In this article,the basic trend that the peer model will take the place of the overlay model is analyzed and an intermediate model,i.
文章分析了互联模型由重叠模型向对等模型演进的基本趋势,并在对比固有的3种互联模型———对等模型、重叠模型及增强模型的基础上,提出了一种新的演化模型———混合模型,这种模型能够支持对等模型与重叠模型的共存,文章对其实现的原理与机制进行了论述。
And deficiencies of overlay model were indicated.
论述了网络模型和统一控制面的需求,指出了重叠模型流量工程的弊端,认为在光互联网中应采取对等模型的流量工程,提出了在对等模型中运用MPLmS(多协议标记波长交换)技术,建立一个MPLmS模型的统一控制面并对控制面中的几个功能模块及结构进行分析。
In the calculations, the tetragonal field parameters D_s and D_t are determined from the superposition model and the local structure of the impurity center; and the core polarization constant κ ≈0.
其中的四角晶场参量D_s、D_t由重叠模型和杂质中心的局部结构计算,A因子公式中的芯区极化常数κ≈0。
The Local structure and optical spectra of CMSH:Ni2+ crystal are interpreted simultaneously based on superposition model and compounding with the complete diagonalization procedure(CDP) method.
采用晶场参量的重叠模型,建立了结构参数与光谱之间的定量关系;利用完全对角化方法,由光谱确定CMSH:Ni2+晶体中[Ni(H2O)6]2+络离子在温度为77 K时的局域结构参数,较好地解释了CMSH:Ni2+晶体的局域结构和光学吸收谱;研究结果发现,CMSH:Ni2+晶体中络离子[Ni(H2O)6]2+的键长为R≈0。
The optical spectra and local lattice structure for Yb3+ in K5Bi(MoO4)4 ∶Yb3+crystal were calculated on the basis of the complete diagonalization method and the superposition model.
基于完全对角化方法和重叠模型,计算了在K5Bi(MoO4)4∶Yb3+晶体中掺杂Yb3+的晶格结构和光谱,在计算中,考虑了中心阳离子与配体的键长和键角变化的贡献,计算结果与实验之值符合很好。
The overlapping cylinder model(OCM) is used in this letter to describe the rapidity (or pseudorapidity) distributions of charged particles produced in nucleus-nucleus collisions at high energies.
应用重叠柱模型描述了高能核-核碰撞中带电粒子的快度(或赝快度)分布。
The weighted overlay model in ModelBuilder extension has many advantages to ore forecast,such as explicit geological signification of the parameters and simple computation process.
权重叠加模型通过设置不同图层的影响比例和各图层中控矿因素的权重来实现预测和评价,该方法具有权重比例设置地质意义明确、实现过程简单、交互性强的特点。