因此，在传统的数学和物理基础课题之外，应该增加一门融合了计算机科学、编程、统计学和机器学习的新学科。
Therefore, a new discipline blending computer science, programming, statistics and machine learning should be added to the traditional foundational topics of mathematics and physics.
通过两种不同技术以新方式结合，Safronova和同事们开发了一种新的基于基础物理的计算方法。
By combining two different techniques in a new way, Safronova and colleagues developed a novel approach for calculating the shift based on fundamental physics.
在许多方面，云计算可被视为SOA后应用程序的扩展，并且已进入了应用程序和物理基础结构。
In many ways, cloud computing can be seen as an extension of SOA past applications and into application and physical infrastructure.
在非常详细的级别，该模型可以包括基础设施的物理细节，包括网络地址、计算机类型、规格等等。
At a very detailed level, the model might include physical details of the infrastructure, including network addresses, machine types, specs, and so forth.
风险、培训和文化：执行风险评估和容纳计算机及网络基础结构的设施的物理安全性评估。
Risk, training, and culture: Conduct risk assessment and physical security of your facility that houses the computer and network infrastructure.
云计算是由多种分层的要素组成，从最基本的物理层存储和服务器基础架构开始，以及应用层和网络层。
Cloud computing is made up of a variety of layered elements, starting at the most basic physical layer of storage and server infrastructure and working up through the application and network layers.
IaaS是作为服务的计算的最原始的形式(除了对物理基础设施的访问)。
IaaS is the rawest form of computing as a service (outside of access to the physical infrastructure).
在理论研究方面，建立了离散杆战斗部的物理模型和杆条速度的计算模型，并在此基础上，分析了杆条质心运动方程。
In theoretical research, physical model and calculating model of rod velocity about discrete rod warhead is established, and basing on this, the moving equation of rod center is analyzed.
本文主要在于厘清化学势的定义，阐明如何用热力学方法和统计物理方法计算理想气体化学势，并在此基础上进一步阐述了化学势的一些重要作用。
This paper is to get a clear understanding of chemical potential, and introduce the way to calculate the chemical potential of ideal gas with thermodynamic method and physical method.
在第一阶段实验的基础上，建立了激光通过气泡幕散射的物理模型，并利用模型进行了相应的计算。
Based on the experiment of first step, physical model for light scattered by film 7of bubbles is established and related calculation is made.
计算性假说说如我们所知的物理不是现实的基础层面。
The Computational Hypothesis says that physics as we know it not the fundamental level of reality.
阐述了固体潮综合分析的理论基础，给出了反演勒甫数的计算方法，讨论了由固体潮综合分析所提供的新信息及其地球物理意义。
This paper studies the theoretical basis of synthetic analysis method of the earth tide, raises the program and calculating methods for Love number inversion .
弄清楚hdf - EOS数据结构和内容及其基本物理量的计算方法是MODIS应用的基础。
It is essential to understand the structure and content of HDF-EOS data, as well as the calculation method of physical quantities, for applications of MODIS.
首先提出台阶岩体爆破的悬臂薄板物理模型，并在此基础上建立了台阶多排微差爆破的炸药量计算公式。
The physical model of cantilever board in bench blasting is firstly presented and based on the hypothesis, a formula for calculating the charge weight in the MS delay bench blasting is also derived.
组件均匀化参数的计算是核供热堆物理设计及堆芯燃料管理计算的基础。
The calculation of homogeneous parameters is the basis of physics calculation in nuclear heating reactors(NHRs).
在计算上可利用路径积分技术来处理海夸克的贡献，我们导出了纯胶子（物理胶子）生成泛函，为胶子球物理的研究提供了理论基础。
With the contribution of sea quarks, the generating functional of pure gluons is derived, which providing the theoretical basis for gluon-ball studies.
在热力学熵和物理场熵的基础上定义了温度场熵的概念，并根据物理场熵的计算方法推导出了温度场熵的计算公式。
By the calculation methods of physical field entropy, a quantitative correlation equation is deduced to calculate the temperature field entropy.
本文在以往理论研究和计算机仿真的基础上对NMT在5类线信道上进行计算机仿真和物理线路实验，以期证明其技术工程可行性。
Based on the past theoretical researches and computer simulations of NMT, this thesis focuses on the computer simulation and prototype test on Category 5 cables to prove the feasibility of NMT.
以物理模拟技术、图像处理技术和计算机技术为基础，采用水模拟计算机可视化技术，观察和记录液体充型过程的图像信息。
Image information of filling process was observed and recorded by computer video technology for hydraulic simulation based on physical simulation, image treatment and computer application.
量子缠结是量子计算和加密的基础，而在量子缠结的实验中，物理学家所用的是光子对。
In experiments with quantum entanglement, which is an essential basis for quantum computing and cryptography, physicists rely on pairs of photons.
建立了倒立振子台车系统的数学物理模型，在此基础上完成了线性与非线性动力学计算，并对其进行了对比分析。
A mathematical modeling of trolley system with handstand is built. The characteristics of linear and nonlinear dynamics are researched and analyzed.
建立了倒立振子台车系统的数学物理模型，在此基础上完成了线性与非线性动力学计算，并对其进行了对比分析。
A mathematical modeling of trolley system with handstand is built. The characteristics of linear and nonlinear dynamics are researched and analyzed.
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