Mobile-Based Application: The Designation of Energy Saving Smart Light System for Monitoring and Controlling

Baharum, Zirawani; Sabudin, Azim Saiful; Yusof, Ernie Mazuin Mohd; Ahmad, Nahdatul Akma

doi:10.3991/ijim.v15i18.24733

Cited by 4 publications

(3 citation statements)

References 9 publications

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“…Productivity apps can be also recognised as business apps in order to assist, organize and complete complex task for the businesses, form ordering up to delivery. Most productivity apps serve a single purpose and are built with a very intuitive interface and design to increase efficiency and improve user experience, especially while using mobile devices [10] [11]. Google Drive app is the most popular mobile application by providing cloud-based storage facilities diagonally multiple devices.…”

Section: Mobile-based Applicationmentioning

confidence: 99%

Mobile-Based Applications: The Legal Challenges on Data Privacy

et al. 2023

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The mobile-based apps used is getting popular and continued to increased. Mobile user often downloaded the apps from various sources that provided from numerous of categorization of the application included health apps. Some of apps is optional to choose, but nevertheless, there are several apps is compulsory or must-action by citizens as instructed by the government or their agency. As for that, some issues of legal challenges on data privacy kin to data security have occurred. The issues on legal challenges is more intricate for non-legal educated users with non-awareness citizens while there are government involvements. Hence, in this paper, the issues and the legal challenges on the data privacy for mobile-based application are reviewed to give awareness for both side, the users (citizens) and apps provider (government or developer). Together with that, the idea of action, such as recommendation and option to react with the issues and challenges are also presented. Several Acts (legislation) are also proposed according to the legal issues and challenges that occurred, as showed the Personal Data Protection Act (PDPA) 2010 is became as the famous act used to confront with the existing privacy legislation in mobile-based application. The suggestions and recommendations might assist citizens to keep stand with their rights on data privacy issues in mobile apps, and to the other-side, it might provide some idea be more precise when create and develop the mobile apps.

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Section: Mobile-based Applicationmentioning

confidence: 99%

Mobile-Based Applications: The Legal Challenges on Data Privacy

et al. 2023

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“…The investigators of the project in [32], implement a mobile-based IoT application for the smart light system for monitoring and controlling. Article [32] focuses only on the light system to save energy which reduces the cost. On the other hand, our low-cost IoT system is designed for more important and multifarious tasks.…”

Section: Baharum Et Al (2021) [32]mentioning

confidence: 99%

IoT-Based Intelligent Gas Leakage Detection and Fire Protection System

Islam

Hossain

Faruk

et al. 2022

Int. J. Interact. Mob. Technol.

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Gas Leakage and its fatal effects are a great concern throughout the world, especially in developing countries like Bangladesh. Every year lots of people died and countless damages to assets occur due to the fire caused by the gas leakage. Not only that but gas leakage and explosion are also very harmful to the climate. Thus, a system to detect gas leakage and preventive measures is of utmost importance. In this project, we design and implement an intelligent IoT prototype to detect gas leakage, and the fire caught by gas leakage. Our goal is to minimize the effect of gas leakage by taking some protective measures. When the gas sensor, detects the gas leakage, the solenoid valve shuts off the gas line, and the exhaust fan starts to run. Again, when the flame sensor detects a fire, the sucker throws the fire extinguisher balls to the fire. The GSM SIM module notifies the user by sending a message to his smartphone. The buzzer sounds when a mishap occurs and the LCD monitor always shows the status of the system. In this way, we have efficiently designed and implemented a low-cost and intelligent gas leak detection and fire suppression system.

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“…The latter typically stores it in a database and allows users to retrieve and process the information. In our solution, we want to create a distributed scenario (Figure 2), where each node communicates with another node and sends data to the base node [30][31][32].…”

Section: Solution 51 Conceptionmentioning

confidence: 99%

Optimization of the Energy Consumption of Connected Objects

Moutaib

Ahajjam

Fattah

et al. 2021

Int. J. Interact. Mob. Technol.

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The IoT is a growing new approach that has been defined as a global network of devices and machines capable of reliably communicating with each other without human intervention. It is one of the essential technologies in any field, such as medicine and attracts great attention in the future. It is applied in several areas that have achieved success. However, the power and the addition of connected objects to technology is based on the fact that its objects can establish several tasks: communicate, analyze, process and manage data in a parallel manner, which is very difficult in terms of energy consumption. Therefore, the problems related to consumption slow down considerably the evolution and the fast deployment of this high technology.Therefore, it is necessary to create a new lightweight and robust mechanism, which ensures the minimization of the consumption of the objects and makes these objects efficient and less costly while being adapted to the capacities of objects and technologies.That is why our paper aims to address this significant problem and present the role of energy consumption, which is essential in deploying successful IoT products and services and presenting the IoT categories for applications. First, we propose a method that minimizes energy consumption and meets our need through three essential steps: firstly, to study the existing methods to minimize energy consumption. Next, based on these methods, we create a new concept using the data flows. Finally, we implement our solution in an intelligent parking lot to carry out our approach and describe our design steps and conclude with the result of our study and make an interpretation that summarizes our work.

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Mobile-Based Application: The Designation of Energy Saving Smart Light System for Monitoring and Controlling

Cited by 4 publications

References 9 publications

Mobile-Based Applications: The Legal Challenges on Data Privacy

Mobile-Based Applications: The Legal Challenges on Data Privacy

IoT-Based Intelligent Gas Leakage Detection and Fire Protection System

Optimization of the Energy Consumption of Connected Objects

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