Electrical Engineering: An International Journal

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Electrical Engineering: An International Journal (EEIJ)Webpage URL : https://airccse.com/eeij/index.htmlSubmission Deadl...
16/09/2022

Electrical Engineering: An International Journal (EEIJ)

Webpage URL : https://airccse.com/eeij/index.html

Submission Deadline : September 17, 2022

AN APPROACH TO SMART HOME SECURITY SYSTEM USING ARDUINO

Abel A. Zandamela

ABSTRACT
Recent advancements in the field of Internet of Things (IoT) have turned this area in one of the most promising research topics to bring innovative and useful technologies in the future. Solutions for a low-cost and efficient Home Automation model have always been a widely addressed problem; This study focuses on the architecture and design of wireless, flexible and inexpensive smart home system. Using Mega 2560 Arduino Board Platform, we develop an intelligent system able to send real-time video and GSM-based information of a break-in, fire and motion detection, along with an advanced temperature and humidity monitoring system. A prototype is designed, and tested on China Mobile Network, in 20 samples the prototype shows a 9.4s average time of response.

KEYWORDS
Smart Home System; Arduino; IoT; Mega 2560; GSM; wireless

Full Text URL :https://airccse.com/eeij/papers/4317eeij01.pdf

Electrical Engineering: An International Journal (EEIJ)Webpage URL : https://airccse.com/eeij/index.htmlAN EFFICIENT BAS...
01/09/2022

Electrical Engineering: An International Journal (EEIJ)

Webpage URL : https://airccse.com/eeij/index.html

AN EFFICIENT BASE-4 LEADING ZERO DETECTOR DESIGN

Alvernon Walker1 and Evelyn R. Sowells-Boone2

ABSTRACT
A base-4 leading zero detector (LZD) design is proposed in this paper. The design is similar to the approach originally proposed by V.G. Oklobdzija with a different technique. The circuit modules used in the base-4 LZD approach are designed and several N-bit LZD circuits are implemented with a standardcell realization in the Taiwan Semiconductor Manufacturing Company (TSMC) 0.65um CMOS process. The performance and layout area of the base-4 LZD realization is compared for implementations that contain only 4-to-1 and 2-to-1 multiplexers.

KEYWORDS
Leading Zero Detector, Multiplexer, Floating-point Unit

Full Text URL :https://airccse.com/eeij/papers/5118eeij01.pdf

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