Wu Shibin

North University of China

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Yaoqin Xie

Shenzhen Institutes of Advanced Technology

Luo Bing

Naval University of Engineering

Wen Shu-huai

China Academy of Engineering Physics

Bo Chen

Harbin Institute of Technology

Liu Zhongli

Hunan Normal University

Lingyun Huang

Yueqing People's Hospital

Wan Yong-jian

Institute of Optics and Electronics, Chinese Academy of Sciences

Zhu Yanchun

Taiyuan University of Science and Technology

Zhicheng Zhang

China International Science and Technology Cooperation

Xiaoyan Zhuo

University of Massachusetts Lowell

Cooperative Institutions

Chinese Academy of Sciences

Beijing University of Posts and Telecommunications

Sichuan University

University of Science and Technology of China

Zhejiang University

Xi'an Jiaotong University

Hunan Normal University

Institute of Optics and Electronics, Chinese Academy of Sciences

Northwestern Polytechnical University

Wuhan University of Technology

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Study on Control System of Intelligent Network in First Station for Centralized Heat-supply

Wu Shibin

The main problems existing in current centralized heat-supply system are analyzed. The control method based on flow of condensate for steam/water heat exchanger as well as the function and composition of intelligent network system in the first station are discussed. The clear effect of environment protection and energy saving can be obtained by using this automatic control system.

Intelligent Control

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定常状態と動的光源に対する喜陰の応答特性を,異なる照明条件下で研究した。【JST・京大機械翻訳】

Guangxi Zhiwu (2016)

Li Zhen Xie Shi-qing Xu Wenguo Yan Suo Li Jian

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Expression of fusion protein of BCG HSP_(65)-GP_(2)

Lijuan Wang Wu Shibin Yongli Yu Liying Wang

Expression (computer science)

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Standard Parts Standard Express Research and Application for Engineering Drawings from 3D Design Software

Coal Mine Machinery (2011)

Wu Shibin

The thesis points out problem of engineering drawing that projected drawing of standard parts directly from solid model does not conform to drawing standards.A one-to-one mapping mechanism is proposed between GB conventional representations sketch block template and standard parts 3D model,based on establishing GB conventional representations parametric sketch block and parametric model of standard parts.And mechanism can be achieved by SolidWorks secondary development.The thesis also includes feasible cases.

Sketch

Parametric design

Parametric model

3d model

Technical drawing

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DeepLIMa: Deep Learning Based Lesion Identification in Mammograms

IEEE Conference Proceedings (2019)

Zhenjie Cao Zhicheng Yang Xiaoyan Zhuo Lin Ruei-Sung Wu Shibin

Identification

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Outcome of high-risk BPH patients treated with low-volume TURP

Wu Shibin

Objective To evaluate the clinical efficacy and safety of low-volume TURP on patients with BPH. Methods A total of 76 high-risk patients with BPH were treated with either standard TURP (Group 1,n=39) or low-volume TURP(Group 2,n=37).The operative duration,blood loss,postoperative irrigation time,IPSS,Qmax,postvoid urine residual volume (PURV) were comparatively evaluated. Results In Groups 1 and 2,the operation durations were (67.5±18.2)min and (16.4±3.5)min (P= 0.011);blood loss,(158.4±47.3)ml and (54.7±25.2)ml (P=0.013);postoperative irrigation time (4.9±1.8)d and (1.3±0.5)d (P=0.029);IPSS change (19.3±7.6) and (15.3±9.7)(P=0.46);Qmax (13.4±8.8)ml/s and (11.7±9.1)ml/s (P=0.79);PURV (134.9±68.6)ml and (163.8± 94.5)ml (P=0.17) respectively.31 cases in Group 2 (low-volume TURP) were followed up for 2 to 18 months (mean,10 months) with satisfactory results. Conclusions The low-volume TURP is effective and characterized by shorter operative duration,minimal-invasion and better tolerance for the high-risk patients with BPH.

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Neutron detector for fusion burn history measurements

Acta Physica Sinica (Overseas Edition) (1999)

Yang Jianlun Genxu Wang Zhu Qihua Wen Shu-huai Liu Zhongli

We have designed a fast, sensitive neutron detector for recording the fusion history of inertial confinement fusion experiments. With a response time of < 40 ps, it was for burn history measurements for deuterium/tritium-filled targets producing as few as similar 108 neutrons/shot. The detector is based on the fast rise-time (< 20 ps) of BC422 plastic scintillator which, shaped in thin cylinder sheet or curved (in a geometry compensating way) plate, acts as a neutron-to-light converter in a Pb shielding. The Pb shielding shields the scintillator from target x-ray, scattered light and target debris and allows the scintillator to be positioned within 3 cm from the target. The scintillator emits light with wavelengths from 350 to 450 nm. A group of achromatic lens relays the scintillator image along a 1 m optical path to the S20 photocathode of a streak camera outside the chamber. Lens coupling was chosen to give acceptable temporal dispersion. In the design phase, a computer code was programmed to calculate and improve the physical parameters of the optical system, such as light collection efficiency, time dispersion, image position, intensity distribution on the image plane, etc. Some of these parameters were finally measured using a deuterium lamp and a piece of BC422 scintillator activated by x-ray or 0.35 μm laser pulse. The measured results agree well with the prediction of the computer code.

Neutron Detection

Streak camera

10.1088/1004-423x/8/10/006

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Experimental investigation on intelligent control of active lap based on CMAC neural network

High Power Laser and Particle Beams (2006)

Wu Shibin

A new way to control the active lap by CMAC(cerebellar model articulation controller) neural network is put forward,based on the controlling system features of nonlinear and muti-variables.Using parameters of lap surface as input variables,pulse voltages of servo control unit as output variables,the function between input and output variables could be fitted by CMAC neural network.To testify this intelligent controlling idea,an experimental platform is constructed,which is composed of an active lap and lap testing system.The lap is controlled by 3 actuate motors with its available changing caliber 420 mm,and the change of lap surface could be measured by 60 micro displacement sensor matrix.The active lap is actuated by a single motor,two motors and three motors respectively,and the errors between experimental and theoretical surface are measured.The peak-valley value are 0.99 μm,2.34 μm and 2.68 μm,and the root mean square value are 0.19 μm,0.59 μm and 0.57 μm respectively.These results testify the feasibility of active lap controlled by CMAC neural networks.

Root mean square

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Laser flatness instrument

Infrared and Laser Engineering (2008)

Wu Shibin

The laser flatness instrument,a new flatness measurement device, is reported.This measurement device is very useful for the large annular planes especially non-continuous planes,for example planes with holes,planes with slots,planes with bosses,planes with intervals,odd-form planes.The standard plane is generated using laser,pentaprism and rotary table ,and the detector is PSD.The flatness information is got by measuring the discrepancies of the measuring points and standard plane.The measurement uncertainty of the device is 4.6 μm.

Flatness (cosmology)

Table (database)

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画像雑音除去のためのWiener重みづけと全変動【Powered by NICT】

IEEE Conference Proceedings (2016)

Yun Liu Luo Bing Zhang Zhicheng Zhu Yanchun Wu Shibin

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