搜索资源列表
设置车辆信息
- 通过使用labview仿真软件实现对设置汽车位置信息的远程监控(Remote monitoring of the location of automobile by using LabVIEW simulation software)
读取车辆信息
- 通过使用labview仿真软件实现读取车辆信息的远程监控(Remote monitoring of the location of automobile by using LabVIEW simulation software)
读取车辆编号
- 通过labview仿真软件读取车辆编号的远程监控(Remote monitoring of the location of automobile by using LabVIEW simulation software)
Quectel_BC95_AT_Commands_Manual_V1.9
- 移远NBIOT模块的AT指令文档，内容非常详细，最新版。(AT instruction document of the remote NBIOT module)
Quectel-BC95-AT-Commands-Manual-V1.6
- AT instruction document of the remote NBIOT module
Reports_Setting (1)
- OnlineSDK is not provided by the manufactures, hence we cant find anywhere. We can integrate the biometric machines with the remote server in only two ways: 1. With the help of SDK, develop a windows application, which will read the attendance data
卫星
- 各种遥感卫星分辨率，刈幅宽度等等，方便用户了解(A variety of remote sensing satellite resolution, swath width and so on, easy to understand)
IEC60870-5-101－2002版规约
- IEC101协议，通过IEC101协议读取远程设备中的数据。(IEC101protocol. It's a standard protocol. You can collect data from remote equipment through this protocol.)
智能照明设备设计参考说明书 V1.1
- 智能照明是指利用计算机、无线通讯数据传输、扩频电力载波通讯技术、计算机智能化信息处理及节能型电器控制等技术组成的分布式无线遥测、遥控、遥讯控制系统，来。具有灯光亮度的强弱调节、灯光软启动、定时控制、场景设置等功能；并达到预定的特点。(Intelligent lighting is a distributed wireless telemetry, remote control and remote control system, which consists of computer, wirel
WMO-TD1182
- Abstract : Agricultural planning and use of agricultural technologies need applications of agricultural meteorology. Satellite remote sensing technology is increasingly gaining recognition as an important source of agrometeorological data as it ca
设备网络SDK编程指南IPC
- 设备网络SDK是基于设备私有网络通信协议开发的，为后端设备（嵌入式网络硬盘录像机、视频服务器）、前端设备（网络摄像机、网络球机、IP模块）等产品服务的配套模块，用于远程访问和控制设备软件的二次开发。(The device network SDK is based on the development of the private network communication protocol of the equipment. It is used for the two development
BC95资料20180507
- 移远BC95光盘资料，NB-IOT应用，BC95的AT指令说明。(Remote BC95 CD data, NB-IOT application, BC95 AT instructions.)
hid-over-i2c-protocol-spec-v1-0.docx
- The Human Interface Device protocol was first defined for USB attached input devices (e.g. keyboards, mice, remote controls, buttons, etc.). The protocol itself is bus agnostic and has been ported across other transports, including Bluetooth™ and oth
论文基于单片机的室内指纹锁设计与实现
- “基于单片机的室内指纹锁”是一款基于网络技术、指纹识别技术和STM32单片机控制的软硬件设备，通过软件编程把传感器、嵌入式硬件和互联网软件巧妙地结合在一起，为人们创造出新的生活模式。随着互联网技术和电子技术的发展，物联网随之诞生，人们的生活也随之改变，更趋向于智能化、高效化、便捷化，利用局部网络或互联网等通信技术把控制设备、传感器、器械、制作者和其他物体等很紧密的联系在了一起，通过这种高效的方式实现了信息化、智能化、远程端控制管理、实现了人和设备、设备和设备的紧密联系。("Based
AISG- ES-RAE V2.2.0
- AISGextension：Remote eAntenna Extnsion Standard No. AISG-ES-RAE V2.2.0。 This document contiaons extenstion to layers1,2 and 7 ofAISG specification,Version2.0 for antennas implementing Remote eAntenna Extnsion(RAE).