navigation computer
英 [ˌnævɪˈɡeɪʃn kəmˈpjuːtə(r)]
美 [ˌnævɪˈɡeɪʃn kəmˈpjuːtər]
导航计算机
双语例句
- Design and Implement on the Dual-DSP Strapdown Navigation Computer
双DSP的捷联惯导计算机设计与实现 - In this regard, we want quality education for the navigation computer education, to develop creative thinking and abstract thinking;
对此，我们要让素质教育为计算机教育导航，培养学生的创造性思维和抽象思维； - The research in this paper can be referred in further research of vehicle navigation computer.
论文的研究工作对车载导航计算机的进一步研究具有参考价值。 - This paper presents a new kind of navigation computer with the characteristics of small size, low power, low cost and high performance.
介绍了一种小体积、低功耗、低价位的高性能导航计算机。 - Design of MIMU/ GPS Navigation Computer
基于MIMU/GPS的组合导航计算机设计 - Design of system for high performance navigation computer system base on dual DSPs& FPGA
基于双DSP和FPGA的高性能导航计算机设计 - The hardware design about the navigation computer based on dual DSP and FPGA was described emphatically.
重点描述了双DSP和FPGA导航计算机的硬件设计思路。 - Taking DSP as the core the MSINS/ GPS distributed integrated navigation computer has been designed and its hardware and software have been debugged.
以DSP为核心设计了MSINS/GPS分布式控制组合导航计算机，并对其进行了软、硬件调试。 - The software design and program loading of DSP in navigation computer system
导航计算机系统的DSP的程序加载与软件设计 - Combining the characteristic of the technical development of navigation, this paper designs a strapdown inertial navigation computer based on DSP.
结合现代导航技术发展的特点，设计了一种基于DSP的捷联惯性导航计算机。 - Design of the embedded navigation computer based on ARM and DSP
基于ARM和DSP的嵌入式导航计算机方案设计 - The Design of a Fault Tolerant Navigation Computer System
一种容错的导航计算机系统设计 - Data-collecting electronic circuit is the communication interface between inertial instruments and navigation computer.
数据采集电路是惯性仪表和导航计算机之间的通讯接口。 - Study on Information fusion in Navigation Computer System Based on DSP and FPGA
基于DSP和FPGA的导航系统的信息融合研究 - Design of Distributed System for Embedded Navigation Computer System Based on DSP
基于DSP的嵌入式导航计算机分布式系统设计 - Based on the interface circuit of navigation computer finished, sequential control flow of the whole interface subsystem is designed, which can meet the synchronization and the real time of sensors 'data collected.
完成了组合导航计算机的接口电路，并以此为基础，设计了整个导航接口子系统的时序控制流程，以实现多传感器数据采集的同步性和实时性。 - Research on the Design of the Communication for A Navigation Computer Based on DSP
基于DSP的导航计算机数据通信设计研究 - Application of DSP in CAN Field-bus navigation computer system
DSP在CAN总线导航计算机系统中的应用 - The multiple-information fusion places new demands on the integrated navigation computer, system hardware, software interface and the mode of navigation information display and alarm signal.
多种信息的融合对组合导航计算机，系统的硬件、软件接口界面，以及导航信息的显示与告譬方式都提出了新的要求。 - Firstly, this paper brings forward Integrated Navigation Computer scheme based DSP and FPGA according to its characteristics and application requirement.
论文首先根据组合导航计算机的特点和应用要求，提出了基于DSP和FPGA的组合导航计算机系统方案。 - Design of the Strapdown Inertial Navigation Computer System short-term pragmatism culture;
捷联惯导计算机设计短期实用主义文化； - The Design and Development of SINS/ GPS Integrated Navigation Computer System
SINS/GPS组合导航计算机系统设计与开发 - Method of high-speed data-transmission between navigation computer and searching radar in the Orientation and Position system is introduced.
文章介绍了导航定位系统中导航计算机与搜索雷达之间的数据高速传输方法。 - Strapdown inertial navigation system ( SINS) is a kind of very advanced inertial navigation technology. The SINS use the mathematics platform build on the attitude matrix calculated by the navigation computer system instead of the physical platform of platform inertial navigation system.
捷联惯性导航系统是一种十分先进的惯性导航技术，通过导航计算机系统实时计算出姿态矩阵，建立起数学平台，以数学平台代替传统平台式惯性导航系统中的物理平台。 - The navigation computer system included the UART and data acquisition system mainly.
导航计算机系统硬件组成主要包括串口通信和数据采集两部分。 - The Navigation Computer System is established To DSP/ FPGA hardware platform as the navigation computer of strapdown inertial navigation system, real-time data to meet the system requirements of high-precision, real-time, stability requirements, to adapt its high-performance, low-cost, low-power development.
以DSP/FPGA作为导航计算机硬件平台的捷联式惯性导航实时数据系统能够满足系统所要求的高精度、实时性、稳定性要求，适应了其高性能、低成本、低功耗的发展方向。 - It introduces the development of inertial navigation system, analysis the basic working principle of inertial navigation system, gives the positioning system hardware components, including the navigation computer, gyroscopes, accelerometers, odometer and data acquisition card.
介绍了惯性导航系统发展现状，分析了惯性导航系统的基本工作原理，给出了管道内检测器定位系统的硬件组成，包括陀螺仪、加速度计、里程轮、数据采集卡、导航计算机。 - The navigation computer system includes data acquisition module and data decoding module two parts.
整个系统主要包括数据采集模块和数据解算模块两部分。 - By analyzing integrated navigation system data acquisition and processing needs, FPGA and DSP have been chosen as navigation computer, and design details of FPGA function modules, FPGA and DSP hardware circuit and software process have been given.
通过分析组合导航系统数据采集与处理需求，选择了FPGA与DSP组合作为导航计算机，设计了FPGA功能模块、FPGA与DSP系统硬件电路及软件流程。 - By using modular software system, navigation computer gets high redundancy and portability in software system of navigation computer.
同时，软件的任务化、模块化设计使导航计算机的软件系统具有了良好的冗余性和可移植性。