Michael Jones is presenting "PMBus Firmware: Using Arduino for Prototyping and Designing PMBus Solutions" at 8:30 am, March 17. More info at www.apec-conf.org/ Electronica China, Shanghai New International Expo
The TCS3200 color sensor, Arduino Uno kit, and other electron- ics were purchased from the electronic market (Ram Com- pany) with the following specifications: "Power = 2.7–5.5 V; Size = 1.12 × 1.12 inch; Interface = digital TTL; High-res- olution in the ...
2.2 Overall control and monitoring system To achieve automatic pressure control, as shown in Fig. 2a, two air pumps (D61-BA301, BHL Co. Ltd., South Korea) were connected to an L298N motor driver board, which interfaced with a microcontroller (Arduino Uno, Arduino, Italy). The...
5.2 Algorithm in WSN The software embedded (see Algorithm 1) in the NodeMCU was developed using the Arduino platform, in addition to the module's own Wi-Fi communication libraries, the JSON library, which performs the conversion of the message to be sent to the desired format. As mentioned,...
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The architecture of the proposed smart home system consists of a wearable inertial sensing module, a multisensor circuit module, an information processing module (an Arduino MEGA microcontroller), a decision-making module (a personal computer, PC), an intelligent monitoring interface, and a household...
Due to the need of a node that can be incorporated in clothing pieces, in this case, the ankle part of a sock, we propose the use of wearable nodes such as the Arduino Lilypad as employed in our previous work [38]. In order to allow the transmission of the monitored data, a ...
The IoT Sensor Node comprises an Arduino UNO Microcontroller and a Raspberry PI platform [13]. A set of medical sensors with either a simple analog or smart digital interface can be attached to the monitored person and they are all connected to the portable IoT Sensor Node (through the ...
Keywords: lock-in amplifiers; phase shift adjustment; programmable circuits; low-cost sensors; real time monitoring; Arduino 1. Introduction Device miniaturization has been key to the development of innovative sensing technology with application in different fields [1], ranging from biology and medicine...