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16篇 您的检索式:作者名="IEEE Fellow"
    题名 作者 年代 出处 被引量
1Algorithm of Adaptive Bit Allocation Wavelet Transform Audio Coding显示文摘AlgorithmofAdaptiveBitAlocationWaveletTransformAudioCodingMaHongfeiFanChangxinSongGuoxiang(XidianUniversity,Xi’an71...Ma HongfeiMa Hongfei:associate professor, is with the Information Science Institute, Xidian University,Xi’an,China Fan ChangxinFan Changxin:professor, IEEE fellow, is with the Information Science Institute, Xidian University, Xi’an, China Song Guo 1998通信学报1998,19,5:2
2Real- time collision avoidance for position controlled manipulators 显示文摘Homayoun Seraji Fellow IEEE Bruce Bon 1999IEEE Transactions on Robotics and Automation1999,15,4:1
3Transfer-matrix method for the analysis of two parallel dissimilar nonuniform long-period fiber gratings显示文摘Florence Yuen Ming Chan Kin Seng Chiang Member IEEE Fellow OSA 2006Lightwave Tech2006,24,2:1
4Performance Bounds for MIMO-OFDM Channel Estimation 显示文摘Michael D Larsen Member IEEE A Lee Swindlehnrst Fellow IEEE and Thomas Svantesson Member IEEE 2009IEEE Trans on Signal Processing2009,57,5:1
5Ima ge Super-Resolution via Sparse Representation显示文摘Jianchao Yang Student Member IEEE John Wrig ht Member IEEE Thomas Huang Life Fellow IEEE 2010IEEE 图像处理2010,,06:1
6Breakdown Voltage in LDMOS Transistors Using Internal Field Rings显示文摘Nezar A and TSalama C A Fellow IEEE 1991IEEE Transactionson Electron Devices JULY 1991 381991,7,:1
7Object matching using deformable templates显示文摘Jain AK Fellow IEEE Zhong Y 1996IEEE Transactions on Pattern Analysis and Machine Intelligence1996,18,3:1
8Comparing the Voltage Coltage Capabilities of Present and Future VAr Compensating Techniques in Transmission Systems显示文摘A E Hammad Fellow IEEE 1996IEEE Trans on Power Delivery1996,11,1:1
9Lead-free piezoelectric ceramics and thin films显示文摘Ahmad Safari Fellow IEEE 2010IEEE Transactions on Ultrasonics Ferroelectrics and Frequency Control2010,10,57:1
10An Eigenspace Projection Clustering Method for Inexact Graph Matching显示文摘Terry Caelli Fellow IEEE and Serhiy Kosinov 2004IEEE Transactions on Pattern Analysis and Machine Intelligence2004,26,4:1
11A Low-Noise Low-Offset Capacitive Sensing Amplifier for a 50 ggn-√Hz Monolithic CMOS MEMS Accelerometer 显示文摘Wu JiangfengGary K Fedder and Richard L Carley Fellow IEEE 2004IEEE Journal of Solid-State Circuits2004,39,5:1
12Adaptive probabilities of crossover and mutation in genetic algorithms显示文摘Srinivas M Patnaik L M Fellow IEEE 1994IEEE Transactions on Systems Man and Cybernetics1994,24,4:1
13A Universal Algorithm for Sequential Data Compression显示文摘Jacob Ziv Fellow IEEE IEEE Transactions On Information Theory0,23,3:1
14用于锁模光纤激光陀螺的相敏检测显示文摘通过采用锁相放大器,演示了一种性能明显提高的锁模光纤激光陀螺.结果表明锁相放大器的输出与转动速率之间具有理想的线性关系,并对两脉冲(在时间间隔测量过程中引起相位误差)之间的光强差不敏感.与以往报道的时间间隔测量相比,演示了长期稳定性提高了二个数量级.Jong Bum Hong Student Member IEEE Yeong Bae Yeo Byoung Yoon Kim Fellow IEEE 2002战术导弹控制技术2002,,2:0
15Harnessing the Power of GPUs to Speed Up Feature Selection for Outlier Detection显示文摘Acquiring a set of features that emphasize the differences between normal data points and outliers can drastically facilitate the task of identifying outliers. In our work, we present a novel non-parametric evaluation criterion for filter-based feature selection which has an eye towards the final goal of outlier detection. The proposed method seeks the subset of features that represent the inherent characteristics of the normal dataset while forcing outliers to stand out, making them more easily distinguished by outlier detection algorithms. Experimental results on real datasets show the advantage of our feature selection algorithm compared with popular and state-of-the-art methods. We also show that the proposed algorithm is able to overcome the small sample space problem and perform well on highly imbalanced datasets. Furthermore, due to the highly parallelizable nature of the feature selection, we implement the algorithm on a graphics processing unit(GPU)to gain significant speedup over the serial version. The benefits of the GPU implementation are two-fold, as its performance scales very well in terms of the number of features, as well as the number of data points.Fatemeh Azmandian Member, IEEE, Ayse Yilmazer Student Member, IEEE, Jennifer G. Dy Member, IEEE Javed A. Aslam IEEE, Jennifer G. Dy Member, ACM David R. Kaeli Fellow, IEEE, Member, ACM 2014Journal of Computer Science & Technology2014,29,3:0
16中国光纤通信的开拓者——武汉邮电科学研究院—烽火通信IEEE Fellow 赵梓森 2000邮电商情2000,7,7:0
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