Open AccessThe Silkworm Eggs Separator with the Novel Electronic Computing Unit
Author(s) -
Anvar Mirzakhodjaev,
Bakhtiar Anvarovich. Mirzakhodjaev*,
Dmitriy Kamilevich Bazarov,
Dildora Xamidjanovna Dadajanova,
Rustam Kamilevich Bazarov
Publication year - 2020
Publication title -
international journal of recent technology and engineering
Language(s) - English
Resource type - Journals
ISSN - 2277-3878
DOI - 10.35940/ijrte.e6038.018520
Subject(s) - software , computer science , separator (oil production) , computer hardware , block (permutation group theory) , arduino , artificial intelligence , embedded system , real time computing , operating system , mathematics , geometry , physics , thermodynamics
The article presents the results of research aimed to develop software and hardware for silkworm separating device by their colors. The device consist of four main blocks. The first one is designed for eggs feeding in portions, the second for the sequence of eggs alignment, the third is to bring these eggs to estimation zone, where the fourth analyzes and separates light eggs from dark ones. Each unit is an element of a queuing system with measured value of the flow parameter. Each unit of the device is treated as a queuing system element with a specified flow parameter value. Based on their equality the conclusion is made about the required performance of the webcam for the analysis block. The scheme of the control device and the algorithm of silkworm’s recognition are given. The Study and analysis showed that the separation of silkworm eggs is better carried out by piece-oriented feeding it to recognition zone, developed on the basis of computer vision using a high-speed web-camera. It is also proposed to use Arduino UNO R3 as a hardware platform. The developed hardware and software for analysis and processing of data on determination of color of eggs of silkworm of the developed device on a stationary platform is described.