A hybrid sample generation approach in speculative multithreading

The Journal of Supercomputing - Speculative multithreading (SpMT) is a thread-level automatic parallelization technique to accelerate sequential programs. Machine learning has been successfully...     

Discrete-time neural network with two classes of bias noises for solving time-variant matrix inversion and application to robot tracking

Neural Computing and Applications - It is well known that noise is inevitable in real world, especially in the case of solving time-variant matrix inversion. Therefore, it is more necessary to...     

$$H_{infty }$$ H ∞ State Estimation for Stochastic Jumping Neural Networks with Fading Channels Over a Finite-Time Interval

Neural Processing Letters - This paper is concerned with the global Mittag-Leffler synchronization schemes for the Caputo type fractional-order BAM neural networks with multiple time-varying delays...     

Axisymmetric hub-endwall profile optimization for a transonic fan to improve aerodynamic performance based on an integrated design optimization method

Structural and Multidisciplinary Optimization - This paper investigates an optimization for the axisymmetric hub-endwall profile of a transonic fan designed for a civil high bypass ratio turbofan...     

Measurement and Correlation of Electrical Conductivity of β-Cyclodextrin in Water Solution

The electrical conductivity of 4% β-cyclodextrin in water solution had been measured by electrode method from（323.65~353.65） K at atmospheric pressure. The expe...     

离子束电子束多功能材料表面处理设备

本设备由以下系统组成:注入系统,有溅射离子源及不对称三电极加速管,能量50keV,流强4mA(N~+);电子束系统,能量45keV,功率密度10~2—10~6W/ cm~2;配备微机程序的束偏摆装置;靶材易换的磁控溅射靶;可作旋转、平移、升降等机械运动的高真空工作室(φ500×1600mm)。可进行离子注入及混合、电子束上釉及合金化、磁控溅射离子镀等工艺。该设备为材料表面改性和薄膜制备提供了新的手段。     

压水堆核电站专家系统的研究

本文介绍的压水堆核电站运行故障诊断及处理系统软件包，可以帮助核电站运行人员对核电站的异常及事故工况进行诊断和处理，从而将核电站引导到安全状态。该软件包是部分汉化的、内部和外部知识库相结合、在微机上运行的人工智能系统。该系统可以用于运行人员的脱机培训和管理部门对运行人员的考核．     

一个同轴Ge(Li)探测器的快中子辐射损伤

实验结果表明:本文给出的探测器对快中子辐射损伤的灵敏度相当高。当累积中子通量为6.22×10~8cm~(-2)时,探测器对~(60)Co 1.33MeV γ射线的能量分辨(FWHM)大幅度变坏,为辐射损伤前的三倍;观察到了损伤后的能量分辨的瞬态变化现象;用~(137)C662keV的γ射线扫描技术从实验上再次证明了快中子辐射在探测器中产生空穴陷阱,导致能量分辨变坏。采用简单的净化漂移方法,能恢复损伤过的探测器的性能。