About this Research Topic
Fifth generation and Beyond (B5G) networks, often known as 6G, are being developed to serve a wide range of people and multi-gigabit (GB) bandwidth. For more effectiveness and stability, B5G networks must be knowledgeable to even acclimate including very sophisticated network architectures, efficient memory and processing implementations. Various Quality of service (QoS) is expected that block chain technology and Artificial Intelligence (AI) will indeed be significant methodologies for the viable benefit of current and future B5G or 6G networks. The emergence of 5G presents new concerns for cellular mobile network operators, and that approach the company to resolve such complexity by incorporating AI technologies into network systems.
Artificial Intelligence has already been implemented in network systems, with the intention of reducing capital costs, improving network connectivity, and generating inclusive economic growth. By combining blockchain and artificial intelligence into B5G network infrastructure, an innovative advancement in respect of uninterrupted connectivity, inexpensive, great privacy and security, and better productivity might be achieved. Blockchain possesses the ability to provide an enabling private and transparent communications infrastructure for B5G as it uses a shared system to provide reliable solutions even without a private entity. AI algorithms can find the best characteristics for block chain technology, potentially improving the processing, transmission, and retention capabilities of B5G systems significantly. The latest advancements in AI enabled blockchain systems in 5G networks are also examined in many areas, including telemedicine, smart factories and cities, industrial automation, remote monitoring, and unmanned aerial vehicles (UAVs). Service quality and satisfaction will indeed be greatly improved by combining AI with Block chain technology. By decentralizing the network architecture and eliminating the need for third-party authority, AI and Blockchain can eradicate the centralized network organization approach.
AI with blockchain for B5G networks will offer up more potential for the digital communications industry in the future, as it could be used to provide a more personalized experience for users while also lowering network deployment and maintenance charges. Aggressive cyberattacks against AI using Blockchain algorithms will include altering a quality of production to mislead a system to predict it in a separate situation than its true categorization. Some forms of threats are highly susceptible to blockchain technology such as decentralization, confidentiality, data system integration, transmission protection, and system vulnerabilities. This blog encourages researchers and innovators to use AI-assisted Blockchain systems to enhance data protection specifically once it is employed in public services in future and makes 5G and beyond networks more reliable as well as a secure and efficient technology.
The topics of interest include, but are not limited to:
● Advancements in B5G network system and its futuristic applications
● Limitations of Blockchain technologies in B5G network system
● Risk management in B5G network technology
● Impact of B5G connectivity on society and environment
● Technical strategies to enhance economic growth in network system
● Role of Blockchain in telemedicine industry
● Need for development in AI approached blockchain technology
● Advantages and challenges in AI with Blockchain technology
● Role of AI algorithm in Blockchain technology for security enhancement
● Application of intelligence technologies in transparency communications infrastructure
● Technologies and devices to analyses the B5G connection’s stability
● Trends and developments in decentralized blockchain technologies
Artificial Intelligence has already been implemented in network systems, with the intention of reducing capital costs, improving network connectivity, and generating inclusive economic growth. By combining blockchain and artificial intelligence into B5G network infrastructure, an innovative advancement in respect of uninterrupted connectivity, inexpensive, great privacy and security, and better productivity might be achieved. Blockchain possesses the ability to provide an enabling private and transparent communications infrastructure for B5G as it uses a shared system to provide reliable solutions even without a private entity. AI algorithms can find the best characteristics for block chain technology, potentially improving the processing, transmission, and retention capabilities of B5G systems significantly. The latest advancements in AI enabled blockchain systems in 5G networks are also examined in many areas, including telemedicine, smart factories and cities, industrial automation, remote monitoring, and unmanned aerial vehicles (UAVs). Service quality and satisfaction will indeed be greatly improved by combining AI with Block chain technology. By decentralizing the network architecture and eliminating the need for third-party authority, AI and Blockchain can eradicate the centralized network organization approach.
AI with blockchain for B5G networks will offer up more potential for the digital communications industry in the future, as it could be used to provide a more personalized experience for users while also lowering network deployment and maintenance charges. Aggressive cyberattacks against AI using Blockchain algorithms will include altering a quality of production to mislead a system to predict it in a separate situation than its true categorization. Some forms of threats are highly susceptible to blockchain technology such as decentralization, confidentiality, data system integration, transmission protection, and system vulnerabilities. This blog encourages researchers and innovators to use AI-assisted Blockchain systems to enhance data protection specifically once it is employed in public services in future and makes 5G and beyond networks more reliable as well as a secure and efficient technology.
The topics of interest include, but are not limited to:
● Advancements in B5G network system and its futuristic applications
● Limitations of Blockchain technologies in B5G network system
● Risk management in B5G network technology
● Impact of B5G connectivity on society and environment
● Technical strategies to enhance economic growth in network system
● Role of Blockchain in telemedicine industry
● Need for development in AI approached blockchain technology
● Advantages and challenges in AI with Blockchain technology
● Role of AI algorithm in Blockchain technology for security enhancement
● Application of intelligence technologies in transparency communications infrastructure
● Technologies and devices to analyses the B5G connection’s stability
● Trends and developments in decentralized blockchain technologies
Keywords: blockchain, b5g, artificial intelligence, blockchain technologies, ai algorithms, uavs, risk management, telemedicine, security
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