The choice of the programming language for software implementation is 的简体中文翻译

The choice of the programming langu

The choice of the programming language for software implementation is always personal and depends on the background and skills of the user. The algorithms and systems described in the book can be easily implemented with any programming language where advanced mathematical and data processing tools are available and it is possible to manage the communication with the measurement hardware for data acquisition. Based on the authors' experience, this book recommends the use of LabVIEW (www.ni.com/labview) because this was originally developed with the objective of integrating measurement and data processing in a single platform. It is characterized by an advantageous learning curve, which allows a fast and easy development of systems and software, but it is also very powerful and versatile. In fact, advanced functions and analysis tools are available and it makes possible the communication with a large number of commercial devices. An overview of relevant aspects about programming in LabVIEW is given in this section, since all the proposed applications are discussed assuming LabVIEW as the common platform for system and software implementation. The choice of the platform for measurement execution and data processing can obviously be different but, for practical reasons, it is impossible to provide a tutorial for every program¬ming language. Nevertheless, since the algorithms are general, any other choice is possible for their implementation, provided that the reader carries out the appro¬priate language translations.LabVIEW programs are called Virtual Instruments, or VIs, because their appear¬ance and operation imitate physical instruments, such as oscilloscopes and multimeters. LabVIEW contains a wide set of tools to acquire, analyze, display, and store data, as well as for code troubleshooting (National Instruments 2005a). Programming in LabVIEW requires the design and implementation of a user interface, or Front Panel (Fig. 1.2), with controls and indicators, which are the interactive input and output terminals of the VI, respectively. Figure 1.2 shows a simple VI to analyze the variations of a signal and its spectrum for different amplitudes of its components, a sinusoid and a random signal. The user can interactively set the parameters of the signals by means of the controls.
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结果 (简体中文) 1: [复制]
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用于软件实现的编程语言的选择始终是个人的,并取决于用户的背景和技能。本书中描述的算法和系统可以使用任何可使用高级数学和数据处理工具的编程语言轻松实现,并且可以管理与测量硬件的通信以进行数据采集。根据作者的经验,本书建议使用LabVIEW(www.ni.com/labview),因为它最初是为将测量和数据处理集成在单个平台中而开发的。它的特点是具有良好的学习曲线,可以快速轻松地开发系统和软件,但它也非常强大且用途广泛。事实上,提供了高级功能和分析工具,它使与大量商用设备的通信成为可能。本节概述了有关LabVIEW编程的相关方面,因为所有讨论的应用都是在LabVIEW作为系统和软件实现的通用平台的情况下进行讨论的。测量执行和数据处理平台的选择显然可以有所不同,但是出于实际原因,不可能为每种编程语言都提供教程。然而,由于算法是通用的,因此只要读者进行适当的语言翻译,任何其他选择都可以用于其实现。本节概述了有关LabVIEW编程的相关方面,因为所有讨论的应用都是在LabVIEW作为系统和软件实现的通用平台的情况下进行讨论的。测量执行和数据处理平台的选择显然可以有所不同,但是出于实际原因,不可能为每种编程语言都提供教程。然而,由于算法是通用的,因此只要读者进行适当的语言翻译,任何其他选择都可以用于其实现。本节概述了有关LabVIEW编程的相关方面,因为所有讨论的应用都是在LabVIEW作为系统和软件实现的通用平台的情况下进行讨论的。测量执行和数据处理平台的选择显然可以有所不同,但是出于实际原因,不可能为每种编程语言都提供教程。然而,由于算法是通用的,因此只要读者进行适当的语言翻译,任何其他选择都可以用于其实现。测量执行和数据处理平台的选择显然可以有所不同,但是出于实际原因,不可能为每种编程语言都提供教程。然而,由于算法是通用的,因此只要读者进行适当的语言翻译,任何其他选择都可以用于其实现。测量执行和数据处理平台的选择显然可以有所不同,但是出于实际原因,不可能为每种编程语言都提供教程。然而,由于算法是通用的,因此只要读者进行适当的语言翻译,任何其他选择都可以用于其实现。<br>LabVIEW程序之所以被称为虚拟仪器或VI,是因为它们的出现和操作模仿了诸如示波器和万用表之类的物理仪器。LabVIEW包含用于获取,分析,显示和存储数据以及进行代码故障排除的大量工具(National Instruments 2005a)。在LabVIEW中进行编程需要设计和实现带有控件和指示器的用户界面或前面板(图1.2),它们分别是VI的交互式输入和输出端子。图1.2显示了一个简单的VI,可以分析信号及其频谱在其分量,正弦波和随机信号的不同幅度下的变化。用户可以通过控件交互地设置信号的参数。
正在翻译中..
结果 (简体中文) 2:[复制]
复制成功!
The choice of the programming language for software implementation is always personal and depends on the background and skills of the user. The algorithms and systems described in the book can be easily implemented with any programming language where advanced mathematical and data processing tools are available and it is possible to manage the communication with the measurement hardware for data acquisition. Based on the authors' experience, this book recommends the use of LabVIEW (www.ni.com/labview) because this was originally developed with the objective of integrating measurement and data processing in a single platform. It is characterized by an advantageous learning curve, which allows a fast and easy development of systems and software, but it is also very powerful and versatile. In fact, advanced functions and analysis tools are available and it makes possible the communication with a large number of commercial devices. An overview of relevant aspects about programming in LabVIEW is given in this section, since all the proposed applications are discussed assuming LabVIEW as the common platform for system and software implementation. The choice of the platform for measurement execution and data processing can obviously be different but, for practical reasons, it is impossible to provide a tutorial for every program¬ming language. Nevertheless, since the algorithms are general, any other choice is possible for their implementation, provided that the reader carries out the appro¬priate language translations.<br>LabVIEW programs are called Virtual Instruments, or VIs, because their appear¬ance and operation imitate physical instruments, such as oscilloscopes and multimeters. LabVIEW contains a wide set of tools to acquire, analyze, display, and store data, as well as for code troubleshooting (National Instruments 2005a). Programming in LabVIEW requires the design and implementation of a user interface, or Front Panel (Fig. 1.2), with controls and indicators, which are the interactive input and output terminals of the VI, respectively. Figure 1.2 shows a simple VI to analyze the variations of a signal and its spectrum for different amplitudes of its components, a sinusoid and a random signal. The user can interactively set the parameters of the signals by means of the controls.
正在翻译中..
结果 (简体中文) 3:[复制]
复制成功!
软件实现的编程语言的选择总是个人的,取决于用户的背景和技能。本书中描述的算法和系统可以很容易地用任何编程语言实现,只要有先进的数学和数据处理工具,就可以管理与测量硬件的通信以获取数据。根据作者的经验,本书推荐使用LabVIEW(www.ni.com/LabVIEW),因为它最初的开发目的是将测量和数据处理集成到一个单一的平台中。它的特点是有一个有利的学习曲线,它允许系统和软件的快速和容易的开发,但它也非常强大和通用。事实上,先进的功能和分析工具是可用的,它使得与大量商业设备的通信成为可能。本节概述了LabVIEW中编程的相关方面,因为假设LabVIEW是系统和软件实现的通用平台,将讨论所有提议的应用程序。测量执行和数据处理平台的选择显然不同,但由于实际原因,不可能为每种编程语言提供教程。尽管如此,由于算法是通用的,只要读者进行适当的语言翻译,就可以对其实现进行任何其他选择。<br>LabVIEW程序之所以被称为虚拟仪器(VIs),是因为它们的出现和运行模拟了物理仪器,如示波器和万用表。LabVIEW包含一套广泛的工具,用于获取、分析、显示和存储数据以及代码故障排除(National Instruments 2005a)。LabVIEW中的编程需要设计和实现一个用户界面或前面板(图1.2),带有控件和指示器,它们分别是虚拟仪器的交互输入和输出终端。图1.2显示了一个简单的VI,用于分析信号及其频谱在其分量、正弦波和随机信号的不同振幅下的变化。用户可以通过控件交互设置信号的参数。<br>
正在翻译中..
 
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