Device to device millimeter wave communication in 5G wireless cellular networks (A next generation promising wireless cellular technology)

Misra, Gourav; Agarwal, Arun; Misra, Saurav; Agarwal, Kabita

doi:10.1109/scopes.2016.7955587

Cited by 12 publications

(8 citation statements)

References 12 publications

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“…Based on 5G in millimetre-wave communication networks, D2D technology involves terminals and BSs. Direct-to-base station (D2B) communication and the base station-to-base station (B2B) will communicate in a self-organizing manner [40]. D2B and B2B are significant breakthroughs that determine that 5G BSs will differ; it shows an important task.…”

Section: B Multiple Identity 5g Base Stationmentioning

confidence: 99%

“…Many futures 5G BSs use a higher frequency and signal bandwidth to implement a dense network and large-scale antenna arrays, making OBU complex loops in NLOS reduce positioning errors in the environment. Secondly, D2D communication fully uses the advantages of density terminal equipment connection, which are improved from the following two aspects of positioning performance [40]. On the one hand, many D2D links can be the pseudorange between the vehicles that provide signal observation, such as (3) and ( 4).…”

Section: B Multiple Identity 5g Base Stationmentioning

confidence: 99%

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Intelligent Driver Model-Based Vehicular Ad Hoc Network Communication in Real-Time Using 5G New Radio Wireless Networks

et al. 2023

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Vehicular ad hoc networks (VANETs) are self-organizing, open-structure inter-vehicle communication networks, along with wireless communication technology and transportation. Vehicle communication aims to improve the driver's response-ability and ensure traffic safety when encountering traffic accidents. The 5G NR on V2V communication, compared to fourth-generation (4G) long-term evolution (LTE), is more sophisticated and has ultra-high reliability. This research proposes intelligent driver model-lane changes (IDM-LC) and driver model-avoidance (IDM-A) models, which enhance the performance accuracy of the V2V communication through the 5G NR system. In this case, the authenticity of the vehicle movement models is tested on different road scenarios, i.e., square, hexagon, heptagon and triangle. In these scenarios, the vehicles' movements over the 5G networks receive widespread coverage whenever the vehicles receive signals from the roadside unit (RSU). Hence, the flexibility of VANET is used to improve the device-to-device (D2D) or vehicle-to-vehicle (V2V) communication efficiency in the fifth-generation (5G) new radio (NR) system. In addition, the VANET simulation platform, i.e., simulation of urban mobility (SUMO) and network simulator-3 (NS-3), simulate and evaluate the comparison of V2V through the 5G networks, which receives widespread coverage in 15 to 20 m/s. The simulation results and analysis show that the V2V communication through the 5G system performs better on the IDM models.INDEX TERMS Vehicular ad hoc network, fifth generation, vehicle-to-vehicle, internet of vehicles, intelligent driver model, SUMO, NS-3

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Section: B Multiple Identity 5g Base Stationmentioning

confidence: 99%

Section: B Multiple Identity 5g Base Stationmentioning

confidence: 99%

Intelligent Driver Model-Based Vehicular Ad Hoc Network Communication in Real-Time Using 5G New Radio Wireless Networks

et al. 2023

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“…Unlike other proposed solutions [12,13,14,15,16,17], the aim of ABNA is not to prioritise one service over another or one resident over another, but rather to reach a compromise by allowing two conflicting services to run simultaneously with slightly less efficiency (without affecting the overall performance). This is more desirable than totally disabling one service or overriding a resident's in favour of another.…”

Section: Overview Of Abnamentioning

confidence: 99%

“…A related work by Misra et al 20 introduced a millimeter lightwave communication between multiple devices (D2D). In this work, the authors focused on so‐called future generation mobile networks to reduce propagation and latency were devices communicating with each other through base stations can achieve the proposed goal.…”

Section: Related Workmentioning

confidence: 99%

Agent‐based negotiation approach for feature interactions in smart home systems using calculus of the context‐aware ambient

Alfakeeh

Al-Bayatti

Siewe

et al. 2019

Trans Emerging Tel Tech

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Smart Home Systems (SHSs) provide several services which are tailored to different residents' preferences. As a result, SHSs are highly exposed to undesirable interactions, known as feature interactions (FIs). FIs might occur as a result of a conflict in services' goals or a conflict with residents' preferences. Previous studies have proposed solutions based on applying priorities, in which some services or preferable features are disabled in favour of other services. Alternatively, the agent-based negotiation approach (ABNA) utilises agents and applies negotiation, enabling services with contrary features to work simultaneously. ABNA avoids applying priority between services or house residents' preferences whenever a space for a compromise exists. The mechanism of ABNA is based on the use of a hierarchy of features based on their contribution to the function of the service or on the importance of these features to house residents. To achieve a compromise between conflicting services, ABNA models services and residents by using agents, and implements a negotiation algorithm that allows services with conflicting features to work simultaneously. This paper presents a description of ABNA with a formal specification of ABNA in the Calculus of Context-aware Ambient (CCA). This enables the formal analysis of ABNA by using the execution environment of CCA.

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“…In [19], an overview was given on implementation of a hybrid D2D communication network covering the mmwave band and the conventional cellular band. It also gave the mmwave propagation features and technical issues for D2D communication.…”

Section: Introductionmentioning

confidence: 99%

Resource Allocation in Millimeter-Wave Device-to-Device Networks

Ombongi

Absaloms

Kibet

2019

Mobile Information Systems

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Recently, the mobile wireless communication has seen explosive growth in data traffic which might not be supported by the current Fourth Generation (4G) networks. The Fifth Generation (5G) networks will overcome this challenge by exploiting a higher spectrum available in millimeter-wave (mmwave) band to improve network throughput. The integration of the millimeter-wave communication with device-to-device communication can be an enabling 5G scheme in providing bandwidth-intensive proximity-based services such as video sharing, live streaming of data, and socially aware networking. Furthermore, the current cellular network traffic can also be offloaded by the D2D user devices thereby reducing loading at Base Stations (BSs), which would then increase the system capacity. However, the mmwave D2D communication is associated with numerous challenges, which include signal blockages, user mobility, high-computational complexity resource allocation algorithms, and increase in interuser interference for dense D2D user scenario. The paper presents review of existing channel and power allocation approaches and mathematical resource optimization solution techniques. In addition, the paper discusses the challenges hindering the realization of an effective allocation scheme in mmwave D2D communication and gives open research issues for further study.

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Device to device millimeter wave communication in 5G wireless cellular networks (A next generation promising wireless cellular technology)

Cited by 12 publications

References 12 publications

Intelligent Driver Model-Based Vehicular Ad Hoc Network Communication in Real-Time Using 5G New Radio Wireless Networks

Intelligent Driver Model-Based Vehicular Ad Hoc Network Communication in Real-Time Using 5G New Radio Wireless Networks

Agent‐based negotiation approach for feature interactions in smart home systems using calculus of the context‐aware ambient

Resource Allocation in Millimeter-Wave Device-to-Device Networks

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