- #Goserial send message serial
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The IoT Agent already has several default components available for use with data collection. If you do not already have an account, have not installed the IoT Agent on the Intel® Edison board, or activated your device yet, the setup instructions are here: The system also checks to see whether the data triggers any of the rules and sends a signal back to the Intel® Edison board if necessary. Every five seconds the Intel® Edison sends the recorded temperature value to the cloud where it is displayed in a graph. The data and control rules are stored in the cloud in the Intel® IoT Developer Kit Cloud-based Analytics system.
#Goserial send message serial
Or type in wpa_cli status in the serial window and make sure that wpa_state is COMPLETED and there is an ip_address assigned. You can confirm this by going to ip address' from the browser on your computer as long as your computer is on the same network.
The Intel® Edison board is now connected to the Wi-Fi network.
#Goserial send message password
Then type in the network password if prompted. If you selected a hidden network, it will prompt you for the network name. It will ask to confirm that the network is correct. Select your network or the hidden network option. If your network is not listed, it might be a hidden network. Then type in configure_edison -wifi and a list of available networks will appear after it scans for a couple seconds. Otherwise login as username ‘root’ with your password. If you have not configured your board yet, login with username root and execute the command configure_edison -setup to set up a password. A screen of scrolling text indicates that the board still booting, it will finish after a few minutes. If nothing appears initially, press Enter.
#Goserial send message Pc
Click OK.Ī serial window should now be open on your PC or Mac computer: Open goSerial, select the Serial Port usbserial and select the Speed 115200.
#Goserial send message download
Download goSerial* to make a serial connection from the computer to the board. Open a terminal window (to find one, use Spotlight to search for ‘terminal’) and enter the command ls /dev/tty.* to identify the USB serial port name.ī. Open PuTTY, select connection type Serial, and then enter in the value for Serial line as the COM port obtained in the previously, COM7 in this case. Next download PuTTY to make a serial connection from the computer to the board. Remember the COM number for the next steps.ī. Once the USB cable is plugged in, the Intel® Edison board will appear in the Device Manager under Ports (COM &LPT) as a ‘USB Serial Port’. If the Wi-Fi signal is low or weak, plug in the external antenna to the Intel® Edison board as shown below.Ī. You do not need to use the other micro-USB slot, it is for power (which was connected above with the power supply directly), Ethernet, Arduino* sketches, and storage devices. This micro-USB cable slot is for serial connection communication (puTTY). Make sure the micro-switch is towards the micro USB slot’s side and connect the micro-USB cable to the connector closest to the corner of the board to a PC/Mac. Next, you need to configure the Intel® Edison board to connect to the local wireless network. You can read more about the Grove Starter Kit here: Also toggle the Grove shield to be set on 5V, otherwise the sensors in this tutorial will not have enough power. Always make sure the board is not powered on when changing wires and cables around. The base shield slots in on top of the Intel® Edison board and with the Grove cables, you simply plug in one end to the sensor and the other end to the slot on the shield. The majority of the sensors are from the Grove* Starter Kit for Intel® Edison board which is designed to make bread boarding and wiring circuits easy. For more information on the Intel® Edison board and Intel ® XDK download: The sketch program will be written in JavaScript* using the Intel® XDK IoT Edition development environment. The fan can also be controlled manually with a push button on the board to turn it on and off.
Hence the main control center that drives the HVAC system is in the cloud where the threshold limits can be changed at will. The lamp turns on heating up the temperature sensor and when it reaches the threshold limit, a command from the cloud switches off the lamp and switches on the fan until the temperature drops below the threshold. In this system a heat lamp mimics the HVAC in heating mode and a ventilator fan is the HVAC in cooling mode.
#Goserial send message manual
In this article, we will show to use the Intel® Edison board simulate an HVAC in a building with manual and cloud-driven controls and monitoring. From smart workplaces to increasing production, IoT has a myriad of applications. It has caught the attention of companies who want to start a new industrial revolution using IoT. IoT is no longer restricted to just the maker hobbyists and enthusiasts.
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