A Comprehensive Approach for IoT Based Smart Home Applications Using 5G

5G is the status of technology, which has the ability to create new interfaces for the daily used devices and networking components. 5G plays a major role in connecting larger number of users to provide smarter and faster communications. The design of this model is mainly designed to achieve performance with reduced bandwidth and better coverage, reliability, and latency. Mainly, the perception behind the wireless technology and 5G is to reduce the load and to steady the technical solutions to facilitate applications for better mobile communication and utilized with latest applications in the business environment. Therefore , IoT (Internet of Things) & 5G plays a vital role in mobile applications & network for eg.,smart watches, health applications, smart cards, smart cities.MMW( Millimeter wave) frequency spectrum is used to achieve transmission of large amount of data.

Applications of a “Carry-Over” Enhanced DSBM Intertemporal Technical Efficiency Model on the Taiwanese 5G Industry

Taiwan has proven itself successful at both inventing the key technologies leading to the development of 5G (fifth generation wireless technology)-related industries and serving as an indispensable link in the burgeoning 5G-industrial global supply chain. This study analyzes the current state of Taiwan’s 5G industry via the utilization the purpose of this study is to the Dynamic Slacks-Based Measure (DSBM). To achieve this purpose, a dynamic-data production process model was developed to analyze the 5G industry’s overall relative efficiency. Results indicate that (1) key chip-producing companies typically experience increased efficiency following 5G R&D industry development investment, and that said companies’ relative efficiency is, indeed, affected positively by R&D investment; and (2) key chip companies’ relative increases of efficiency were higher than those of brand terminal and downstream-industry-category companies, while companies with higher levels of R&D investment exhibited relatively higher and more significant levels of efficiency. Finally, it was discovered that the relative efficiency of Taiwan's 5G-related industries’ R&D investment was, indeed, statistically significant in terms of the Taiwanese government’s industrial policies regarding 5G R&D investment. Keywords: Dynamic Slacks-Based Measure (DSBM), 5G Industry, R&D Inputs.

Dynamic spectrum management using frequency selection at licensed and unlicensed bands for efficient vehicle-to-vehicle communication

Background: The exponential increase in pattern of vehicles on the roads demands a need to develop a vehicular infrastructure that may not only ease congestions and provide a better experience but also pivot the levels of safety among users. The development of wireless technology has made it convenient for machines, devices and vehicles to interact with one another. The efficacy of this wireless communications relies on utilising current and available technology to enable information to be shared efficiently. In the wake of the available advancement in wireless technology, a new dynamic spectrum management (DSM) in vehicle-to-vehicle (V2V) communication that coexists with the existing Long-Term Evolution (LTE) network to increase the throughput in V2V communication is proposed. This will provide some solutions to enable a more efficient vehicular infrastructure. Methods: This paper focuses on the utilization of DSM in V2V communications by selecting an appropriate frequency band through the selection of available licensed and unlicensed frequency bands for vehicles. Further investigations are done to identify the effect of interference in the dynamic spectrum by observing the path loss, SINR, and the throughput with various interfering users. Results: The results show that the performance of the proposed DSM augments a significant improvement in the overall throughput and the signal-to-interference-plus-noise ratio (SINR) value is reduced by up to 60% when compared to the fixed spectrum allocation. Conclusions: Although the dynamic spectrum is still affected by the interference from the existing cellular users, the throughput of the dynamic spectrum remains sufficient to transmit the information to other vehicles.

Disposal Wells Integrity Management- Real Time Annulus Pressure Monitoring Through GSM Connectivity to Enhance Well Integrity

ADNOC BAB Field has 11 water disposal wells, which are currently being monitored manually. The paper is about the implementation of remote annulus pressure monitoring for water disposal wells. The manual methods of monitoring remote annulis pressure comes in with inherent disadvantages like no continuous monitoring and deployment of our skilled resources for the same. The paper throws light on the present issues faced while using the manual monitoring and how it has been covered when the proposed wireless technology is implemented. Also the paper illustrates, the savings in terms of man power and resources and relevance of the technology to the modern age oil and gas upstream industry considering the scalablity to more number of wells in vast oil fields.

A Survey On Wireless Communications : 6g And 7g

One of the fastest growing sectors is wireless technology, which is evolving in all areas of mobile and wireless communications. Wireless technology has increased greatly in the last decade. 7.5 Generation (G) represents the history of wireless technology today. With 6G and 7G, data transmission rates will be higher over Future Generation wireless technology. With new technologies emerging in all fields of mobile and wireless communications, wireless technology continues to emerge as one of the hottest sectors with a high rate of development. Currently, 5G mobile communications systems are just getting started. Our current infrastructure supports a number of technologies, including voice over IP (VoIP), broadband data access over wireless, and more. This paper discusses several generations of wireless technologies from 0G to 7G. Wireless technology is important and beneficial to society. In this paper, we compare all of the generations and explain how each generation uses technology in its execution, application, and usage.