Implementation of 5G Network Architecture with Interoperability in Heterogeneous Wireless Environment using Radio Spectrum

William, P.; Choubey, Siddhartha; Ramkumar, M.; Verma, Apurv; Vengatesan, K.; Choubey, Abha

doi:10.1109/icears53579.2022.9752267

Cited by 30 publications

(3 citation statements)

References 17 publications

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“…Data cables were initially intended to be replaced with a wireless alternative. More than 35,000 people in the telecommunications, computer, networking, and consumer electronics sectors are members of the Bluetooth Special Interest Group (SIG) [26]. IEEE 802.15.1 was the standard for Bluetooth; however, it is no longer supported.…”

Section: Bluetoothmentioning

confidence: 99%

Implementation of Arduino-based Robo Car with Bomb Detector

William¹

2022

JNACS

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The time has come to merge two different applications: espionage and explosives detection! With a camera attached to it, the Mini Spy Robot can spy on its surroundings. Using a Bluetooth module and a remote, the engines will be controlled by the transfers. Robots that can detect bombs and land mines on their route and be remotely controlled via Bluetooth are the goal of this project. The Warfield is suffocated by it. The remote control may be used to maneuver the robot in any direction. Detecting bombs is another use for the robot's construction. The framework is controlled by an Arduino. Thus, circuit complexity is lowered while the execution speed improves. When land mines or munitions are detected, the GSM module generates an alert. The Arduino board used in this work has been modified using the Embedded C programming language. The customer may remotely operate the Arduino military spying and bomb-detecting robot using a Bluetooth module.

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Section: Bluetoothmentioning

confidence: 99%

Implementation of Arduino-based Robo Car with Bomb Detector

William¹

2022

JNACS

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“…Consistency is one benefit of this method. A methodology that uses the fuzzy system to determine the CH's contentment is Energy- (16). At the 91st phase, the FLCMN-based FND outscored LEACH (5), EAMMH (12), DFLC (11), and FLCMN (10) by using average remaining energy as its input variable.…”

Section: Related Workmentioning

confidence: 99%

Fuzzy clustering and energy resourceful routing protocol (FCER2P) for smart dust

Rajesh¹,

Rajanna²

2020

BIJSCIT

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Sensor nodes in smart dust are used to track and identify data that is being transferred to a sink. The accessibility of node energy poses a significant challenge for smart dust and may have an impact on the long-term viability of the network. As a result, constructing smart dust must take into account the need for algorithms and techniques that enable the most use of scarce resources, especially energy resources. For instance, routing algorithms are distinctive algorithms because they have a clear and direct connection with network longevity and energy. The offered routing techniques use clustering each round and single-hop data delivery to the sink. A Fuzzy Clustering and Energy Resourceful Routing Protocol (FCER2P) that reduces smart dust energy consumption and lengthens lifespan of the network is proposed in this research. Using a specified threshold, FCER2P proposes a new cluster-based fuzzy routing mechanism that can make use of clustering and multiple hop routing capabilities simultaneously. This research is innovative in that it adjusts multi-hop connectivity by anticipating the optimum intermediate node for aggregating and the sink, eliminates clustering each round while taking a fixed threshold into account, and eliminates clustering per round altogether. When choosing the intermediary node to employ, some fuzzy parameters, including residual energy, the number of neighbors, and the distance to the sink, are taken into account.

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“…SNMP is a Layer 7 protocol of the OSI model that is specifically designed for managing and monitoring network devices and communications applications [16]. This is done by exchanging control information between agents on network devices and managers located at control stations.…”

Section: Introductionmentioning

confidence: 99%

The Artificially Intelligent Switching Framework for Terminal Access Provides Smart Routing in Modern Computer Networks

Nirmal¹,

Logeshwaran²,

Kiruthiga³

2020

BIJSCIT

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The main page of the web interface provides access to various switch settings and displays all the necessary information about the device. Admins can quickly view device status, performance statistics, etc. as well as make necessary settings. The switch’s command-line interface is accessed by connecting a terminal or personal computer with a terminal emulation program installed on the switch’s console port. In this paper, the intelligent switching framework was introduced for terminal access to provide smart routing. This access method is most useful when connecting to the switch ﬁrst when the Internet protocol (IP) address is unknown or not set, when password recovery is required, or when performing advanced switch settings. The command line interface can also be accessed over the network using the Telnet protocol. The user can use any administrative interface convenient to himtoconﬁguretheswitchbecausethesetoffunctionsavailablethroughthedifferentmanagementinterfacesisthe same for each.

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Implementation of 5G Network Architecture with Interoperability in Heterogeneous Wireless Environment using Radio Spectrum

Cited by 30 publications

References 17 publications

Implementation of Arduino-based Robo Car with Bomb Detector

Implementation of Arduino-based Robo Car with Bomb Detector

Fuzzy clustering and energy resourceful routing protocol (FCER2P) for smart dust

The Artificially Intelligent Switching Framework for Terminal Access Provides Smart Routing in Modern Computer Networks

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