Journal of Xidian University(Natural Science) 2015 Issue 5 Low complexity lattice reduction aided precoding algorithm with orthogonality defect threshold for MIMO systems

Low complexity lattice reduction aided precoding algorithm with orthogonality defect threshold for MIMO systems
WANG Wei;LI Yongzhao;ZHANG Hailin;State Key Lab.of Integrated Service Networks;Xidian Univ.;

..............page:1-6+32

Design of the discriminator for tracking the loop under short-delay multipath interference
TONG Zhao;LI Bingbing;HUI Yongtao;ZHONG Xingwang;LIU Hao;State Key Lab.of Integrated Service Networks;Xidian Univ.;CAST-Xi’an Institute of Space Radio Technology;

..............page:7-12+62

Semi-blind SLM scheme for reducing the PAPR of MIMO-OFDM systems
JI Jinwei;REN Guangliang;ZHANG Huining;State Key Lab.of Integrated Service Networks;Xidian Univ.;

..............page:13-19+146

Public key encryption with multi-keywords search
LI Haoxing;LI Fenghua;SONG Chenggen;SU Mang;LIU Xin;State Key Lab.of Integrated Service Networks;Xidian Univ.;Institute of Information Engineering;Chinese Academy of Sciences;Institute of Information Security;Beijing Electronic Science and Technology Institute;

..............page:20-25

Hybrid classifier based method for similar handwritten Chinese character recognition
YAO Chao;LU Zhaoyang;LI Jing;JIANG Wei;FAN Zhihui;School of Telecommunication Engineering;Xidian Univ.;State Key Lab.of Integrated Service Networks;Xidian Univ.;

..............page:26-32

Low complexity quantum private queries protocol
HE Xiaoyun;PEI Changxing;YI Yunhui;State Key Lab.of Integrated Service Networks;Xidian Univ.;

..............page:33-37+74

ID-based trapdoor mercurial commitment under one-way functions assumptions
ZHANG Wujun;LIU Yuding;GAO Yaqian;SUN Xi;WANG Yumin;State Key Lab.of Integrated Service Networks;Xidian Univ.;

..............page:38-42

New switch degree distribution for the LT code
REN Peng;XIANG Zheng;School of Telecommunication Engineering;Xidian Univ.;

..............page:43-47

SAR images segmentation algorithm using chain coding grid in G~0 distribution
ZHANG Zejun;SHUI Penglang;National Key Lab.of Radar Signal Processing;Xidian Univ.;

..............page:48-54

Fast space-time adaptive processing method by using the sparse representation
XIEHu;FENG Dazheng;YU Hongbo;YUAN Mingdong;NIE Weike;National Key Lab.of Radar Signal Processing;Xidian Univ.;School of Information and Technology;Northwest University;

..............page:55-62

Parameter adaptive SAR image denoising method
GAO Bo;WANG Jun;YUAN Hui;National Key Lab.of Radar Signal Processing;Xidian Univ.;Air and Missile Defense College;Air Force Engineering Univ.;

..............page:63-67

Clutter pre-filtered method applied in bistatic airborne radar
ZHOU Yan;FENG Dazheng;ZHU Guohui;National Key Lab.of Radar Signal Processing;Xidian Univ.;

..............page:68-74

Analysis of the radiation of slotted waveguide antennas using the parallel MoM
WANG Yong;LIN Zhongchao;ZHANG Yu;LIANG Changhong;Science and Technology on Antenna and Microwave Lab.;Xidian Univ.;

..............page:75-79+132

Fast analysis of wide-band scattering properties of inhomogeneous dielectric bodies
ZHAO Bo;GONG Shuxi;WANG Xing;DONG Hailin;Science and Technology on Antenna and Microwave Lab.;Xidian Univ.;

..............page:80-85

Parallel FDTD computation of hundred thousand cores on a home-made supercomputer
JIANG Shugang;LIN Zhongchao;ZHANG Yu;WEI Bing;ZHAO Xunwang;Science and Technology on Antenna and Microwave Lab.;Xidian Univ.;School of Physics and Optoelectronic Engineering;Xidian Univ.;

..............page:86-91

Improved quasi-static effective medium model of the electromagnetic band gap(EBG)high-impedance surface
SU Zijian;LIANG Changhong;LI Long;ZHAI Huiqing;Science and Technology on Antenna and Microwave Lab.;Xidian Univ.;

..............page:92-97

Gaussian mixture PHD smoothing filter in unknown clutter
LI Cuiyun;JIANG Zhou;LI Bin;ZHOU Xuan;School of Electronic Engineering;Xidian Univ.;The Chinese PLA 95972 Troops;The Chinese PLA 96217 Troops;

..............page:98-104

Method to compute the reachability set of S~3PR
ZHANG Xiuyan;ZHONG Chunfu;JIA Jianyuan;School of Mechano-electronic Engineering;Xidian Univ.;

..............page:105-109

Control of chaos of the linear-mode switched-capacitor converter
LI Xianrui;ZHU Yanli;SHEN Rui;LIU Qian;Research Inst.of Electronic CAD;Xidian Univ.;Ministry of Education Key Lab.of High-Speed Circuit Design and EMC;Xidian Univ.;

..............page:110-114

Robust adaptive threshold speech endpoint detection method
ZHANG Junchang;ZHANG Dan;CUI Li;School of Electronic Information;Northwestern Polytechnical University;

..............page:115-119

New fuzzy SVM model used in imbalanced datasets
CAI Yanyan;SONG Xiaodong;School of Economics and Management;Beihang Univ.;

..............page:120-124+160

Novel per-flow traffic measurement algorithm
REN Gaoming;XIA Jingbo;BAI Jun;CHEN Zhen;School of Information and Navigation;Air Force Engineering University;

..............page:125-132

Blind steganalysis algorithm based new calibration for JPEG images
ZHANG Minqing;ZHANG Yan;LI Delong;LUO Peng;Dept.of Electronic Technology;Engineering Univ.of the CAPF;Key Lab.of CAPF for Cryptology and Information Security;Fuzhou Command Academy of the Chinese Armed Police Force;

..............page:133-138

Iterative equalization combining algorithm in intersymbol interference channel
QIAO Liang;ZHENG Hui;National Key Lab.of Science and Technology on Blind Signal Processing;

..............page:139-146

On the short-term regional prediction of foF2 based on the support vector machine
LI Meiling;HU Yaogai;ZHOU Chen;ZHAO Zhengyu;ZHANG Yuannong;LIU Jing;DENG Zhongxin;School of Electronic Information;Wuhan Univ.;Institute of Seismology;China Earthquake Administration;China Research Institute of Radio Wave Propagation;

..............page:147-153+206

Anisotropic diffusion denoising method based on image feature enhancement
MA Hongjin;NIE Yufeng;Dept.of Applied Mathematics;Northwestern Polytechnical Univ.;

..............page:154-160

Power allocation under GSVD linear precoding in the MIMO two-way relay network
LIU Sheng’en;XIAO Lin;YANG Dingcheng;TAN Anping;Information Engineering School;Nanchang Univ.;

..............page:161-167

Real-time visual object tracking based on binary descriptors
QIN Bing;TIAN Jun;ZHA Yufei;ZHANG Lichao;HUANG Hongtu;Inst.of Aeronautics and Astronautics Eng.;Air Force Eng.Univ.;

..............page:168-174

Visual object tracking with the adaptive scale based on AGMM point sets matching
ZHANG Lichao;BI Duyan;YANG Yuan;YU Wangsheng;QIN Bing;School of Aeronautics and Astronautics Engineering;Air Force Engineering Univ;School of ATC Pilot;Air Force Engineering Univ.;School of Information and Astronautics Navigation;Air Force Engineering Univ.;

..............page:175-182

Optimal linear constraint transformation method for α-nets
ZHANG Li;ZHAO Liangxu;WANG Shouguang;WANG Chengying;School of Information & Electronic Eng.;Zhejiang Gongshang Univ.;

..............page:183-187+212

Low complexity method for PAPR reduction of OFDM signals
WEN Honghang;GE Jianhua;XU Tangwen;State Key Lab.of Integrated Service Networks;Xidian Univ.;

..............page:188-193

Connectivity compression of triangle meshes based on geometric parameter predict
WEI Xiaoran;GENG Guohua;ZHANG Yuhe;School of Information Science and Technology;Northwestern Univ.;

..............page:194-199

Micro-motion feature analysis and parameter estimation methods for moving ship
YANG Qiu;ZHANG Qun;WU Yong;LUO Ying;WANG Min;School of Information and Navigation;AFEU;Shaanxi Institute of Metrology Science;

..............page:200-206

Disturbance rejection SDRE attitude control
ZHANG Yinhui;YANG Huabo;JIANG Zhenyu;ZHANG Weihua;College of Aerospace Science and Eng.;National Univ.of Defense Tech.;

..............page:207-212

xi an dian zi ke ji da xue xue bao zheng gao jian ze

..............page:213