Mobile Wireless Communication Technologies Research Articles

TOFDS: A Two-Stage Task Execution Method for Fake News in Digital Twin-Empowered Socio-Cyber World

Owing to the breakthrough in mobile wireless communication technologies, almost everyone has been immersed into social networks, while fake news and misinformation are also being pushed into people’s minds with astonishing speed and breadth. The rising disparity between limited computing resources and the exploding news size necessitates innovative solutions to handle the challenge posed by booming data volume and make it more likely to differentiate fake news. In response to the aforementioned dilemma, the social-aware computation offloading system is analyzed, where the digital twin (DT) paradigm is used to simulate tasks offloading and assess the associated costs. Next, to obtain the best offloading choice, we fully consider the social relationship constraints and further propose an online task execution method that includes two stages of cluster selection and computing offloading, named TOFDS. Specifically, it exploits the technologies from multiobjective optimization and deep reinforcement learning (DRL) and realizes the joint optimization of resource utilization, load balancing, service latency, and energy consumption. Eventually, the comparative experiments demonstrate that TOFDS performs well when dealing with fake news data and can adapt to changes in dataset size and service clusters.

Design and Analysis of Reed Solomon Code in 5G Release 18 Mobile Wireless Communication Technology

Design and Analysis of Reed Solomon Code in 5G Release 18 Mobile Wireless Communication Technology

A Three-Factor-Based Authentication Scheme of 5G Wireless Sensor Networks for IoT System

Internet of Things (IoT) is an expanding technology that facilitate physical devices to inter-connect each other over a public channel. Moreover, the security of the next-generation wireless mobile communication technology, namely 5G with IoT, has been a field of much interest among researchers in the last several years. Previously, Sharif et al. had suggested an IoTbased lightweight three-party authentication scheme proclaiming a secured scheme against different threats. However, it was found that the scheme could not achieve user anonymity and guarantee session key security. Additionally, the scheme fails to provide proper authentication in the login phase, and it s unable to update a new password in the password change phase. Thus, we propose an improved three-factor-based data transmission authentication scheme (TDTAS) to address the weaknesses. The formal security analysis has been proved using the Real-or-Random (RoR) model. The informal security analysis demonstrates that the scheme is secure against several known attacks and achieves more security features. In addition, the comparison of the work with other related schemes demonstrates the proposed scheme has less communicational and storage costs.

Electromagnetic Fields - Do They Pose a Cardiovascular Risk?

Mobile wireless communication technologies have now become an everyday part of our lives, 24 hours a day, 7 days a week. Monitoring the autonomous system under exposition to electromagnetic fields may play an important role in broading of our still limited knowledge on their effect on human body. Thus, we studied the interaction of the high frequency electromagnetic field (HF EMF) with living body and its effect on the autonomic control of heart rate using Heart Rate Variability (HRV) linear and nonlinear analyses in healthy volunteers. A group of young healthy probands (n=30, age mean: 24.2 ± 3.5 years) without any symptoms of disease was exposed to EMF with f=2400 MHz (Wi Fi), and f=2600 MHz (4G) for 5 minutes applied on the chest area. The short-term heart rate variability (HRV) metrics were used as an indicator of complex cardiac autonomic control. The evaluated HRV parameters: RR interval (ms), high frequency spectral power (HF-HRV in [ln(ms2)]) as an index of cardiovagal control, and a symbolic dynamic index of 0V %, indicating cardiac sympathetic activity. The cardiac-linked parasympathetic index HF-HRV was significantly reduced (p =0.036) and sympathetically mediated HRV index 0V % was significantly higher (p=0.002) during EMF exposure at 2400 MHz (Wi-Fi), compared to simulated 4G frequency 2600 MHz. No significant differences were found in the RR intervals. Our results revealed a shift in cardiac autonomic regulation towards sympathetic overactivity and parasympathetic underactivity indexed by HRV parameters during EMF exposure in young healthy persons. It seems that HF EMF exposure results in abnormal complex cardiac autonomic regulatory integrity which may be associated with higher risk of later cardiovascular complications already in healthy probands.

Application of wireless mobile communication technology in nursing and pharma profession

At present, the commonly used remote physiological information monitoring method in the field of nursing is limited in application, and has poor real-time performance and anti-interference ability. Therefore, through the research of remote monitoring method based on wireless mobile communication, the application of wireless mobile communication technology in nursing professional field was explored. Using ZigBee technology to build a wireless mobile communication network architecture, through which the ECG data analysis and diagnosis of patient monitoring terminal are transmitted. Using TDOA ranging technology to quickly locate the position of patients, so as to ensure the medical effect. Compared with the traditional remote monitoring method, the wireless mobile communication technology has the advantages of fast response, stable monitoring and high sensitivity.

Impact of 5G on IOT Implemented Devices

As the IOT is gaining popularity there is a requirement for a technology which can support large amounts of data transmission efficiently and at very high bandwidth. The near-term future i.e. the next generation of IOT devices one of the primary needs or goals that need to be met are greater capacity, a higher speed of data transfer, and decreased latency. The development of next generation wireless mobile communication technology namely, 5G which promises to fulfil the needs of complex IOT architectures. This paper focuses on the requirements which can be fulfilled by 5G and enlightens architecture, merits and demerits of 5G network. A detailed survey on 5G enabled IOT devices, the research on this type of network have been conducted in various places around the globe.

A REVIEW ON LINE TO LINE FAULT ANALYSIS DETECTION

As we know that electricity losses during transmission and distribution are extremely high due to which many problems are faced such as varying voltage levels, change in the load current etc. This has been experienced due to the varying electrical consumption and power theft. Also these give rise to fault in power transmission line network and so it is necessary to implement fault detection system in transmission line network. The fault detection system is implemented for three phase electrical distribution system. A practical prototype system can be implemented for fault detection in power system and also the system is successfully designed using 8-bit Microcontrollers which allows the detection of faults. Continuous monitoring of the three phase parameters such as voltage, current and energy consumed is done using data logging system on the PC screen through hyper terminal. There is a Master Slave communication using RS 485 protocol. Communication between Master and Microcontroller is done via RS 232. Comparison of energy units between Master and Slave is done. If difference between the Master and Slave energy units is found, wireless technology GSM (global system for mobile communication) is used to send SMS to a responsible person. Introduction of the mobile communication technology GSM and Microcontroller-based RTU (remote terminal unit) i.e. Master-Slave communication is provided in the paper. This RTU functions as fault detection when abnormality or emergency happens. Also wireless mobile communication technology i.e. GSM is used simultaneously to send message to a responsible person.

TO STUDY OF LINE FAULT DETECTION AND TRACK FAULT LOCATION BASED ON MATLAB

In an electrical power system, the Line power to control high voltage to low voltage users. For operation of Line, its operational condition satellite communication use accurate monitored and maintained. Line power losses, the system working on time to time of the equipment on the Cumulative system. Since it is so expensive to repair or exchange a single Line, Implemented Line fault monitor and track location system in transmission line1,line2,line3.The Line fault tracking a monitor display has been implementation for phase in line power unit system. A Tracking system has been design for Line fault monitor to Track location and detections in power electronics system and also we are using Microcontroller ATMEGA328 which indicate the Line monitor to detection of faults. Parameters like as voltage, current circuit and power energy use are done using protocol Communication USART Master Microcontroller is done. Units is found, wireless technology GSM & GPS Technology are used to send SMS to a monitor control unit section . This satellite functions depend on GPS module as Line fault monitor detection when abnormality or emergency happens and wireless mobile communication technology. GSM modem is used exact mobile number to send message with coordinate track location using GPS to responsible person.

Mobile Terminal System of Intelligent College English Teaching and Training Mode

With the increasing maturity and wide application of wireless mobile communication technology and 4G networks, the use of mobile smart terminals has been popularized and has become an indispensable thing for people to live, study, and entertain. Taking college English course as an example, this paper aims to study the mobile terminal system of intelligent college English teaching and training mode. Based on the introduction of the concept, architecture, characteristics of WAP technology, and the development tools of WAP application software that need to be used in the teaching mode of the mobile terminal system, this article tentatively constructs a teaching mode of the mobile terminal system. The model is described, the collaborative filtering algorithm is proposed, and how to construct the matrix and calculate the similarity with the collaborative filtering algorithm is discussed. In order to verify the effectiveness of the system model, a test level comparison and a questionnaire survey of the teaching model were carried out. The experimental results of this article show that 91.8% of students said that their comprehensive English level has been improved in the process of applying the mobile terminal system teaching mode. In addition, 87.5% of the students said that it is necessary or basically necessary to use English for professional teaching and 76.2% of the students are very satisfied and basically satisfied with this model.

RETRACTED ARTICLE: Rock and soil reconstruction of mountain slope based on embedded Internet of things and evaluation of college students’ physical health

Based on embedded technology and wireless mobile communication technology, the development of physical data acquisition system is realized, and the overall architecture of physical data acquisition system is designed. The system is composed of sensor terminal and application service center. The application service center takes S3C2440 development board as the core, carries out remote information collection and data transmission through the Internet of things and uses VC + + 6.0 as the software development environment of sensor terminal to realize remote management and data analysis. Then, it studies the flexible configuration method of IOT embedded terminal supporting multi-sensor access, as well as the corresponding hardware interface, communication protocol, communication protocol, etc., and designs the middleware and application layer configuration tool. The network embedded terminal equipment realizes the interaction and configuration function of the terminal. Before the geotechnical reconstruction of the slope, the geological conditions of the slope were measured by the measurement technology, and the extreme value balance analysis method was used to detect the slope surface to observe the stability. The results show that if the rising coefficient is less than or equal to 1.0, the rising is unstable. When the safety factor exceeds 1.15, the recalculation rate of some treatment regimens remains stable. Then, the embedded Internet of things is used to detect the physical health of college students. Based on the college students’ physical health evaluation method, the evaluation model of college students’ health test is established. The evaluation grades of boys and girls are relatively concentrated in the passing and good groups, which indicates that the overall situation is good. In this paper, through the study of the mountain slope geotechnical transformation and college students’ physical health evaluation, it is applied to the embedded Internet of things, so as to promote the development of geotechnical engineering and college students’ physical health.

Research on Material Workshop System under Intelligent Sorting Manufacturing in Digital Workshop

With the continuous development of science and technology level and management thought, the current manufacturing enterprises are also undergoing a change involving technological processes and management methods. With the rapid introduction of scientific and technological means, it is transforming from the traditional experience-based management mode to the information-based management mode, that is, the integration mode of two industries supported by informationization, pursuing sustainable development and adhering to scientific development. Digital workshop technology is one of the key technologies of digital manufacturing technology, which is an important application of digital manufacturing technology in manufacturing field, and has become the realization basis of advanced manufacturing technology in the actual manufacturing process. In this paper, an integrated management system structure of digital manufacturing workshop under networked manufacturing environment is proposed. According to the management requirements of modern digital workshop, wireless mobile communication technology is introduced, and a digital workshop intelligent sorting and manufacturing cutting workshop system is constructed.

5G Network Deployment in Nigeria: Key Challenges and The Way Forward

Many countries are faced with different challenges in the deployment of 5G mobile wireless communication technology. These challenges have delayed the smooth rollout of this technology in these countries. Nigeria has its own issues that have hindered the implementation of this technology in the country. This paper discusses these challenges and suggestions made on what to do for the implementation of 5G technology. A survey was done by visiting and obtaining reports from two major players in the industry as well as understudying actions taken by other nations in tackling similar problems related to 5G network implementation. Based on the information gathered both from the industry and related literature some useful suggestions such as improved fiber infrastructure and relaxing regulatory barriers to encourage investors were made as a way forward for the full implementation and operation of the 5G technology in Nigeria.

5G Network Deployment in Nigeria: Key Challenges and The Way Forward

Many countries are faced with different challenges in the deployment of 5G mobile wireless communication technology. These challenges have delayed the smooth rollout of this technology in these countries. Nigeria has its own issues that have hindered the implementation of this technology in the country. This paper discusses these challenges and suggestions made on what to do for the implementation of 5G technology. A survey was done by visiting and obtaining reports from two major players in the industry as well as understudying actions taken by other nations in tackling similar problems related to 5G network implementation. Based on the information gathered both from the industry and related literature some useful suggestions such as improved fiber infrastructure and relaxing regulatory barriers to encourage investors were made as a way forward for the full implementation and operation of the 5G technology in Nigeria.

Infrastructure Sharing for 5G Deployment: A Techno-Economic Analysis

<p>Fifth-generation wireless (5G) mobile communication technology has been classified as a high wireless standard that is capable of handling internet of things, machine-to-machine, and device-to-device communication. Consequently, there is a need to meet the very sensitive requirements of 5G, which include high coverage density, high speed, high capacity and low end-to-end delay. Of crucial importance is 5G’s passive infrastructure. This paper therefore presents a techno-economic analysis of the current telecommunication infrastructure, as well as investigating and determining the suitable passive infrastructure for 5G technology deployment. The paper outlines all the passive infrastructure elements and proposes a mathematical model to calculate the capital expenditure, operational expenditure, total cost of investment (TCI) or total cost of ownership (TCO) and net present value (NPV). Experiments are performed using market prices from the national communication authority, the mobile network operators and the tower company of Ghana. Furthermore, a sensitivity analysis is performed to identify the variables that increase the TCO or TCI, NPV and return on investment, and to propose the most economical passive infrastructure architecture for easy implementation of 5G technology in Ghana and Africa.</p>

MIMO-Terahertz in 6G Nano-Communications: Channel Modeling and Analysis

With the development of wireless mobile communication technology, the demand for wireless communication rate and frequency increases year by year. Existing wireless mobile communication frequency tends to be saturated, which demands for new solutions. Terahertz (THz) communication has great potential for the future mobile communications (Beyond 5G), and is also an important technique for the high data rate transmission in spatial information network. THz communication has great application prospects in military-civilian integration and coordinated development. In China, important breakthroughs have been achieved for the key techniques of THz high data rate communications, which is practically keeping up with the most advanced technological level in the world. Therefore, further intensifying efforts on the development of THz communication have the strategic importance for China in leading the development of future wireless communication techniques and the standardization process of Beyond 5G. This paper analyzes the performance of the MIMO channel in the Terahertz (THz) band and a discrete mathematical method is used to propose a novel channel model. Then, a channel capacity model is proposed by the combination of path loss and molecular absorption in the THz band based on the CSI at the receiver. Simulation results show that the integration of MIMO in the THz band gives better data rate and channel capacity as compared with a single channel.

Energy efficient virtual network embedding for wireless multi-hop cellular networks using multi-commodity flow algorithm

With the rapid development of wireless mobile communication technologies, the trend of generalisation and centralisation requires variable communication devices and flexible network structures. To improve the transmission quality and extend the cell coverage, multi-hop relay network, as a wireless access network, has become an important part of communication system framework. Furthermore, to support seamless communication of multiple devices and services in heterogenous wireless networks with high resources utilisation, network virtualisation has been proposed to offer a flexible and scalable management. In this paper, we study the wireless multi-hop cellular network and the problem of virtual network embedding. We first analyse the wireless multi-hop cellular network scenario and establish a virtual network embedding model. After that we propose a minimum cost flow algorithm based on the multi-commodity flow algorithm. Thus the problem is transformed into a multi-commodity flow problem. We finally put forward an optimisation algorithm of Lagrange relaxation and sub-gradient algorithm to solve the problem. The simulation results show that the proposed multi-commodity flow algorithm can make full use of network resources, and improve the acceptance rate of virtual network requests, so as to improve the quality of service.

A Bigraphical Reactive Systems with Sharing for modeling Wireless Mesh Networks

Recently, various types of wireless networks and mobile communication technologies have emerged; particularly the Wireless Mesh Networks (WMN) improving significantly the capacities of mobile communications. This paper aims to propose new insights on theoretical aspects of WMN by giving a novel modeling approach.We lean on formal methods to show how to define a precise semantics for WMN and how to formally analyze their routing protocols. We combine the logical reflection of Maude language and the hierarchical structure of the Bigraphical Reactive Systems (BRS) to provide an executable formal model for WMN. This model, called Bis-WMN specifies both the WMN topology and any behavior which may be observed during its routing process. Some inherent properties have been then checked with the LTL model checker of Maude.

A Study on Online Education Model using Location Based Adaptive Mobile Learning

Online educations are gaining more scope due to the busy schedule of working groups and their interest to acquire knowledge in new fields. Working group people find difficult to get admission in top institutions for their interested course due to competition and lack of time flexibility. Regular full-time university affiliated courses become lack of interest for the working group due to outdated curriculum, lack of innovation in teaching, unchanged learning and evaluation environment and lack of industry oriented advanced courses. Some institutions/universities provide short-term online courses for working people, which are liked by many working people due to its new evaluation and learning methods, advanced curriculum and industry oriented subjects. The introduction of mobile wireless communication technology modernization, innovation and globalization are increasingly driving the online education to become ubiquitous, personalized, convenient, and flexible for working groups. In this paper, we discuss based on the location how some short term certification courses can incorporate changes in curriculum. In this paper, we discuss when a particular university introduces some certification courses worldwide, how concepts, regulations or entire subject changes depending on the geographical location. At the time of registration location of the user is accepted from the user. If the registered user changes the location for more than two weeks then that is traced by GPS through the mobile phone and curriculum content changes a little bit. Initially, this is introduced only for some competitive examinations material and short term certification courses related to commerce and political science, which is slightly different depending on the location. This paper discusses how in online short term certification courses, changes in curriculum and innovation in teaching, learning, and evaluation can be implemented for the benefits of working people located in different geographical regions of the world.

A Customized and Flexible Ideal Mobile Banking System using 5G Technology

The word Ideal System refers to a system which is optimal or finest in terms of all its characteristics and any existing system can be improved or converted into the Ideal system by comparing existing system to Ideal system and by doing research and innovation. Mobile banking business will enable banking organizations to expand their markets, improve their services to all corners of the world without any barriers in terms of time, location and place. The rapid increase of mobile phone users is closely followed by security problems. The objective of this paper is to suggest some characteristics that will solve problems like security, bandwidth, network coverage, speed and much more. Fifth Generation (5G) mobile wireless communication technology an advanced modern upcoming technology that has significant change or difference in terms of bandwidth, speed access, and zone issues compare to its predecessors. In this paper, the concept of the Ideal mobile banking system is discussed, based on developing a suitable model with the predicted system and environmental characteristics which is ultimately very much user-friendly, customization and flexible in nature. To realize Ideal system model we have taken up 5G mobile wireless communication technologies and discussed how it will support Ideal mobile banking model by providing characteristics in terms of speed, bandwidth, data transfer rate, signaling efficiency and all advanced services. The paper makes an analysis of new model with its advantages, benefits, constraints, and disadvantages.

A Study on Online Education Model using Location Based Adaptive Mobile Learning

Online educations are gaining more scope due to the busy schedule of working groups and their interest to acquire knowledge in new fields. Working group people find difficult to get admission in top institutions for their interested course due to competition and lack of time flexibility. Regular full-time university affiliated courses become lack of interest for the working group due to outdated curriculum, lack of innovation in teaching, unchanged learning and evaluation environment and lack of industry oriented advanced courses. Some institutions/universities provide short-term online courses for working people, which are liked by many working people due to its new evaluation and learning methods, advanced curriculum and industry oriented subjects. The introduction of mobile wireless communication technology modernization, innovation and globalization are increasingly driving the online education to become ubiquitous, personalized, convenient, and flexible for working groups. In this paper, we discuss based on the location how some short term certification courses can incorporate changes in curriculum. In this paper, we discuss when a particular university introduces some certification courses worldwide, how concepts, regulations or entire subject changes depending on the geographical location. At the time of registration location of the user is accepted from the user. If the registered user changes the location for more than two weeks then that is traced by GPS through the mobile phone and curriculum content changes a little bit. Initially, this is introduced only for some competitive examinations material and short term certification courses related to commerce and political science, which is slightly different depending on the location. This paper discusses how in online short term certification courses, changes in curriculum and innovation in teaching, learning, and evaluation can be implemented for the benefits of working people located in different geographical regions of the world.