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Neurocomputing, Volume 295
Volume 295, June 2018
- Yang Yu, Wei Wang, Kang-Hyun Jo

:
Adaptive consensus control of output-constrained second-order nonlinear systems via neurodynamic optimization. 1-7 - Rui Yu, Huaguang Zhang, Zhiliang Wang, Yang Liu:

Synchronization criterion of complex networks with time-delay under mixed topologies. 8-16 - Jidong Yuan, Zhihai Wang, Yange Sun, Wei Zhang, Jingjing Jiang:

An effective pattern-based Bayesian classifier for evolving data stream. 17-28 - Yiannis Kokkinos

, Konstantinos G. Margaritis:
Managing the computational cost of model selection and cross-validation in extreme learning machines via Cholesky, SVD, QR and eigen decompositions. 29-45 - Yanna Wang, Cunzhao Shi, Baihua Xiao, Chunheng Wang, Cheng-Zuo Qi:

CRF based text detection for natural scene images using convolutional neural network and context information. 46-58 - Lihe Zhang

, Qin Zhou:
Salient object detection via proposal selection. 59-71 - Muhammad Ali

, Junbin Gao
:
Classification of matrix-variate Fisher-Bingham distribution via Maximum Likelihood Estimation using manifold valued data. 72-85 - Xu-Hao Zhi, Shu Meng, Hong-Bin Shen:

High density cell tracking with accurate centroid detections and active area-based tracklet clustering. 86-97 - Yixin Cheng, Bin Xu

, Feng Wu, Xiaoxiang Hu, Rui Hong:
HOSM observer based robust adaptive hypersonic flight control using composite learning. 98-107 - Yu Hang

, Derong Chen, Jiulu Gong:
Object tracking using both a kernel and a non-parametric active contour model. 108-117 - Jiayan Wen

, Chen Wang
, Guangming Xie:
Asynchronous distributed event-triggered circle formation of multi-agent systems. 118-126 - Yue Guo

, Yijia He, Haitao Song, Wenhao He, Kui Yuan:
Correlational examples for convolutional neural networks to detect small impurities. 127-141 - You Zhao, Xing He, Tingwen Huang

, Qi Han:
Analog circuits for solving a class of variational inequality problems. 142-152 - Ligang Zheng

, Guoping Qiu
, Jiwu Huang:
Riemannian competitive learning for symmetric positive definite matrices clustering. 153-164

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