TAILIEUCHUNG - Repairing field coverage for static WSNs by using mobile nodes

In particular, mobile nodes are effective for adequate field coverage: however, appropriate node movement is critical. In addition, mobile nodes with wireless charging devices can charge the batteries of other nodes. We formulate the problem to extend lifetime and maintain field coverage by determining the positions of mobile nodes that can cover the field effectively and charge the batteries of other nodes simultaneously. | International Journal of Computer Networks and Communications Security VOL. 5, NO. 9, SEPTEMBER 2017, 205–215 Available online at: E-ISSN 2308-9830 (Online) / ISSN 2410-0595 (Print) Repairing Field Coverage for Static WSNs by Using Mobile Nodes Ryo Katsuma1 and Yuki Tsuchiya2 1, 2 Graduate school of science, Osaka Prefecture University 1 ryo-k@ ABSTRACT In wireless sensor networks (WSNs), sensor nodes periodically sense, record, and transmit environmental information. WSNs require long lifetime and adequate field coverage, which can be problematic under certain conditions. Several studies have addressed these problems using energy harvesting, wireless charging, or mobile sensor nodes. In particular, mobile nodes are effective for adequate field coverage: however, appropriate node movement is critical. In addition, mobile nodes with wireless charging devices can charge the batteries of other nodes. We formulate the problem to extend lifetime and maintain field coverage by determining the positions of mobile nodes that can cover the field effectively and charge the batteries of other nodes simultaneously. We propose a coverage algorithm that can cover a field with a minimal number of nodes and a movement algorithm that determines an efficient mobile node movement schedule to charge static nodes. Simulation results, confirm that the energy charging system used by the proposed method can extend WSN lifetime up to 66%. Keywords: Wireless Sensor Networks, Mobile Nodes, Network Lifetime, Energy Harvesting, Coverage. 1 INTRODUCTION Wireless Sensor Networks (WSNs) are networks constructed with many sensor nodes equipped with wireless communication devices. The use of WSNs is expected for a variety of applications, such as environmental monitoring, ecological surveys, and marine guard [1] [2]. A major problem with WSNs is the coverage problem. A sensor node can only sense environmental information within a limited circular sensing .

• Quản trị mạng
• International Journal of Computer Networks and Communications Security
• Repairing field coverage for static WSNs by using mobile nodes
• Repairing field coverage
• WSNs by using mobile nodes
• Nodes simultaneously
• Securing the sip communications with XML security mechanisms
• VoIP application awareness
• Question of confidentiality and integrity
• Client authentication and data confidentiality
• Proposing minimum performance of proposed topology
• Plateau State University
• Computer networks and Communications Security
• Performance evaluation of manet protocols in communications
• Management of robots in simulation modelling
• Manet protocols in communications
• End To End Delay
• Show network optimization rate including PDR
• Deployment of voip communications in B&A spy agency
• Design and implementation
• Voip communications in B&A spy agency
• VoIP simulated in OPNET
• Proposed architecture and protocol stack for improving QoS
• Wide vehicular communications
• Vehicle to Vehicle
• An enhanced data security with compression for manets
• Enhanced data security
• Self organizing networks
• Wireless local area network security enhancement through penetration testing
• WLANs to achieve
• The frame security
• The standard network security
• Increasing the lifetime of wireless sensor networks
• Selforganizing map algorithm
• Wireless sensor networks
• Self organizing map neural networks
• Cloud computing architecture
• Wireless sensor networks for agricultural applications
• Wireless sensor actor networks
• Adaptive scheme for outliers detection in wireless sensor networks
• The Quality of Service
• Given sensor networks
• Infrared sensor and FBUS technology
• House security system based on mobile phone
• House security system
• Secure the place
• Potential applications of linear wireless sensor networks
• Linear wireless sensor networks
• LWSN in various applications
• LWSN in network topology
• Time dependent finite state machine
• Method for intrusion detection in mobile ad hoc networks
• Mobile ad hoc networks
• Malicious behavior in AODV
• Performance analysis of multimedia traffic
• MPLS communication networks with traffic engineering
• MPLS communication networks
• Conventional IP network
• Inter cluster communication in wireless sensor networks
• Inter cluster communication
• Carrying out efficient diffusion
• Cluster merging and cluster diffusion
• An optimized model for transition from Ipv4 to Ipv6 networks
• Cloud computing environment
• Ipv4 to Ipv6 networks
• Identical traffic and network loads
• The optical communications
• Simulating an optical high debit transmission chain
• Optisystem with comparison of optical windows
• Comparison of optical windows
• New unicast routing algorithm for load balancing
• Multigateway wireless mesh networks
• Negative percent algorithms
• Wireless mesh networks
• Detection of service attack
• Defense against distributed denial of service attack
• Packet filtration in wireless sensor networks
• An advance security technique challenges to government
• Wireless sensor network for health
• Emphasize ongoing treatment challenges
• Wireless sensor network
• Medical information systems
• The security of information in financial transactions via mobile
• Financial transactions via mobile
• Implement a particular algorithm
• A comprehensive approach to security requirements engineering
• Incorporating the strengths
• Best practices found
• Evaluation of security function of flipora plug in on browsers
• Flipora plug in on browsers
• Plug in in upon
• Flipora plug in
• Multi perspective analysis framework
• Multi level analysis framework
• Network security situational awareness
• Multi data analyzing researc
• Improving security and performance in the tor network
• The tor network
• IP hidden in the server