1) difference iterative
差分迭代
1.
A difference iterative approach on GPS nonlinear base-line is put forward.
提出了解非线性方程的差分迭代算法,讨论了差分点的选取方法;分析了GPS单差、双差基线模型及其解法;结果表明算法可行。
2) Difference iterative method
差分迭代法
3) finite-difference iterative method
差分迭代方法
1.
Tilt angle and twist angle of director with applied voltage at certain δ/λ are calculated with finite-difference iterative method.
根据这些方程和边界条件,利用差分迭代方法计算出指向矢倾角和扭曲角对应某一个δ/λ值在不同电压下的分布。
2.
On the basis of Landau theory and the continuum theory of elastic deformation of liquid crystal, using finite-difference iterative method, under the magnetic field and electric field, the spatial distribution of nematic liquid crystals molecules and order par.
在Landau理论和液晶连续体弹性形变理论的基础上,利用差分迭代方法,求解了磁场和电场作用下向列相液晶在第二种Freedericksz转变时指向矢的空间分布以及序参数随空间的变化,参数大多为参考文献中所用,得到的结果与文献中结果相一致,与理论相符合。
4) Turbo DPSK
差分迭代译码
1.
A novel decision aided linear filter algorithm for iterative demodulation and decoding of DPSK signals is proposed to improve system performance using the properties of decision aided Turbo DPSK over Rayleigh flat fading channels.
为了提高衰落信道下基于判决反馈的差分迭代译码 (Turbo DPSK)系统的性能 ,针对系统的特点 ,提出了一种基于信道增益线性滤波估计的解调 /译码算法。
5) differential iterative characteristics
差分迭代特征
1.
We analyze differential iterative characteristics and linear iterative characteristics,and find how the permutation and its inverse permutation affect 3-round and 4-round iterative characteristics,and the best 3-round and 4-round differential and linear iterative characteristics are found by us.
本文对Camellia的差分迭代特征和线性迭代特征进行分析,发现了P置换及其逆置换对3轮和4轮迭代特征的影响,找到了到目前为止最优的3轮和4轮差分和线性迭代特征,并利用4轮最优差分和线性迭代特征,给出了r(6≤r≤18)轮Camellia变体的差分特征概率和线性偏差概率,其中18轮的差分特征概率为2-296,线性偏差概率为2-141。
6) fast difference iterative
快速差分迭代
补充资料：层层迭迭
1.见"层层迭迭"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条