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EAI Endorsed Transactions on Mobile Communications and Applications

Issue 7, 2016
Editor(s)-in-Chief: Jun Zheng

  • A Non-Cooperative Approach to the Joint Subcarrier and Power Allocation Problem in Multi-Service SCFDMA Networks

    Appears in:
    mca 16(7): e1

    Authors:
    E. E. Tsiropoulou, I. Ziras, S. Papavassiliou

    Abstract:
    In this paper a joint resource allocation problem is studied in a multi-service Single Carrier FDMA (SC-FDMA) wireless network. Mobile users request various services with different Quality of Service (QoS) characteristics and they determine in a distributed and non-cooperative manner a joint subcar…In this paper a joint resource allocation problem is studied in a multi-service Single Carrier FDMA (SC-FDMA) wireless network. Mobile users request various services with different Quality of Service (QoS) characteristics and they determine in a distributed and non-cooperative manner a joint subcarrier and power allocation towards fulfilling their QoS prerequisites. Initially, a well-designed utility function is formulated to appropriately represent users’ diverse QoS prerequisites with respect to their requested service. The subcarriers allocation problem is solved based on a multilateral bargaining model, where users are able to select different discount factors to enter the bargaining game, thus better expressing their different needs in system resources with respect to their requested service. The subcarriers mapping is realized based either on the localized SC-FDMA method where the subcarriers are sequentially allocated to the users or the distributed SC-FDMA via considering the maximum channel gain policy, where each subcarrier is allocated to the user with the maximum channel gain. Given the subcarriers assignment, an optimization problem with respect to users’ uplink transmission power is formulated and solved, in order to determine the optimal power allocation per subcarrier assigned to each user. Finally, the performance of the proposed framework is evaluated via modeling and simulation and extensive numerical results are presented.
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  • F-ETX: a predictive link state estimator for mobile networks

    Appears in:
    mca 16(7): e3

    Authors:
    Sébastien Bindel, Serge Chaumette, Benoît Hilt

    Abstract:
    Due to their inherent features, Mobile Ad Hoc Networks have proven their efficiency to exchange data between mobile nodes. The main issue in this type of a network is the delivery of data to a destination. Unfortunately, the mobility of nodes and the disturbances of the propagation channel lead to …Due to their inherent features, Mobile Ad Hoc Networks have proven their efficiency to exchange data between mobile nodes. The main issue in this type of a network is the delivery of data to a destination. Unfortunately, the mobility of nodes and the disturbances of the propagation channel lead to the increase of the loss rate, which undermines routing performances. To address this issue, routing protocols use link quality estimators as a metric. However, current estimators have been designed for static wireless sensor networks and are not
    suitable in case of mobility. In order to overcome this issue, a novel metric called Fast ETX is suggested, which gives a reliable and accurate link quality assessment. It is setup by four estimators which assess and predict the link state. In addition, we design a framework to integrate this multi-estimator metric into a routing protocol.
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  • Evaluation of different signal propagation models for a mixed indoor-outdoor scenario using empirical data

    Appears in:
    mca 16(7): e5

    Authors:
    Oleksandr Artemenko, Alina Rubina, Adarsh Harishchandra Nayak, Sanjeeth Baptist Menezes, Andreas Mitschele-Thiel

    Abstract:
    In this paper, we are choosing a suitable indoor-outdoor propagation model out of the existing models by considering path loss and distance as parameters. A path loss is calculated empirically by placing emitter nodes inside a building. A receiver placed outdoors is represented by a Quadrocopter (Q…In this paper, we are choosing a suitable indoor-outdoor propagation model out of the existing models by considering path loss and distance as parameters. A path loss is calculated empirically by placing emitter nodes inside a building. A receiver placed outdoors is represented by a Quadrocopter (QC) that receives beacon messages from indoor nodes. As per our analysis, the International Telecommunication Union (ITU) model, Stanford University Interim (SUI) model, COST-231 Hata model, Green-Obaidat model, Free Space model, Log-Distance Path Loss model and Electronic Communication Committee 33 (ECC-33) models are chosen and evaluated using empirical data collected in a real environment. The aim is to determine if the analytically chosen models fit our scenario by estimating the minimal standard deviation from the empirical data.
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  • History-based MAC Protocol for Low Duty-Cycle Wireless Sensor Networks: the SLACK-MAC Protocol

    Appears in:
    mca 16(7): e2

    Authors:
    Affoua Thérèse Aby, Alexandre Guitton, Pascal Lafourcade, Michel Misson

    Abstract:
    Wireless sensor networks (WSNs) are increasingly used in environmental monitoring applications. They are designed to operate for several months by featuring low activity cycles in order to save energy. In this paper, we propose a Medium Access Control (MAC) protocol for suchWSNs with very low duty-…Wireless sensor networks (WSNs) are increasingly used in environmental monitoring applications. They are designed to operate for several months by featuring low activity cycles in order to save energy. In this paper, we propose a Medium Access Control (MAC) protocol for suchWSNs with very low duty-cycles of 1% and less. Nodes are activated randomly and use a history of previous successful frame exchanges to decide their next activation time. We study the choice of the history size, and we compare the performance of our protocol with other protocols from the literature. We show by simulations and real experiments that with a limited history size of only six entries, our protocol achieves better performance than other protocols from the literature, while keeping the advantages of fully asynchronous protocols.
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  • Load Balancing Techniques for Dynamic Gateway Selection in LTEWireless Networks

    Appears in:
    mca 16(7): e4

    Authors:
    Sakshi Patni, Aditya Hegde, Krishna M. Sivalingam

    Abstract:
    In this paper, we consider a Long Term Evolution (LTE) network. The user equipment (UE) nodes connect to the Internet through packet gateway nodes. Multiple P-GWs in the LTE core network forward these packets. Thus, based on how the sessions are established, different gateways may handle different …In this paper, we consider a Long Term Evolution (LTE) network. The user equipment (UE) nodes connect to the Internet through packet gateway nodes. Multiple P-GWs in the LTE core network forward these packets. Thus, based on how the sessions are established, different gateways may handle different levels of network traffic. If proper load balancing algorithms are not used, the load on some gateways may be higher than others leading to Quality of Service (QoS) degradation. We propose six different heuristics for load balancing, including one based on entropy called EBA. The entropy function provides an accurate measure of the difference in the load on the gateways. The performance studies show that the EBA algorithm provides good performance improvement for networks consisting of 1,00,000 users, 12 APNs and 50 P-GWs.
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Scope

EAI Endorsed Transactions on Mobile Communications and Applications is a scholarly archival journal that is committed to the timely publication of high-quality original research papers on all aspects of mobile communications theories, technologies, systems, and applications. All submissions will go…

EAI Endorsed Transactions on Mobile Communications and Applications is a scholarly archival journal that is committed to the timely publication of high-quality original research papers on all aspects of mobile communications theories, technologies, systems, and applications. All submissions will go through a rigorous peer-review process, and be reviewed by expert referees and evaluated by the editorial board. Areas of interests include but are not limited to: * Mobile cellular networks * Mobile ad hoc networks * Mobile Internet * WiMAX networks * Vehicular networks * Wireless sensor networks * Satellite communications systems * Mobile system and network architectures * Network control and management * Mobility management * Modulation and coding techniques * Quality of service * Reliability and fault tolerance * Security and privacy * Mobile applications and services * Performance modelling and analysis

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Topics

  • Mobile cellular networks
  • Mobile ad hoc networks
  • Mobile Internet
  • WiMAX networks
  • Vehicular networks
  • Wireless sensor networks
  • Satellite communications systems
  • Mobile system and network architectures
  • Network control and management
  • Self-organizing, self-a…
  • Mobile cellular networks
  • Mobile ad hoc networks
  • Mobile Internet
  • WiMAX networks
  • Vehicular networks
  • Wireless sensor networks
  • Satellite communications systems
  • Mobile system and network architectures
  • Network control and management
  • Self-organizing, self-aware, and self-adaptive networks
  • Mobility management
  • Modulation and coding techniques
  • Quality of service
  • Reliability and fault tolerance
  • Trust, security and privacy
  • Mobile applications and services
  • Performance modelling and analysis
  • Spectrum sensing algorithm and white space modeling
  • Spectrum sharing architecture and mechanism
  • Spectrum-efficient design
  • Dynamic spectrum management
  • Spectrum pricing, auction, and trading a
  • Game theory for dynamic spectrum access
  • Spectrum mobility control
  • Reconfigurable wireless platforms
  • Medium access control design for cognitive radio networks
  • Spectrum agile and adaptive routing
  • Security of wireless systems in the context of spectrum sharing
  • Interference analysis, measurements, and statistical models of spectrum usage
  • Information-theoretic aspects of next-generation mobile systems
  • Coexistence with legacy wireless systems
  • Novel radio architectures and antennas
  • Simulation tools, testbeds, hardware, and software prototypes
  • Regulation and standardization
  • Artificial intelligence and machine learning for mobile communications
  • Energy-efficiency design in mobile communication systems
  • Mobile big data analytics
  • Mobile communications for the Internet of Things (IoT)
  • Applications enabled by mobile communication systems
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Indexing

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Special Issues

Call for Papers: Special issue on: Improving the Security and Privacy Policies through Artificial Intelligence for NextGen (6G) Mobile Networks (Manuscript submission deadline: 2021-09-30; Notification of acceptance: 2021-11-18; Submission of final revis…

Call for Papers: Special issue on: Improving the Security and Privacy Policies through Artificial Intelligence for NextGen (6G) Mobile Networks (Manuscript submission deadline: 2021-09-30; Notification of acceptance: 2021-11-18; Submission of final revised paper: 2022-01-10; Publication of special issue (tentative): 2021-07-30)

Guest Editor: Dr Basim Alhadidi, PhD. Khalaf (Al-Balqa Applied University, Jordan) Guest Editor: Dr Hong Jer Lang (Taylor's University, Malaysia) Guest Editor: Dr A M Viswa Bharathy, M.E., Ph.D. (JNTUH University, India)

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Editorial Board

  • Dr. Nirwan Ansari (Department of Electrical and Computer Engineering, New Jersey Institute of Technology, USA)
  • Dr. Raj Jain (Department of Computer Science and Engineering, Washington University in St. Louis, USA)
  • Dr. Tigang Jiang (UESTC)
  • Dr. Nei Kato (Graduate School of Information Science…
  • Dr. Nirwan Ansari (Department of Electrical and Computer Engineering, New Jersey Institute of Technology, USA)
  • Dr. Raj Jain (Department of Computer Science and Engineering, Washington University in St. Louis, USA)
  • Dr. Tigang Jiang (UESTC)
  • Dr. Nei Kato (Graduate School of Information Sciences, Tohoku University, Japan)
  • Dr. Tiffany Jing Li (Department of Electrical and Computer Engineering, Lehigh University, USA)
  • Dr. Tommaso Melodia (Department of Electrical Engineering, State University of New York at Buffalo, USA)
  • Dr. Claude Oestges (Microwave Laboratory, Université catholique de Louvain (UCL), Belgium)
  • Dr. Kostas Pentikousis (European Research Centre, Huawei Technologies, Germany)
  • Dr. Charles E. Perkins (WiChorus Inc., USA)
  • Dr. Martin Reisslein (Department of Electrical Engineering, Arizona State University, USA)
  • Dr. David Simplot-Ryl (Fundamental Computer Science Laboratory, Centre de recherche INRIA Lille,
  • Dr. Wenye Wang (Department of Electrical and Computer Engineering, North Carolina State University, USA)
  • Dr. Baoxian Zhang (Graduate University, Chinese Academy of Sciences, China)
  • Dr. Cristian Borcea (NJIT)
  • Dr. Paolo Bellavista (University of Bologna)
  • Dr. Jian Ren (Michigan State University)
  • Dr. Lei Chen (Georgia Southern University)
  • Dr. Houbing Song (Embry-Riddle Aeronautical University)
  • Dr. Dalei Wu (The University of Tennessee at Chattanoog, USA)
  • Dr. Jianjun Yang, Department of Computer Science, University of North Georgia, USA
  • Dr. Qing Yang (University of North Texas)
  • Dr. Shaoen Wu (Ball State University, USA)
  • Dr. Dapeng Wu (Chongqing University of Posts and Telecommunications)
  • Dr. Ruoling Zhou, Department of Electrical and Computer Engineering, University of Massachusetts Dartmouth, USA
  • Dr. Ashutosh Kumar Dubey, Chitkara University, India
  • Brij Bhooshan Gupta, National Institute of Technology Kurukshetra, India
  • Dr. Anand Nayyar, Duy Tan University, Vietnam
  • Prof. Wen-Cheng Lai, National Penghu University of Science and Technology, Vietnam
  • Dr A M ViswaBharathy, Malla Reddy College of Engineering and Technology, India
  • Bo Li, Harbin Institute of Technology at Weihai, China
  • Klaus Moessner, University of Surrey, UK
  • Murat Kuscu, Koc University, Turkey
  • Xuanheng Li, Dalian University of Technology, China
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Journal Blurb

EAI Endorsed Transactions on Mobile Communications and Applications is an open access, peer-reviewed scholarly journal focused on all aspects of mobile communications theories, technologies, systems, and applications. The journal publishes research articles, review articles, commentaries, editorial…

EAI Endorsed Transactions on Mobile Communications and Applications is an open access, peer-reviewed scholarly journal focused on all aspects of mobile communications theories, technologies, systems, and applications. The journal publishes research articles, review articles, commentaries, editorials, technical articles, and short communications with a triannual frequency. Authors are not charged for article submission and processing.

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Publisher
EAI
ISSN
2032-9504
Volume
2
Published
2016-06-20