In this paper, we design and implement a reliable data processing and analysis test bed (NESCTB) for wireless sensornetworks (WSNs). It contains 36 wireless sensor nodes connected through Ethernet to a central server...
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In a heterogeneous network environment, constructing applications of remote distributed intelligent transportation system (ITS) are faced with complex communication problems proposed by online management, data acquisi...
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The proceedings contain 86 papers. The topics discussed include: an energy-efficient cluster-based routing in wireless sensornetworks;multithreaded power consumption scheduler based on a genetic algorithm;visible wat...
ISBN:
(纸本)9783642271915
The proceedings contain 86 papers. The topics discussed include: an energy-efficient cluster-based routing in wireless sensornetworks;multithreaded power consumption scheduler based on a genetic algorithm;visible watermarking based on multi-parameters adjustable gamma correction;an efficient interworking architecture of a network processor for layer 7 packet processing;emerging of mobile ad-hoc networks and new generation technology for best QOS and 5G technology;LDPC equalizer for compensating the CFO and phase noise in OFDM system;web contents mining system for real-time monitoring of opinion information;study on micro-processing implementation of USN environment data by a graphic-based programming;perceptual enhancement of sound field reproduction in a nearly monaural sensing system;and parameter optimization of UWB short range radar detector for velocity measurement in automobile applications.
The proceedings contain 86 papers. The topics discussed include: an energy-efficient cluster-based routing in wireless sensornetworks;multithreaded power consumption scheduler based on a genetic algorithm;visible wat...
ISBN:
(纸本)9783642272004
The proceedings contain 86 papers. The topics discussed include: an energy-efficient cluster-based routing in wireless sensornetworks;multithreaded power consumption scheduler based on a genetic algorithm;visible watermarking based on multi-parameters adjustable gamma correction;an efficient interworking architecture of a network processor for layer 7 packet processing;emerging of mobile ad-hoc networks and new generation technology for best QOS and 5G technology;LDPC equalizer for compensating the CFO and phase noise in OFDM system;web contents mining system for real-time monitoring of opinion information;study on micro-processing implementation of USN environment data by a graphic-based programming;perceptual enhancement of sound field reproduction in a nearly monaural sensing system;and parameter optimization of UWB short range radar detector for velocity measurement in automobile applications.
Raptor code, a member of the rateless fountain codes family, has been a preferred technology for the forward error correction (FEC) at the application layer. It is used by the 3(rd) Generation Partnership Program (3GP...
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ISBN:
(纸本)9781612848570
Raptor code, a member of the rateless fountain codes family, has been a preferred technology for the forward error correction (FEC) at the application layer. It is used by the 3(rd) Generation Partnership Program (3GPP) Multimedia Broadcast/Multicast Service (MBMS) and Digital Video Broadcasting (DVB-H) standards for multimedia broadcast and content delivery. Currently, a next generation fountain code, called RaptorQ, is being proposed. It aims at reducing to a minimum the redundant FEC information, outperforming significantly Raptor code. The improved coding performance comes at the expense of increased encoding and decoding complexity. This paper compares the coding properties, the decoding performance and the energy efficiency of the two codes on embedded system. Furthermore, simulations are performed for a practical MBMS scenario. Finally, conclusions are drawn with respect to the applicability of the new code for realtime multimedia broadcasting and content delivery.
sensornetworks are a sensing, computing and communication infrastructure that are able to observe and respond to phenomena in the natural environment and in our physical and cyber infrastructure. In this paper, we pr...
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This paper works on the participatory sensing in the area of sensor network. One of the most important challenges in participatory sensing is selecting the participants to collect their sensed data to monitor the envi...
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The proceedings contain 18 papers. The topics discussed include: on the expressiveness of BPMN for modeling wireless sensornetworks applications;towards understanding process modeling - the case of the BPM academic i...
ISBN:
(纸本)9783642251597
The proceedings contain 18 papers. The topics discussed include: on the expressiveness of BPMN for modeling wireless sensornetworks applications;towards understanding process modeling - the case of the BPM academic initiative;a notation for supporting social business process modeling;evaluating choreographies in BPMN 2.0 using an extended quality framework;a lightweight approach for designing enterprise architectures using BPMN: an application in hospitals;implementing the semantics of BPMN through model-driven web application generation;layout patterns with BPMN semantics;extending the BPMN syntax for requirements management;integrating business process models and business logic: BPMN and the decision model;building a business graph system and network integration model based on BPMN;requirements engineering for SOA services with BPMN 2.0 - from analysis to specification;and introducing entity-based concepts to business process modeling.
Extensive data generated by peers of nodes in wireless sensornetworks (WSNs) needs to be analysed and processed in order to extract information that is meaningful to the user. Data processing techniques that achieve ...
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This paper presented a fast fasten control algorithm (2FCA) in wireless sensornetworks for informationprocessing and transmitting. Using anycast technology, 2FCA can fast fasten broken routing path, which will decre...
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This paper presented a fast fasten control algorithm (2FCA) in wireless sensornetworks for informationprocessing and transmitting. Using anycast technology, 2FCA can fast fasten broken routing path, which will decrease failure delay and increase packets' success rate. In the algorithm, it restricts participant nodes to save scarce energy and bandwidth resource, and then prolongs network's lifetime and improve the networks' performance. The paper also proposed the mathematical analysis and get the conclusion that 2FCA has a lower message complexity than AODV. Finally, in computer simulation, rerouting overhead and delay are computed with different algorithm, the results congruously showed that 2FCA algorithm is feasible and preferable in wireless sensornetworks.
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