相比之下，另微软担心的是整个运算体系会被当作一个应用平台（也就是“云技术”）从操作系统中转移到网络上。
Microsoft’s fear, by contrast, has been that computing as a whole might move from the operating system as a platform for applications to the web (or “cloud”).
系统地研究了电流传送器在有源网络元件模拟、模拟信号运算和电感模拟电路中的应用，提出了一种基于电流传送器的新型模拟浮地电感。
The simulative circuits of active network elements, analog signal operation and inductors based on current conveyors are systematically researched. A new active floating inductor is proposed.
根据混沌系统产生的二进制序列，设定神经网络的权值和阈值，对每一个像素进行加密和解密运算。
According to a binary sequence generated from a chaotic system, the weights and biases of the network are set for the encryption and or decryption of each signal element.
采用基于BP神经网络整定的PID控制策略以减弱系统的耦合影响，并给出了其控制算法在FPGA上实现的方法，包括脉动阵列算法映射、数据表示及精度和运算部件设计。
A control strategy based on BP-PID was introduced to decouple the looper system by using FPGA, which includeds systolic mapping, data representation and precision, and computation components design.
定义了最小路径矩阵的几种运算，利用所定义的运算，将多源点多汇点网络系统转化为等价的单源点单汇点网络系统，并给出了由子系统可靠度精确表示网络系统可靠度的解析表达式。
Minimal path matrix are defined. Based on the special vector operations defined in this paper, reliability of the systems can be expressed exactly by those of subsystems, and the algorithm is given.
定义了最小路径矩阵的几种运算，利用所定义的运算，将多源点多汇点网络系统转化为等价的单源点单汇点网络系统，并给出了由子系统可靠度精确表示网络系统可靠度的解析表达式。
Minimal path matrix are defined. Based on the special vector operations defined in this paper, reliability of the systems can be expressed exactly by those of subsystems, and the algorithm is given.
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