查询词典 computational mistake

A filtered-X subband precompensation approach is presented, which controls the delay, increases the convergence rate and reduces the computational complexity. In addition, the neural network is used to model the non-linear noise.

此外，利用神经网络来精细模拟实际噪声的高度非线性性，提出模糊归一化收敛步长调整方法以控制开环方案带来的额外误差能量，并给出了数学证明。

The computational model that defined the weight of self/other belief by the signal intensity in precuneus was able to predict subject's behavioral delay in the mental inference task.

以上实验结果表明，大脑存在一种独特的与理解他人信念相关的认知神经机制，其主要作用是，通过视角转换抑制基于自我视角获得的信念，这种机制在自我信念和他人信念冲突的条件下，对于正确理解他人信念起决定性作用。

In particular, it is unknown how the relevant neural substrates function as a network to mediate perspective-taking during the task requiring understanding other's belief. The current work first developed a new psychological paradigm that excludes potential confounds such as the processing of language, biological motion, episodic memory and causal coherence in the paradigms used in previous studies. I recorded neural activities associated with mental inference task using functional magnetic resonance imaging and electroencephalography in order to investigate the functional roles of several brain areas (i.e. precuneus, MPFC, etc.) that engage in understanding other's belief. I also proposed a computational model based on the neuroimaging results that simulated the neurocognitive mechanism underlying cortical dynamics in correct judgment of other's belief.

本文首先发展了一个新的心理学实验范式，排除以往常用&错误信念&范式中与语言加工、生物运动、情景记忆及事件连续性和因果性等方面的混淆，采用功能磁共振成像（functional magnetic resonance imaging， fMRI）和脑电（Electroencephalography， EEG）时频分析等脑成像技术，记录与理解他人信念任务相关的神经活动，通过对行为和脑成像数据的分析，研究楔前叶和内侧前额叶等脑区在理解他人信念任务中的功能意义，并根据脑成像结果，提出一个基于自我和他人视角竞争的计算模型，模拟大脑在理解他人信念时做出正确决策时的认知神经机制。

By getting inspiration from some nature, the computational intelligence imitates its principia to solve the problem.

计算智能借用自然界的一些规律的启迪，根据其原理，模仿设计求解问题。

Under the random oracle model and computational Diffie-Hellman assumption, the proposed protocol is provably secure.

在随机预言机模型以及计算Diffie-Hellman假设下，可证明新协议是安全的。

The computational cost of the scheme is greatly reduced comparing with pseudospectral modeling of the two-way equation.

就模拟一次反射地震波而言，与前人研究的双程波动方程伪谱法地震波模拟相比，本文算法具有足够高的模拟精度，且计算效率成倍地提高。

The computational results of the pseudospectral method for 2D Cavity (Re=100) with 13x13 grids are in good agreement with that of the reference [30] which used difference method with 129x129 grids.

同时，在二维Cavity计算中采用13×13网格点所得结果与有限差分129×129网格点得到结果符合得很好，说明了准谱方法所特有的高分辨率。

Firstly, the high resolution pictures of dragonfly wings from sample tests were studied thoroughly, and the unique feature of the reticulate vein distribution and the variation of the vein sizes and the grid shapes in different zones were figured out;then several computational models based on a dragonfly wing were established by using ANSYS, and beam 189 and shell 93 elements were used respectively in modeling of the veins and the membrane so as to ensure the compatibility between the veins and the membrane at a deformed state;these models subject to uniform loading cases were analyzed respectively so as to explore the unique performances of the wing structure, furthermore, through eigenvalue spectrum analyses of these models, the special role of the pterostigma in eliminating or suppressing the wing quivering effect was also evaluated.

首先，对实验中获取的高清晰度的蜻蜓翅膀数码图片进行了细致地分析，找出了翅膀网状翅脉结构中翅脉的分布规律与尺寸变化、网格形状的差异及不同形状网格的分布等独特的结构特征；再利用ANSYS建立蜻蜒翅膀网状翅脉结构模型，采用三节点等参数梁元beam189模拟翅脉和八节点等参数曲壳单元shell93模拟翅膜，以满足翅脉和翅膜间的变形协调性要求；通过非线性数值分析，探索了蜻蜓翅膀网状翅脉结构在均布荷载作用下所具有的独特的结构性能；通过模态分析，揭示了翅膀前缘靠近翼尖附近的翅痣在翅膀消震减振中所发挥的作用。

Both web-based querying and computational access to data are provided.

提供了数据的基于网络的查询和计算的访问。

Results The computational results of force and pressure transmission through normal carpus matched well with previous studies. The release of TCL resulted in radial and palmar displacement of the scaphoid, flexion and radial rotation of radiocarpal joint as well as a further radial deviation of the whole carpal tunnel.

结果 腕部载荷传递及关节接触应力分布情况与前人实验数据相当接近；腕横韧带的切除导致舟骨发生向桡侧和掌侧的偏移，以及掌向屈曲和向桡侧的转动，而整个腕管结构则产生更大的桡侧偏移。

I'm going tor her!

我这就去救她！

As rise are design to help keep a several toney , a brain chemical at continues lever.

SSRI被设计来帮助保持血液中的复合胺即在大脑中一个连续水平的化学物质。