Journal Scope
Inventi Rapid/Impact: Distributed Sensor Networks is the peer reviewed journal of Engineering & Technology. This journal contains the paper related to the sensor network interfacing with large number of devices and are densely deployed. The distributed sensor network applications are environment/ health monitoring, commercial, control and interactive.
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TRAFFIC-AWARE DATA DELIVERY SCHEME FOR URBAN VEHICULAR SENSOR NETWORKS
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Chunmei Ma, Nianbo Liu
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Vehicular sensor network (VSN) is a promising technology which could be widely applied to monitor the physical world in urban
areas. In such a scenario, the efficient data delivery plays a central role. Existing schemes, however, cannot choose an optimal route,
since they either ignore the impact of vehicular distribution on connectivity, or make some unreasonable assumptions on vehicular
distribution. In this paper, we propose a traffic-aware data delivery scheme (TADS). ?e basic idea of TADS is to choose intersections
to forward packets dynamically as the route from a source to destination based on link quality and remaining Euclidean distance
to destination. Speci??cally, we ??rst present an optimal utility function as the criteria of intersection selection. Besides the packet
forwarding through intersections, we also propose an improved geographically greedy routing algorithm for packet forwarding in
straightway mode. Moreover, in order to decrease the routing overhead brought by the traffic information gathering, we build a
traffic condition prediction model to estimate the link quality. ?e simulation results show that our TADS outperforms existing
works on packet delivery ratio, end-to-end delay, and routing overhead....
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MULTIAGENT-BASED DATA FUSION IN ENVIRONMENTAL MONITORING NETWORKS
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Samuel Dauwe, Timothy Van Renterghem, Dick Botteldooren, Bart Dhoedt
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Advances in embedded systems and mobile communication have led to the emergence of smaller, cheaper, and more intelligent
sensing units. As of today, these devices have been used in many sensor network applications focused at monitoring environmental
parameters in areas with relative large geographical extent. However, in many of these applications, management is often
centralized and hierarchical. This approach imposes some major challenges in the context of large-scale and highly distributed
sensor networks. In this paper, we present a multilayered, middleware platform for sensor networks offering transparent data
aggregation, control, and management mechanisms to the application developer. Furthermore, we propose the use of multiagent
systems (MASs) to create a computing environment capable of managing and optimizing tasks autonomously. In order to ensure
the scalability of the distributed data fusion, we propose a three-step procedure to balance the workload among machines using
mobile agent technology...
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SP2DAS: SELF-CERTIFIED PKC-BASED PRIVACY- PRESERVING DATA AGGREGATION SCHEME IN SMART GRID
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Jianhong Zhang, Liying Liu, Yuanbo Cui,Zhipeng Chen,
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Smart grid is a network of computers and power infrastructures that monitor and control energy usage by collecting data from
the power grid. It can gather and distribute information about the behavior of all consumers in order to improve the efficiency,
reliability, economics, safety, and sustainability of electricity services. In this paper, we propose a self-certi??ed P??C-based privacypreserving
data aggregation scheme in smart grid to increase computation efficiency and achieve privacy protection of end users.
To realize the anonymous aggregation of multidimensional data, we adopt the Chinese Remainder ?eorem and homomorphic
property of Paillier cryptosystem to achieve it. Comparing our scheme with Lu et al.’s scheme, the result shows that our scheme has
more advantages over Lu et al.’s scheme in terms of computational costs of the user, GW, and OA. A??er adopting batch veri??cation
technique, the computational cost of GW is constant in our scheme, however, that of GW is linear with the number of the users in
Lu et al.’s scheme. Furthermore, our scheme also supports the anonymity of the user’s identity. It indicates that the local gateway
GW does not know the real identity of the resident user such that the privacy of the user is better protected....
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E- ISSN: 2277-2286
P- ISSN: Awaited
Inventi Impact Distributed Sensor Networks
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Frequency: Quarterly
E- ISSN: 2277-2286
P- ISSN: Awaited
Abstracted/ Indexed in: Ulrich’s International Periodical Directory & Google Scholar, SCIRUS, getCITED
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