spatial encoding
英 [ˈspeɪʃl ɪnˈkəʊdɪŋ]
美 [ˈspeɪʃl ɪnˈkoʊdɪŋ]
网络 空间编码; 空间三维编码
双语例句
- The monopolar electrical stimulation excited an extensive response and could not provide the spatial encoding.
而耳蜗内单极电刺激使下丘细胞广泛地被兴奋，不能提供部位代码。 - Spatial information encoding which presents the interface between the real and information entities, is one of the most important steps in designing GIS.
对地理信息进行编码，是GIS设计中最重要的技术步骤之一，它代表着现实世界与信息世界的界面。 - It represents the spatial encoding of frequency, just like a piano. ( example).
就象一架钢琴，它代表了频率的空间编码（举例）。 - Up to now, the 4f system or the Fourier optical transform system is used in spatial pseudocolor encoding processing.
假彩色编码处理通常采用4f系统，即傅里叶光学变换系统。 - Most of the strategies of the synthesis of stimulating pulse signal in the cochlear implants currently used are analogy to human cochlea's spatial encoding pattern, which stimulates auditory fibers in given frequencies based on the frequency characterizations of speech.
现有的电子耳蜗的刺激脉冲序列的合成方案都是以固定频率和位置编码方式刺激听觉神经纤维来诱发听觉。 - With the development of GML specification and its broad supporting by many GIS software vendors, GML becomes the de facto international standard for spatial data encoding, transmission, store and publish;
随着GML规范的不断完善及GIS软件厂商的广泛支持，GML已经成为事实上的空间数据编码、传输、存储、发布的国际标准，越来越多的空间数据开始以GML格式存储。 - The arithmetic is realized by logic operations and implemented by the spatial encoding technique, which offers an efficient design of optical arithmetic logic unit ( ALU).
这些基本运算都可通过空间编码与解码的光学逻辑实现，从而提供了一种有效的光学算术－逻辑单元（ALU）设计方案。 - Objective To explore the electrical activity mechanism of auditory center to intracochlear electrical stimulation and provide physiological foundation for spatial encoding of electrical stimulation in multiple channel cochlear implant.
目的探索耳蜗电刺激的听觉中枢电活动机理，为多道人工耳蜗电刺激的部位代码提供生理依据。 - By means of spatial encoding technique for black-white nega-tive, positive and product positive of spectrogram an intensity pseudocolor-coded spectrogram is obtained in a white-light optical processor.
对语音谱图的黑白负片、正片及其乘积正片进行空间编码，在白光处理器中可得到按强度假彩色编码的语音谱图。 - Spectrum Analysis and Implementation of Spatial Pseudo Color Encoding
空间假彩色编码的频谱分析及实现 - Theory and Method of Spatial Encoding in MR Imaging
磁共振成像的空间编码理论和方法 - Spatial encoding using gradient magnetic fields is the key technique in nuclear magnetic resonance imaging ( NMRI).
利用梯度磁场实现检测信号的空间编码，是核磁共振成像（MRI）的关键技术。 - Using Oracle Spatial Java Library operating spatial data and encoding them into GML format, which benefits geography information's sharing and interactions.
利用OracleSpatialJavaLibrary空间数据引擎对空间数据进行操纵，将地理数据和属性数据相结合，采用地理标记语言GML进行标准化的编码，有利于地理信息的共享和互操作性； - A study of the practice effect of cognitive process in categorical and metric spatial relation encoding
类别与数量空间关系识别加工中的练习效应研究 - Conclusion Using the bipolar electrical stimulation, the stimulation region is the key point for improving the spatial encoding.
结论使用双极电极时，刺激电流的局限范围是提高部位代码的关键； - Optical parallel array logic based on spatial amplitude encoding pattern method for optical digital computing
基于光学数字计算空间振幅编码图形法的光学并行阵列逻辑 - Teaching experiment of one-dimensional spatial encoding in NMRI
核磁共振成像一维空间编码教学实验 - This paper introduces the spatial data encoding and transfer methods on the present network-based GIS, analyses the shortcoming of them according to the characteristic of the Grid GIS and subsequently proposes a new methold, that use GML to store and transfer spatial data.
介绍了当前网络型GIS的空间地理数据的传输方法，并在介绍网格GIS特点的基础上分析了其优缺点。 - This paper presents the principle and the features of a new spatial amplitude encoding pattern method implementing optical parallel array logic gates.
本文给出了执行光学并行阵列逻辑的一种新的空间振幅编码图形法的原理和特性。 - A technique of spatial encoding color photographic image in a black and white transparency for coherent polychromatic processing is presented.
本文研究了在相干多色处理中用黑白透射介质进行彩色图象空间编码的方法。 - A new spatial encoding method is presented to implement optical fuzzy logic gates by using shadow-casting.
本文提出了一种新的空间编码方法并利用阴影投射系统实现了光学并行模糊逻辑门。 - The influence and functions of spatial encoding technique are studied, the principle of encoding is introduced and the condition which should be satisfied by the encoding scheme are summarized.
对空间编码技术在三维测量中的功能进行了研究，介绍了编码原理，总结了编码方案所应满足的条件。 - GML has become the defacto international standard for spatial data encoding, transmitting, storing and distributing;
GML已经成为事实上的空间数据编码、传输、存储和发布的国际标准，大量GML格式的空间数据开始涌现。 - A pseudo color coding fractional Fourier transform rainbow hologram is presented in this paper. Spatial filtered pseudocolor encoding of holographic image for two-dimensional transparent object by rainbow holography with synthesized slit is proposed.
提出了假彩色编码分数傅里叶变换彩虹全息图，并对其再现像的位置、大小、编码色的设计进行了讨论。采用空间滤波合成狭缝彩虹全息术对二维透射物进行假彩色编码。 - Three dynamic range extending experiments are performed with this system: temporal SLM multi-exposure method, spatial light encoding method and self-adaptive PID feedback control method.
利用该成像系统分别进行了时间域多次曝光，空间域光强编码调制，自适应PID反馈控制三种动态范围扩展实验。 - Because GML itself is perfect, and its unique advantages, GML has become the spatial data encoding and exchange of international standards.
由于GML自身的完善，以及其独有的优势，GML已经成为空间数据编码、交换的国际标准。 - Under laboratory conditions, the receiver circuit is optimized. Through the analysis of experimental data, The paper verified the feasibility of the subject of spatial polarization encoding scheme, got the experimental data consistent with theoretical values, and errors are analyzed.
在实验室条件下，对接收电路进行优化处理，通过实验数据分析验证了课题提出的空间偏振编码的方案的可行性，能得到与理论值相吻合的实验数据，并对误差进行了分析。 - In parallel imaging, spatial encoding using multiple coils partially replaces the spatial encoding normally accomplished using gradients, because additional information is obtained from the spatial variation in the coil sensitivity profiles.
而在并行成像中，空间编码通过使用多线圈部分地代替了通常使用的梯度编码方式，因为格外的一些空间信息可以通过多线圈之间的线圈敏感度差异来获得。 - Three new dynamic range extend methods with spatial light modulator ( SLM) are proposed: temporal SLM multi-exposure method, spatial light encoding method and self-adaptive PID feedback control method.
提出三种新的利用空间光调制器（SLM）实现的动态范围扩展方法：时间域SLM多次曝光，空间域光强编码调制，自适应PID反馈控制。 - The color coded structure light method is becoming popular because of its advantages which are non-contact, high precision and easy to implement, It contains two kinds of encoding methods: timing sequence encoding method and spatial encoding method.
其中基于彩色编码结构光的三维重构技术由于具有非接触、精度高、易实现等优点日益成为研究热点。彩色编码的方法有两种：时序编码法和空间编码法。