The embedded systems are highly optimized to perform limited duties of particular needs. They can be control, Process, medical, signal, and image processing applications. The challenges faced by embedded systems are security, real-time, scalability, high availability and also performance based interoperability as more and more different devices are added to the systems. These complex ubiquitous...

LHCb is a dedicated B-physics experiment under construction at CERN’s large hadron collider (LHC) accelerator. This paper will describe the novel approach LHCb is taking toward controlling and monitoring of electronics boards. Instead of using the bus in a crate to exercise control over the boards, we use credit-card sized personal computers (CCPCs) connected via Ethernet to cheap control PCs. ...

In this paper, the design, realization, and experimental validation of a battery-assisted radio frequency identification (RFID) tag featuring sensing and computation capabilities are presented. The sensor-augmented RFID tag comprises an ultra-low-power microcontroller, temperature sensor, 3-axis accelerometer, non-volatile storage, and a new-generation I2C-RFID chip for communication with stand...

In this letter, we describe a new light-flashing shield to be used at flash-based imaging or event-based vision tasks performed in environments with poor light conditions. The incorporates multiplexer that permits setting of the operation mode, nominal current, pulse width, and trigger sensitivity up 2 high-brightness LEDs by means single inter-integrated circuit (I2C) bus. A conditioning synch...

• Three-in-one smart optical module – Proximity sensor – Ambient Light Sensor – VCSEL light source • Fast, accurate distance ranging – Measures absolute range from 0 to above 10 cm (ranging beyond 10cm is dependent on conditions) – Independent of object reflectance – Ambient light rejection – Cross-talk compensation for cover glass • Gesture recognition – Distance and signal level can be used b...

The article deals with a device for temperature control of thermal object. is based on single-chip AVR ATmega32 microcontroller. There are two modes regulation. first designed regulation within the range -55 ° C to +125 C, and second from +126 +1000 C. uses DS18B20 digital serial output sensor. measurement resolution in °C 0.0625 °C. K-type thermocouple MAX6675 signal converter I2C interface. d...