joint position and constellation mapping assisted dcsk scheme subject to laplacian impulsive noise," ieee commun. letters, 26(2): 463-467,2022.

  • [3] xiangming cai, weikai xu*, shaohua hong, and lin wang, "discrete w transform based index-keying m-ary dcsk for non-coherent chaotic communications," ieee commun. letters, 25(9): 3104-3108, 2021.

  • [4] xiangming cai, weikai xu*, lin wang, guanrong chen, "towards high-data-rate noncoherent chaotic communication: a multiple-mode differential chaos shift keying system,” ieee trans. wireless commun., 20(8):4888-4901, 2021.

  • [5] xiangming cai, weikai xu*, lin wang, “a trinal-code shifted differential chaos shift keying system,” ieee commun. letters, 25(3):1000-1004, 2021.

  • [6] zuwei chen, lin zhang*, zhiqiang wu, lin wang and weikai xu, “reliable and efficient sparse code spreading aided mc-dcsk transceiver design for multiuser transmissions,” ieee trans. commun., 69(3):1480-1495, 2021.

  • [7] xiangming cai, weikai xu*, meiyuan miao, lin wang, “design and performance analysis of a new m-ary differential chaos shift keying with index modulation,” ieee trans. wireless commun., 19(2): 846-858, 2020.

  • [8] xiangming cai, weikai xu*, lin wang and g. kolumbán, “multicarrier m-ary orthogonal chaotic vector shift keying with index modulation for high data rate transmission,” ieee trans. commun., 68(2): 974-986, 2020.

  • [9] tingting fan, weikai xu*, lin wang and lin zhang, “a new apsk-based m-ary differential chaos shift keying modulation system,” ieee commun. letters, 24(12): 2701-2704, 2020.

  • [10] qi zhou, weikai xu*, lin wang, and guojun han, “mitigation of 2d-ici in flash memory using hierarchical constrained codes,” j sign process syst, 2020, 92: 583–589.

  • [11] xiangming cai, weikai xu*, shaohua hong, lin wang, “dual-mode differential chaos shift keying with index modulation,” ieee trans. commun., 67(9): 6099-6111, 2019.

  • [12] menglei chen, weikai xu*, deqing wang, and lin wang, “a multi-carrier chaotic communication scheme for underwater acoustic communications,” iet commun., 13(14): 2097-2105, 2019.

  • [13] guixian cheng, weikai xu*, chen chen, lin wang, “swipt schemes for carrier index differential chaos shift keying modulation: a new look at the inactive carriers”, ieee trans. vehi. tech., 68(3): 2557-2570, 2019.

  • [14] yunsheng tan, weikai xu*, wei hu, lin wang, “an efficient and robust m-ary differential chaos shift keying scheme with code index modulation,” iet commun., 13(2): 232-242, 2019.

  • [15] xiangming cai, weikai xu*, rongfang zhang, lin wang, “a multilevel code shifted differential chaos shift keying system with m-ary modulation,” ieee trans. circuits syst.-ii, 66(8): 1451-1455, 2019.

  • [16] xiangming cai, weikai xu*, lin wang, fang xu, “design and performance analysis of differential chaos shift keying system with dual-index modulation,” ieee access, 7: 26867-26880, 2019.

  • [17] bangquan zhang, weikai xu*, yunfeng wu, lin wang, “design and performance analysis of multilevel code-shifted m-ary differential chaos shift keying system,” ieee trans. circuits syst.-ii, 66(7): 1257-1261, 2019.

  • [18] xiangming cai, weikai xu, deqing wang*, shaohua hong, lin wang, “an m-ary orthogonal multilevel differential chaos shift keying system with code index modulation,” ieee trans. commun., 67(7): 4835-4847, 2019.

  • [19] weikai xu*, yunsehng tan, francis c. m. lau, and g. kolumbán, “design and optimization of differential chaos shift keying scheme with code index modulation,” ieee trans. commun., 2018, 66(5): 1970 -1980.

  • [20] weikai xu*, tingting huang and lin wang, “code-shifted differential chaos shift keying with code index modulation for high data rate transmission”, ieee trans. commun., 65(10): 4285-4294, 2017.


发明专利

  • [1] 徐位凯,蔡相明,王琳,联合时频索引调制多模差分混沌移位键控调制解调方法,专利号: zl 202010914457.9,授权日:2021.11.23.

  • [2] 徐位凯,全凌淼,洪少华,王琳,i/q双支路索引调制多序列扩频系统与方法,专利号:zl 202011306030.7,申请日:2021.08.24.

  • [3] 徐位凯,李艳茹,洪少华,王琳,一种多路多元差分混沌移位键控迭代接收方法,专利号:zl 202010914440.3, 授权日:2021.08.31

  • [4] 徐位凯,全凌淼,王琳,基于索引调制的多序列扩频系统,专利号:zl 202010897103.8,授权日:2021.09.21.

  • [5] 徐位凯,任华荣,蔡相明,王琳,一种多载波多元差分混沌移位键控噪声抑制系统及方法,专利号:zl202010897102.3,授权日:2021.10.29.

  • [6] 王琳,卢雅贞,苗美媛,徐位凯,多级码移位差分混沌移位键控系统的参考分集设计算法,专利号:zl201910725890.5,授权日:2020.07.03.

  • [7] 洪少华,李福林,符冠鹏,王琳,徐位凯,一种多聚焦图像融合方法,专利号:zl 201910060760.4,授权日:2021.03.26.

  • [8] 徐位凯,陈梦蕾,王琳,基于正交频分复用技术的码复用差分混沌键控调制解调器,专利号:zl 20171 0794788.1,授权日:2019.09.27.

  • [9] 许芳,徐位凯,王琳,融合码下标调制的码复用差分混沌调制解调器,专利号: zl 2016 1 1014589.6,授权日 : 2019.08.16.

  • [10] 谭云生,徐位凯,王琳,洪少华,融合码下标调制的多进制差分混沌移位键控调制解调器,专利号 : zl 2017 1 0064607.x  授权日 : 2019.06.07.

  • [11] 徐位凯,谭云生,王琳,洪少华,基于码下标调制的差分混沌移位键控调制解调装置,专利号:zl 2016 1 0460214.6, 授权日:2019.04.16.


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