Mobile Wireless Internet Research Articles

Retracted: Intelligent Art Design Management Based on Wireless Communication Microprocessor and Mobile Internet

Retracted: Intelligent Art Design Management Based on Wireless Communication Microprocessor and Mobile Internet

Chinese Online Language Dissemination from the Perspective of Mobile Information System

The emergence of new media technology will inevitably bring new changes to people's daily communication. The development and change of society supports the development and change of language. Language networks are created and developed along with Internet applications. It is a new variant of the traditional language adapted to the new media environment of the Internet Age. With the increasing popularity and importance of network media, network language has received extensive attention and research on local languages. This paper analyzes and investigates the dissemination of Chinese Internet language from the perspective of mobile information system. On the basis of researching and proposing the mobile information system model, the structure of the system is deeply analyzed, and the key characteristics and technologies of various fields are discussed. Wireless mobile terminal wireless Internet access technology, portable intelligent terminal mobile application development technology, and local database technology are very suitable for Chinese network analysis and research to reduce wireless connections, and the effective range is from 50 feet to 1000 feet. The article uses the communication theories and methods of linguistics, cultural studies, network neologism generation, and communication characteristics analysis. It uses students as examples to explore their online neologism use and dyslexia and their problem-solving strategies for obstacles. The results show that 50% of the students can accept the new words on the Internet very well, and 30% of the students do not understand it.

An Application of English Reading Mobile Teaching Model Based on K-Means Algorithm

The rapid development and maturity of emerging technologies such as mobile Internet and artificial intelligence have had a subversive impact on all aspects of teaching, and mobile learning has become the normal learning of students. Educational technology has developed from traditional technology and ordinary media technology to multimedia information network technology. Personal computers and wired networks have been more and more widely used. Wireless communication technology and mobile Internet technology of mobile computing devices will be popularized, and the trend from digital learning to mobility will be more and more obvious. This study uses the k-means algorithm to analyze the English reading performance, finds out the factors affecting the test performance, provides guidance for improving the pass rate of CET-4, and focuses on the rise of mobile learning under this background and its specific application in English teaching. The experimental results show that 39 students (55%) believe that mobile reading learning provides rich and real reading materials, can obtain real and authentic language input, and increase their interest in English reading. 31 students (44%) believed that the learning model was helpful to enhance autonomous learning ability. Therefore, one of the biggest advantages of this clustering algorithm is that it has high scalability and efficiency in the processing of large data sets. The mobile teaching model of English reading based on the k-means algorithm can more effectively promote the interaction of English reading teaching and improve students’ English text reading comprehension ability than the traditional teaching model. In addition, it can promote students’ active learning and cultivate students’ awareness of autonomous learning and cooperation.

Intelligent Art Design Management Based on Wireless Communication Microprocessor and Mobile Internet

Art design management is the fusion of art design and business management and the collision between design management and other disciplines. In order to study art design management students in a scientific way, this article combines wireless communication microprocessors and mobile Internet to design a new art design management mode. This paper proposes the inspection technology and its algorithm description, combines the T2 microprocessor and the SOA service architecture of the mobile Internet, and then integrates the theoretical knowledge of art design management to build an intelligent art design management based on wireless communication microprocessors and mobile Internet model. Then this paper designs the finite impulse response (FIR) filter test experiment and the end-to-end delay test experiment. The data collected in the experiment is optimized for the new art design management mode, and the optimized mode is subjected to a control experiment and a favorable opinion survey analysis. The experimental results show that the art design management model based on wireless communication microprocessors and mobile Internet has increased the artistic creation ability by 21.78% compared with the traditional art design model; compared with the traditional art design management mode, the art design management mode based on wireless communication microprocessor and mobile Internet has improved the management ability by 10.61%.

FPGA implementation of hybrid asymmetric key-based digital signature and Diffie-Hellman key exchange algorithm for IoT application

A new RSA-based Diffie-Hellman key exchange with a digital signature algorithm has been proposed and implemented through FPGAs. In the proposed algorithm, the problem of man-in-the-middle attack is solved. The proposed algorithm is more useful in the case of the client and server-based interaction like in the case of wireless mobile internet (4G/LTE) usage by an individual and in the case of bank transactions that are made by the individuals. Security, resistance to side attacks and collisions, larger key size, and non-factorisation of the prime numbers are the advantages of the RSA which is used in the proposed algorithm. Synthesis and implementation of the encrypted block have been compared and analysed on Spartan-3, Spartan-6e, Virtex-4 and Spartan-6 FPGA boards. Complete security is achieved using digital signature and previous problems of the traditional algorithm.

Modeling digital terrestrial television signal strength with atmospheric parameters and noise temperature: a case study of North-Central Nigeria

The modeling of DTTV signal strength (AIT, NTA, ETV and Channels TV) in Abuja and Unity TV, Jos, Plateau State, with atmospheric parameters (temperature, pressure, relative humidity, wind speed and rainfall) as well as noise temperature, from April 2019 to December 2020 have been carried out using the atmospheric parameters measured with an automatic weather station and noise temperature measured with a non-contact infra-red thermometer, with TV signal strength measured with a CATV signal strength meter from 5.00 am – 9.00 pm daily, at 30 minutes interval. The results show that atmospheric temperature (58%), noise temperature (60%) and atmospheric pressure (100%) affect the Received Signal Strength (RSS) negatively, while the wind speed (60%), relative humidity (80%), and rainfall (100%) affect the signal strength positively. The RSS measured in Jos on altitude 1,400m was higher than that in Abuja on altitude 470m which may likely be due to an increase in altitude resulting in a decrease in atmospheric pressure and air density which implies less signal attenuation. It can be inferred that atmospheric parameters and noise temperature have a great impact on the RSS in the study areas. Consequently, the higher signal received in the rainy season compared to the dry season may be due to less dust in the atmosphere as well as the enhanced digitalized television signal and its robustness to interference and signal attenuation compared to the analogue signal. The developed models have low RMSE values; hence will be able to predict the influence of atmospheric parameters on TV RSS in the areas. Generally, the result will be useful to the Nigeria Broadcasting Commission to improve the quality of the signal transmission of digital television broadcasting for the future digital switchover in other parts of the country especially on the choice of antennas on their transmitters. The findings will also be useful to spectrum users such as mobile telecommunication, wireless internet, and radio broadcasting in managing and improving the quality of their services.

Development of a Crowdsourced-based Mobile Application for Measuring Quality of Internet Service Offered by Mobile Network Operators

Wireless mobile internet is migrating towards an integrated system of internet and mobile communication network to fulfill the future of mobile network requirement: ubiquitous communication, where mobile users move freely almost anywhere and have access to the internet, communicate with anyone, anytime with any application using the best service available. This demands rapid progress in mobile communication networks and their internet technologies. This research project on the analysis of the Quality of Service (QoS) provided by Mobile Network Operators (MNOs) in the cellular internet networks. It aims to analyze and address the QoS of the internet network experienced by the user. QoS monitoring and analysis require the processing of large amounts of data and knowledge of which kinds of applications the traffic is generated by. To obtain satisfactory QoS based on internet network analysis, some network metrics must be measured and monitored at a regular time interval. In this research work, the network metric that will be measured for the internet service are signal strength, download speed, upload speed, and network transaction latency. This network metrics data will be collected from the consumer’s mobile device by the use of a crowdsourcing mobile application that is installed on the consumer’s mobile device. The investigation will cover mobile communication network providers in Nigeria. The data collated is then evaluated and analyzed.

Prototype Design and Experimental Evaluation e-Healthcare System based on Molecular Analysis Devices

Recently, wireless body area networks (WBANs) and mobile Internet of Things (IoT) have been greatly increased and integrated into a different type of systems such as electronic/mobile-healthcare (e/m-healthcare) systems. In addition, analyzing the composition of drugs or performing the medical rapid tests in the conditions field are the main tasks of the m-healthcare system, in which the traditional laboratory methods of analysis are not suitable. Therefore, in this study, we proposed a novel structure with a distributed e-health system to perform such analysis, where portable infrared micro spectrometers are utilized and then boundary calculations are applied. More specifically, this system is proposed to use a portable infrared micro spectrometer with a specially designed application connected to a public communication network, which can process the results of analysis using boundary calculations. Moreover, it provides remote processing and long-term storage of analysis data using artificial neural networks and cloud technologies. Finally, simulation results show that preprocessing (error checking), data buffering and Edge Computing can significantly reduce the network latency and volume of transferred data.

An asymmetric group key agreement protocol based on attribute threshold for Internet of Things

AbstractWith the development of wireless mobile network and Internet of Things (IoT), users enter the network with a large amount of data and information, including some important personal information, such as ID number, telephone number. Personal privacy disclosure has become one of the focuses of attention. In this article, we propose an asymmetric group key agreement (GKA) protocol based on attribute threshold for IoT to protect user privacy. Users do not need to expose any personal information in the group, but only need to meet the same number of attributes and conduct bidirectional authentication registration with key generation center (KGC) to ensure the legitimacy of mobile terminal members participating in GKA. In the registration phase, user performs heavy preliminary calculations according to the designed protocol, thereby reducing the computation in the key agreement phase and decreasing the complexity of the protocol. The protocol can realize self‐verification, and any member participating in key agreement can verify the correctness of the negotiated key by themselves. Under the assumption of bilinear computational Diffie‐Hellman problem, the security of the protocol is proved. Performance analysis further shows that our protocol has lower energy consumption in terms of communication and computing.

Does the Use of Mobile Phone Affect Male Fertility? A Mini-Review.

Presently, there is a rise in the use of mobile phones, laptops, and wireless internet technologies such as Wi-Fi and 5G routers/modems across the globe; these devices emit a considerable amount of electromagnetic radiation (EMR) which could interact with the male reproductive system either by thermal or nonthermal mechanisms. The aim of this review was to examine the effects of mobile phone use on male fertility. Related studies that reported on the effects of EMR from mobile phones on male fertility from 2003 to 2020 were evaluated. PubMed database was used. The Medical Subject Heading system was used to extract relevant research studies from PubMed. Based on the outcomes of both human and animal studies analyzed in this review, animal and human spermatozoa exposed to EMR emitted by mobile phones had reduced motility, structural anomalies, and increased oxidative stress due to overproduction of reactive oxygen species. Scrotal hyperthermia and increased oxidative stress might be the key mechanisms through which EMR affects male fertility. However, these negative effects appear to be associated with the duration of mobile phone use.

Crossroad control algorithm based on V2I-interaction

The importance of efficient traffic management problem grows every year. Constantly increasing number of vehicles and traffic volume requires improvement of methods and algorithms of traffic control. Such improvement becomes possible due to the spreading of global navigation and positioning systems, the development of wireless communication technologies and mobile internet, the advance in specialized technologies for interaction between vehicles and road infrastructure (V2I), the enhancement of machine learning models, computer vision algorithms, the emergence of driverless cars. This paper considers the novel approach to traffic management at intersection based on the use of V2I communication, describes general scheme of such approach and differences with conventional traffic light regulation. Developed algorithm of intersection management utilizes advantages of V2I communication to increase throughput of the intersection comparing to simple traffic light regulation and more advanced adaptive methods. The increase of throughput is achieved due to the dynamic construction of regulation phases which can be done because of more complete information about traffic flow. The comparence of various methods of regulation was performed in developed traffic simulation environment based on multi-agent approach.

Process Calculus for Modeling and Quantifying Location Privacy

In the mobile wireless Internet, location privacy is serious concerns. As a response to these concerns, many (formal) location-privacy protection mechanisms (LPPMs) and evaluation metrics for LPPMs have been proposed. It is necessary to integrate formal models into assessments, because this integration can deduce the gap between them: after designing a LPPM, we adopt this integration to formalize and measure it. In this paper, we propose a probabilistic process calculus to model the obfuscation-based schemes (OBS, one LPPM ) and use the relative entropy to measure the degree of location privacy OBS can leak. We integrate the two approaches into one unified model. Examples demonstrate the accuracy of our model. Our work decreases the gap between the formalization and the measurement for OBS.

Northeast Monsoon Effect on Ultra High Frequency (UHF) Signal Attenuation at Kusza Observatory

Northeast (NE) monsoon season in Malaysia was developed due to conjunction with cold air outbreaks from Siberia produce heavy rains, strong wind, and high humidity. This weather condition can affect the radio signal transmission which is crucial to spectrum user. This work investigates the effect of the wet season due to Northeast season on radio signal power within Ultra High Frequency (UHF) band at KUSZA Observatory (KO). Three of weather parameters (wind speed, humidity and rain rate) was considered with the radio signal variation. Measurement of these weather parameters and radio signal power level (dBm) were collected using weather station and spectrum analyzer respectively. From the result obtained, we found that wind speed played a role in radio signal attenuation indirectly. The combination of wind speed (km/h) along with high humidity (%) and rain rate(mm/s) during NE monsoon season have given a significant impact to a radio signal. These findings is useful to radio astronomer to determine the best period for radio astronomical observation with minimum interference considering weather condition. This study will also beneficial to spectrum user such as mobile telecommunication, wireless internet and radio broadcasting in managing and improving their services.

Retraction Note to: Improved fast handover method for multiple node by using mobile nodes guide

The fast mobile internet protocol version 6 (FMIPv6) was suggested as a fast handover mechanism over the mobile wireless Internets in order to reduce the handover latency of a mobile node (MN). However, FMIPv6 was originally designed to deal with single MN’s. In mobile wireless Internet, a multiple MNs may do a handover at the same time as a consequence of its movement from one network to another new one. This will therefore lead to the bandwidth waste and low handover performance. This paper intends to propose a multiple handover-based mobile node (MHB-MN) control method and an enhanced FMIPv6 mechanism in order to resolve the abovementioned problem. The proposal of such an MHB-MN method aims at having one mobile node work as a guide for a group of neighboring MNs. This means that the guide of MN prepares itself for a handover before actually taking the initial steps of the actual handover operation. Based on obtained results, it is plainly observable that by MHB-MN method, the handover initiation time, handover latency and handover control messages can be reduced compared to those of FMIPv6. Furthermore, the contention of the wireless channel for multiple MNs can be improved by the use of fewer control messages. Finally, the paper introduces an analytical model to show that by enabling the MHB-MN method and enhancing the FMIPv6 method, a multiple of nodes can perform rapid handover processes with low handover latency compared to that of the FMIPv6 technique.

A Bursty Multi-node Handover scheme for mobile internet using the partially Distributed Mobility Management (BMH–DMM) architecture

In the wireless network and mobile internet, several mobile nodes (MNs) may handover from the same previous network X to the same destination network Y at the same time. However, currently proposed Distributed Mobility Management (DMM)-based protocol mainly focus on the handover processing of a single MN’s handover. It causes many redundant messages’ exchanging when multiple MNs do handover at the same time. In this paper, a Bursty Multi-node Handover scheme for mobile internet using the partially Distributed Mobility Management (BMH–DMM) architecture is proposed to tackle the aforementioned problem. Using the proposed BMH–DMM method, one set of control messages for handover is used instead of n sets of control messages for a group that has n MNs. The performance analysis shown that when the number of MNs that perform handover at the same time and in the same place is increased, the handover overhead is not increased so much, for which the proposed BMH–DMM method can reduce about 30% bandwidth consumption for exchanging handover’s signaling messages. Furthermore, the network utilization, handover delay, packet loss, handover blocking probability of using the proposed BMH–DMM scheme are also smaller than that of using the individual handover approach.

Positive and Unlabeled Learning for User Behavior Analysis Based on Mobile Internet Traffic Data

With the rapid development of wireless communication and mobile Internet, mobile phone becomes ubiquitous and functions as a versatile and a smart system, on which people frequently interact with various mobile applications (Apps). Understanding human behaviors using mobile phone is significant for mobile system developers, for human-centered system optimization and better service provisioning. In this paper, we focus on mobile user behavior analysis and prediction based on mobile Internet traffic data. Real traffic flow data is collected from the public network of Internet service providers, by high-performance network traffic monitors. We construct a User-App bipartite network to represent the traffic interaction pattern between users and App servers. After mining the explicit and implicit features from the User-App bipartite network, we propose two positive and unlabeled (PU) learning methods, including Spy-based PU learning and K-means-based PU learning, for App usage prediction and mobile video traffic identification. We first use the traffic flow data of QQ, a very famous messaging and social media application possessing high market share in China, as the experimental data set for App usage prediction task. Then, we use the traffic flow data from six popular Apps, including video intensive Apps (Youku, Baofeng, LeTV, and Tudou) and other Apps (Meituan and Apple), as the experimental data set for mobile video traffic identification task. Experimental results show that our proposed PU learning methods perform well in both tasks.

The relationship between modern Information and Communications Technologies (ICTs) and development in Africa

This study explores the link between the consumption of Information and Communications Technologies (ICTs) and development in Africa. It operationalizes development in terms of the human development index (HDI) and includes as utility services, the mobile phone, fixed phone, broadband internet and wireless internet. The data on utility services came from the online database of the International Telecommunication Union; while those on the HDI originated in the UN Development Programme. The results from logarithmically transformed bivariate (r2 between 0.50 and 0.60) and multiple regression analyses (R2 = 0.72) confirmed the hypothesized positive link between ICT and development.

Intelligent Building Control System Based on Mobile Wireless Internet of Things

In order to develop an advanced intelligent building control system, the new system based on mobile wireless Internet of things is designed. By analyzing the new technology, it is proved that the application and development of the Internet of things technology provides a new method for the effective control of intelligent buildings. In addition, a series of researches are carried out on the core technology of the construction equipment networking system. The hardware, software and wireless self-organization networks of the intelligent terminal are designed and implemented, and the key indexes of the intelligent terminal are tested. The fixed transmit power test results show that when the fixed emission frequency is 10 dB, the communication distance is inversely proportional to the communication rate, which means that the smart terminal wireless network has strong ability to pass through obstacles. Based on the above finding, it is concluded that the stability of the mobile internet wireless network intelligent terminal can fully meet the performance requirements of intelligent building control, which lay is a good basis for its flexible use of the future.

PERENCANAAN JARINGAN EVOLUTION DATA OPTIMIZED (EVDO) PADA TELKOM FLEXI AREA JAKARTA

Abstract The development of high-speed data connection and internet in mobile phones technologies is rapidly growing lately. Certain technology that support the growth of mobile data communication is EVDO system. EVDO offers wireless internet technology for data optimization and internet access with high speed data rate and large capacity. This technology also provides a solution for wireless mobile internet with high performance. EVDO can achieve peak data rates up to 2.45 Mbps on the forward link with the use of 1.25 MHz wide spectrum. This paper discusses Network Evolution Data Optimized (EVDO) plan at Telkom Flexi Jakarta. The area of discussion includes traffic prediction, and coverage area to existing BTS CDMA 2000 1x. Based on the prediction, the number of customers in 2015 for the dense urban areas in Central Jakarta will be 150,000 customers, while in the urban area of West Jakarta will reach 60,000 customers and the local urban areas in North Jakarta will have 60,000 subscribers. The offered traffic in dense urban area North Jakarta is 15,170 Kbps/km2, while in urban area of West Jakarta is 17,455 Kbps/km2, and for the urban area in North Jakarta is 13,473 Kbps/km2. Keywords: EVDO, wireless network, internet access.

The Efficient Solution to Wireless Access

Mobile wireless Internet has created great requirement for seamless and secure communication over heterogeneous devices. There are many security issues on this kind of network. This paper shows a survey of various security solutions and presents a VPN mechanism to integrate the security protocols, which can greatly enhance the network security. The analyses prove the correctness of the design.