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Development of heterogeneous node network using microcontroller with protocols CAN and Zigbee
(2011-12-01)
In this paper was proposed the development of an heterogeneous system using the microcontroller (AT90CANI28) where the protocol model CAN and the standard IEEE 802.15.4 are connected. This module is able to manage and ...
Development of heterogeneous node network using microcontroller with protocols CAN and Zigbee
(2011-12-01)
In this paper was proposed the development of an heterogeneous system using the microcontroller (AT90CANI28) where the protocol model CAN and the standard IEEE 802.15.4 are connected. This module is able to manage and ...
Measurement of orthovoltage X-ray intensity with a lithium niobate transducer
(2009-12-01)
A microcontrolled instrument for measuring the energy fluence rate (or intensity) of X-ray pulses in the orthovoltage range of 120 to 300 kV is described. The prototype instrument consists of a pyroelectric sensor, a ...
Implementation of measurements system of distance with infrared sensors and programmable logical dispositiveImplementación de un sistema de medición de distancia con sensores infrarrojos utilizando dispositivos de lógica programable
(Pereira : Universidad Tecnológica de PereiraFacultad de Ciencias Básicas, 2011)
Temperature and humidity measurement using an off-the-shelf MEMS sensor: Beyond arduino's playground
(2021-08-23)
In this work an off-the-shelf, modern, integrated temperature, pressure and humidity sensor was interfaced to a PIC18F4550, a popular 8-bit microcontroller. A bit-banging SPI protocol was implemented. The SPI clock was set ...
Analysis of simple hardware efficiency for temperature measurement in agriculture and environment
(2013)
This work focuses basically on the design and analysis of simple and low cost hardware systems efficiency for temperature measurement in agricultural area. The main objective is to prove quantitatively, through statistical ...
Brain Computer Interface for Micro-controller Driven Robot Based on Emotiv Sensors
A Brain Computer Interface (BCI) is developed to navigate a micro-controller based robot using Emotiv sensors. The BCI system has a pipeline of 5 stages- signal acquisition, pre-processing, feature extraction, classification ...