Flexible Spatial(灵活的空间)研究综述
Flexible Spatial 灵活的空间 - We develop a generalized framework to account for the entire size distribution by unifying a mechanistic slope stability model with a flexible spatial-statistical description for the variability of hillslope strength. [1]我们通过将机械边坡稳定性模型与山坡强度变化的灵活空间统计描述统一起来,开发了一个广义框架来解释整个尺寸分布。 [1]
Indicating Flexible Spatial 表示灵活的空间
This long-range synchronization is briefly stable, not persistently, indicating flexible spatial reconfiguration pertaining to the establishment of particular, re-occurring states. [1] This long-range synchronization is briefly stable, not persistently, indicating flexible spatial reconfiguration pertaining to the establishment of particular, re-occurring states. [2]这种远程同步是短暂稳定的,而不是持久的,表明与建立特定的、重复发生的状态有关的灵活空间重构。 [1] 这种远程同步是短暂稳定的,而不是持久的,表明与建立特定的、重复发生的状态有关的灵活空间重构。 [2]
Offer Flexible Spatial 提供灵活的空间
UAV-generated data offer flexible spatial and temporal resolution, thus enabling a shift from a pure description of geomorphological forms to a better understanding of process-form relationships, e. [1] It offers flexible spatial and temporal filtering and thereby leads to more pronounced results for datasets with temporal resolutions at or below 1000ms. [2]无人机生成的数据提供了灵活的空间和时间分辨率,从而能够从纯粹的地貌形式描述转变为更好地理解过程-形式关系,例如。 [1] 它提供灵活的空间和时间过滤,从而为时间分辨率等于或低于 1000 毫秒的数据集带来更明显的结果。 [2]
Obtain Flexible Spatial 获得灵活的空间
In this work, we both study the properties of the resulting warped Gaussian processes as well as using the characterising statistical properties of the warped processes to obtain flexible spatial field reconstructions. [1] In this work, we study both the properties of the resulting warped Gaussian processes as well as using the characterising statistical properties of the warped processes to obtain flexible spatial field reconstructions. [2]在这项工作中,我们既研究了产生的扭曲高斯过程的特性,又利用扭曲过程的特征统计特性来获得灵活的空间场重建。 [1] 在这项工作中,我们研究了由此产生的扭曲高斯过程的特性以及使用扭曲过程的特征统计特性来获得灵活的空间场重建。 [2]
flexible spatial scan 灵活的空间扫描
Above all, the flexible spatial scan statistic proposed by Tango and Takahashi along with FleXScan software has also been used. [1] Tango’s flexible spatial scan statistics were used to identify high-risk spatial clusters which were displayed in maps. [2] Clusters of high diabetes prevalence before and after adjusting for common risk factors and DSME participation rates were identified, using Tango’s flexible spatial scan statistics, and their geographic distribution displayed in maps. [3] Furthermore, the regions were assessed for local clusters in apparent prevalence using the flexible spatial scan statistic. [4] Highrisk clusters of bovine cryptosporidiosis were identified using the flexible spatial scan test. [5] We used Kulldorff’s circular spatial scan statistics and Tango’s flexible spatial scan statistics to identify spatial clusters. [6] The Kulldorff-Nagarwalla scan test and the flexible spatial scan statistic were used for detecting spatial clusters. [7] We identified spatial clusters of hospitalization risks using Kulldorff’s circular and Tango’s flexible spatial scan statistics. [8] Geographic clusters of stroke prevalence were investigated using the Kulldorff’s circular spatial scan statistics (CSSS) and Tango’s flexible spatial scan statistics (FSSS) under Poisson model assumption. [9]最重要的是,还使用了 Tango 和 Takahashi 提出的灵活空间扫描统计以及 FleXScan 软件。 [1] Tango 灵活的空间扫描统计数据用于识别地图中显示的高风险空间集群。 [2] 使用 Tango 灵活的空间扫描统计数据及其在地图中显示的地理分布,确定了在调整常见风险因素和 DSME 参与率之前和之后的高糖尿病患病率集群。 [3] 此外,使用灵活的空间扫描统计数据评估了这些区域的明显流行率。 [4] 使用灵活的空间扫描测试确定了牛隐孢子虫病的高危群。 [5] 我们使用 Kulldorff 的圆形空间扫描统计和 Tango 的灵活空间扫描统计来识别空间集群。 [6] Kulldorff-Nagarwalla 扫描检验和灵活的空间扫描统计量用于检测空间簇。 [7] 我们使用 Kulldorff 的循环和 Tango 的灵活空间扫描统计数据确定了住院风险的空间集群。 [8] 在泊松模型假设下,使用 Kulldorff 的圆形空间扫描统计 (CSSS) 和 Tango 的灵活空间扫描统计 (FSSS) 研究了卒中患病率的地理集群。 [9]
flexible spatial navigation 灵活的空间导航
Moreover, we illustrate that hierarchical computations embedded within an actor–critic architecture may help to account for aspects of flexible spatial navigation. [1] We developed an engaging and inherently flexible spatial navigation/memory task using the Minecraft platform to test sleep-dependent memory. [2] Specifically, the left hemisphere stores spatial information as discrete, salient locations and that the right hemisphere represents space continuously, contributing to route computation and flexible spatial navigation. [3] Specifically, the left hemisphere stores spatial information as discrete, salient locations, and the right hemisphere represents space continuously, contributing to route computation and flexible spatial navigation. [4] The findings indicate that the integrated encoding of spatial and goal-directed signals by hippocampal circuits is crucial for flexible spatial navigation to a goal location. [5]此外,我们说明嵌入在actor-critic架构中的分层计算可能有助于解释灵活空间导航的各个方面。 [1] 我们使用 Minecraft 平台开发了一个引人入胜且内在灵活的空间导航/记忆任务,以测试依赖睡眠的记忆。 [2] 具体来说,左半球将空间信息存储为离散的显着位置,而右半球则连续表示空间,有助于路线计算和灵活的空间导航。 [3] 具体来说,左半球将空间信息存储为离散的显着位置,右半球连续表示空间,有助于路线计算和灵活的空间导航。 [4] 研究结果表明,海马电路对空间和目标导向信号的综合编码对于灵活的空间导航到目标位置至关重要。 [5]
flexible spatial resolution
Robust handling of uncertainties and the possibility to accommodate a variety of modelling objectives make this approach practical for energy mapping with a flexible spatial resolution that may facilitate numerous applications in energy planning. [1] Here, we provide an overview on version 4 of MAgPIE and how it addresses these issues of increasing complexity using new technical features: modular structure with exchangeable module implementations, flexible spatial resolution, in-code documentation, automatized code checking, model/output evaluation and open accessibility. [2] Here, we provide an overview on version 4 of MAgPIE and how it addresses these issues of increasing complexity using new technical features: modular structure with exchangeable module implementations, flexible spatial resolution, in-code documentation, automatized code checking, model/output evaluation and open accessibility. [3]对不确定性的稳健处理和适应各种建模目标的可能性使得这种方法对于具有灵活空间分辨率的能量映射非常实用,可以促进能源规划中的众多应用。 [1] 在这里,我们概述了 MAgPIE 的第 4 版,以及它如何使用新技术特性解决这些日益复杂的问题:具有可交换模块实现的模块化结构、灵活的空间分辨率、代码内文档、自动化代码检查、模型/输出评估和开放的可访问性。 [2] 在这里,我们概述了 MAgPIE 的第 4 版,以及它如何使用新技术特性解决这些日益复杂的问题:具有可交换模块实现的模块化结构、灵活的空间分辨率、代码内文档、自动化代码检查、模型/输出评估和开放的可访问性。 [3]
flexible spatial learning
, increased use of flexible spatial learning), while met carriers relied more on sequences and patterns to remember target locations (i. [1] Results: Our results demonstrate that ELS impairs synaptic plasticity in 6‐month‐old mice and increases plaque load in 12‐month‐old APPswe/PS1dE9 mice, while impairing flexible spatial learning in the Barnes maze at this age. [2],增加了灵活空间学习的使用),而遇到的运营商更多地依赖序列和模式来记住目标位置(即。 [1] 结果:我们的研究结果表明,ELS 会损害 6 个月大小鼠的突触可塑性,并增加 12 个月大的 APPswe/PS1dE9 小鼠的斑块负荷,同时损害该年龄巴恩斯迷宫中灵活的空间学习。 [2]
flexible spatial organization
Altogether, the data imply that the protein-binding domain of eEF1Bβ shows flexible spatial organization which may be needed for interaction with eEF1Bγ or other protein partners. [1] Refunctioning of a housing complex is rarely an option, due to the inflexible spatial organization of a residential complex. [2]总之,数据表明 eEF1Bβ 的蛋白质结合结构域显示出灵活的空间组织,这可能是与 eEF1Bγ 或其他蛋白质伙伴相互作用所必需的。 [1] 由于住宅区的空间组织不灵活,因此重建住宅区很少是一种选择。 [2]
flexible spatial sound
Ambisonics is a series of flexible spatial sound reproduction systems based on spatial harmonics decomposition of sound field. [1] Flexible spatial sound capturing and reproduction can be achieved with multiple microphones by using linear spatial filtering or non-linear parametric processing. [2]Ambisonics是一系列基于声场空间谐波分解的灵活空间声音再现系统。 [1] 通过使用线性空间滤波或非线性参数处理,可以使用多个麦克风实现灵活的空间声音捕获和再现。 [2]
flexible spatial reconfiguration 灵活的空间重构
This long-range synchronization is briefly stable, not persistently, indicating flexible spatial reconfiguration pertaining to the establishment of particular, re-occurring states. [1] This long-range synchronization is briefly stable, not persistently, indicating flexible spatial reconfiguration pertaining to the establishment of particular, re-occurring states. [2]这种远程同步是短暂稳定的,而不是持久的,表明与建立特定的、重复发生的状态有关的灵活空间重构。 [1] 这种远程同步是短暂稳定的,而不是持久的,表明与建立特定的、重复发生的状态有关的灵活空间重构。 [2]
flexible spatial field 灵活的空间领域
In this work, we both study the properties of the resulting warped Gaussian processes as well as using the characterising statistical properties of the warped processes to obtain flexible spatial field reconstructions. [1] In this work, we study both the properties of the resulting warped Gaussian processes as well as using the characterising statistical properties of the warped processes to obtain flexible spatial field reconstructions. [2]在这项工作中,我们既研究了产生的扭曲高斯过程的特性,又利用扭曲过程的特征统计特性来获得灵活的空间场重建。 [1] 在这项工作中,我们研究了由此产生的扭曲高斯过程的特性以及使用扭曲过程的特征统计特性来获得灵活的空间场重建。 [2]