A Smart Home Model Using Android Application

Nisar, Kashif; Ibrahim, Ag Asri Ag

doi:10.1007/978-981-10-8612-0_1

Cited by 9 publications

(3 citation statements)

References 8 publications

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“…IoT is the growing paraphernalia, and it has an enormous number of applications if combined with following technologies like radio frequency identification (Nisar et al , 2019), wireless sensor network (Nisar and Ibrahim, 2018a, 2018b), software-defined networks (Jimson et al , 2017; Ali et al , 2017; Nisar et al , 2010a, 2010b), voice over internet protocol (Nisar et al , 2010a, 2010b), on-demand delay-tolerant networking (Yan et al , 2017) and green computing (Shuja et al , 2017).…”

Section: Methodsmentioning

confidence: 99%

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Designing obstacle’s map of an unknown place using autonomous drone navigation and web services

Tanwar

Sharma

Mittal

2022

IJPCC

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Purpose Drones are used in several purposes including examining areas, mapping surroundings and rescue mission operations. During these tasks, they could encounter compound surroundings having multiple obstacles, acute edges and deadlocks. The purpose of this paper is to propose an obstacle dodging technique required to move the drones autonomously and generate the obstacle's map of an unknown place dynamically. Design/methodology/approach Therefore, an obstacle dodging technique is essentially required to move autonomously. The automaton of drones requires complicated vision sensors and a high computing force. During this research, a methodology that uses two basic ultrasonic-oriented proximity sensors placed at the center of the drone and applies neural control using synaptic plasticity for dynamic obstacle avoidance is proposed. The two-neuron intermittent system has been established by neural control. The synaptic plasticity is used to find turning angles from different viewpoints with immediate remembrance, so it helps in decision-making for a drone. Hence, the automaton will be able to travel around and modify its angle of turning for escaping objects during the route in unknown surroundings with narrow junctions and dead ends. Furthermore, wherever an obstacle is detected during the route, the coordinate information is communicated using RESTful Web service to an android app and an obstacle map is generated according to the information sent by the drone. In this research, the drone is successfully designed and automated and an obstacle map using the V-REP simulation environment is generated. Findings Simulation results show that the drone effectively moves and turns around the obstacles and the experiment of using web services with the drone is also successful in generating the obstacle's map dynamically. Originality/value The obstacle map generated by autonomous drone is useful in many applications such as examining fields, mapping surroundings and rescue mission operations.

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Section: Methodsmentioning

confidence: 99%

“…Using a range of sensors, IoT platforms work and deliver different kinds of intelligence and data (Nisar and Ibrahim, 2018a, 2018b). They serve to capture, drive and exchange information via a wireless sensor network with a whole network of connected devices (Ashraf et al , 2020a, 2020b, 2020c).…”

Section: Methodsmentioning

confidence: 99%

Designing obstacle’s map of an unknown place using autonomous drone navigation and web services

Tanwar

Sharma

Mittal

2022

IJPCC

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“…Nisar [14] gives in his paper a survey of all the existing systems and studied their features. Nazmul.H [15] used in his design the motion sensor, SBC-PT connected with home automation network through an internet.…”

Section: Survey Of Related Workmentioning

confidence: 99%

Design of Smart College Using Raspberry Pi

Abdulwahab¹,

Omer²,

Omer³

et al. 2022

kuej

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Smart College refers to the technologies that have been developed to satisfy the needs of students and teachers in order to feel more confident in the education environment. These technologies facilitate the process of entry and exit and help to organize the time, these technologies also save the use of energy. The proposed design in this paper offers a complete control of all the electronic devices in the hall, whether within the collage or remotely from any place outside the college by using either android system or Wi-Fi technology. The design guarantees the system security, it does not allow anyone who is not authorized to enter or access it. The basic architecture of this design consists of raspberry pi device, group of drivers and relays .The system enables the manager of it to adjust the operation time of gates which controls the opening and closing time of the doors at specific time selected by the manager. This paper also includes a survey of most of the existed works related to this field. The proposed system has been experimentally proven to work successfully and it has high level of reiliabity and authentication.

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