Title: |
Implementation of Two Point Security System Using Telebot
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Authors: |
Ragul T, Dr. S.K Manju Bargavi |
Source: |
International Journal of Latest Engineering Research and Applications, pp 01 - 07, Vol 08 - No. 03, 2023 |
Abstract: |
The implementation of a secure two-point security system is essential for protecting data in Internet of Things (IOT) environments. This paper includes an implementation of a two point security system using Telebot, a Chabot platform, in an IOT project. The system consists of two stages of authentication, with the first stage being a user's voice recognition and the second stage being a user's fingerprint recognition. The Telebot platform is used to facilitate the authentication process by providing a user-friendly interface for inputting the authentication information and verifying the user's identity. The system was implemented using Arduino Uno as the hardware platform, with in fingerprint sensor as the input devices. The proposed two-point security system provides an effective means of securing IOT devices and data, and the use of Telebot makes the authentication process more accessible and convenient for users. This paper contributes to the improvement of steady IOT structures via way of means of demonstrating the implementation of a two-factor protection gadget the use of Telebot, and gives insights into the layout and implementation of steady IOT structures. |
Keywords: |
IoT, Fingerprint, Arduino Uno, Telebot, Two-Factor |
DOI: |
10.56581/IJLERA.8.3.01-07 |
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Title: |
Improving The Assembly Process In A Local Maquila Company
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Authors: |
Ernesto Ramírez Cárdenas, Maria del Pilar Lizardi Duarte, Arnulfo A. Naranjo Flores, Martha E. Flores Rivera and Luis M. Quezada Amaya |
Source: |
International Journal of Latest Engineering Research and Applications, pp 08 - 12, Vol 08 - No. 03, 2023 |
Abstract: |
Improvement today is essential for the sustainability of any company since it is obliged to continue advancing according to the new market environments and depending on the operation. The objective of this project was to generate proposals that allow the reduction of defects in an assembly line of an aerospace maquiladora company. To achieve this, the A3 methodology suggested by the company was first applied, where the problem was identified, objectives were established, countermeasures were generated, which are methods in which a precautionary measure taken to prevent or mitigate an adverse event or condition, and the impact of the implementation of said countermeasures was verified. As a result, preventive maintenance is carried out on the gluing machines, establishment of good lighting to have a better vision in the area, greater inspections of both the tool and the raw material, among others, were proposed. In the end, a comparison was made between the defects before and after the application of countermeasures, highlighting an improvement in the indicator of gluing defects. In conclusion, following a methodological path allows companies to better understand their processes and continue to improve indicators. |
Keywords: |
Actions, improvement, anomaly and quality. |
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Title: |
High Efficiency Motors and Variable speed drive a powerful combination for carbon footprint and costs reduction
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Authors: |
Dr. Nasser Allaoui |
Source: |
International Journal of Latest Engineering Research and Applications, pp 13 - 20, Vol 08 - No. 03, 2023 |
Abstract: |
Reducing global power consumption is a major theme in responding to global warming. Climate conferences, soaring oil prices, energy taxation – the incentives for saving energy are more present than ever. Motors represents nearly 50% of the world electrical consumption. This article contains a review on new technologies toward electrical motors. Alternative Current (AC) and (DC) Direct Current are studied. Variable speed drive technology contributes greatly to motor efficiency. Therefore, it is included in this research. Maintenance and policy are also studied due to their significant impact.Energy savings can be up to 50% (all benefits combined). |
Keywords: |
Motors carbon; Motors costs; Variable Speed Drives |
DOI: |
10.56581/IJLERA.8.3.13-20 |
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Title: |
Detection of Lung Disease Using Machine Learning
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Authors: |
B S Sohan, Dr. Srikanth. V |
Source: |
International Journal of Latest Engineering Research and Applications, pp 21 - 25, Vol 08 - No. 03, 2023 |
Abstract: |
The method that employs artificial intelligence algorithms to recognize suspected lung disease in medical photos is described in the abstract for lung disease detection using machine learning. The system would be trained on a sizable collection of lung imaging examples, where it would discover patterns and abnormalities that could point to illness. The system's performance and accuracy, as well as its potential for early illness identification and better patient outcomes, would all be included in the abstract. It would also go through possible restrictions and suggested avenues for further study in this area. |
Keywords: |
Artificial Intelligence, Lung disease, Machine learning, Medical photos, Patient outcomes, Pattern Abnormalities, Early illness identification |
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Title: |
Trash Screen's Performance in the Presence of Weed and Debris Accumulation
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Authors: |
Emam A. Osman |
Source: |
International Journal of Latest Engineering Research and Applications, pp 26 - 40, Vol 08 - No. 03, 2023 |
Abstract: |
An experimental study has been conducted in the physical model to understand the effect of weed and debris accumulation upstream of the trash screen on the hydraulic efficiency of the open channels. A vertically simulated trash screen was installed perpendicular to the water flow during 120 experimental runs, which included five water discharges, and three tailgate openings depths. The aquatic weeds and debris accumulations were installed upstream of the trash screen with three longitudinal distances, three widths, and two heights. The results showed that the water level rapidly increased when the reach length exceeds 40 % of the top wetted width of the screen at the same accumulation reach height and width. At the same accumulation reach length and width, the water level sharply increased when the accumulation height exceeds 50 % of the upstream water depth. The velocity upstream of the trash screen was decreased by increasing the relative accumulation length and height by 40% and 30% respectively. The properties of accumulation and the flow characteristics were empirically related using the multiple linear regression analysis. Finally, the performance of the trash screen was evaluated and a maintenance program could be established periodically in terms of weeds and debris blockage. |
Keywords: |
Hydraulic Characteristics, Aquatic Weeds, Trash screen, Open channels, Heading up, Blockage. |
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Title: |
A Research Personnel Positioning Based on UWB for Improving Efficiency of Smart Factories
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Authors: |
Min-Chen Yeh., Yao-Min Fang., Tien-Yin Chou. |
Source: |
International Journal of Latest Engineering Research and Applications, pp 41 - 56, Vol 08 - No. 03, 2023 |
Abstract: |
After the fourth industrial revolution, artificial intelligence and 5G began to enter society. Coupled with the rapid development of wireless communication technology and the Internet and the continuous development of indoor space, the demand for high precision is urgent in today's society. And a large number of indoor positioning services, such as workshop material distribution, hypermarkets, and even the more famous smart factories are all indoor spaces. The emergence of ultra-wideband (UWB, Ultra-wideband) positioning, through its unique pulse signal transmission, its bandwidth is large, it has an excellent ranging ability, and the positioning accuracy can reach centimeter level. Therefore, it is the best choice to apply it to smart factories. Finally, we will also conduct tests in different fields to find the most suitable location for installing the positioning base station and placing the positioning card, and transmit the data back to the terminal server. You can observe people's behavior at the first time, whether they are in a safe area, and make continuous coordinates appear on the map more smoothly. Appropriate values can ultimately improve the productivity and efficiency of smart factories through UWB positioning technology |
Keywords: |
Indoor Positioning System, Personal Management, Smart Factory, Smart Management, Triangulation, UWB |
DOI: |
10.56581/IJLERA.8.3.41-56 |
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