"An Exploratory Study of Experimental Tools for Wireless Sensor Networks"
written by A.K. Dwivedi, O.P. Vyas,
published by Wireless Sensor Network, Vol.3 No.7, 2011
has been cited by the following article(s):
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[13] Ubiquitous Sensor Network Simulation and Emulation Environments: A Survey
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[15] A Survey on Security Architecture and Key Management Systems in a Wireless Sensor Network
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[19] A Reference Model for Monitoring IoT WSN-Based Applications
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[20] The impact of MAC protocols in energy consumption of transferring multimedia contents using Castalia simulator
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[21] A Publish/Subscribe messaging system for wireless sensor networks
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[22] Path Loss Modeling for Wireless Sensor Networks: Review of Models and Comparative Evaluations
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[23] Coding of RMAC and its Theoretical and Simulation-based Performance Comparison with SMAC
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[26] PowerMannaSim: An extension with power consumption modeling to MannaSim, a Wireless Sensor Network module of NS-2
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[27] Symphony: A Framework for Accurate and Holistic WSN Simulation
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[28] Proactive and Reactive Transmission Power Control for Energy-Efficient On-Body Communications
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[29] H-EERNLP: Hierarchical-Energy Efficient Reactive Network Layer Protocol for WSNs
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[30] Hybrid Monitoring Proposal for Wireless Sensor Network
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[31] Looking into Hardware-in-the-Loop Coupling of OMNeT++ and RoSeNet
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[32] WiSeBat: accurate energy benchmarking of wireless sensor networks
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[33] Can experiments lead to scienGfic results?
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[34] Experimental Research Testbeds for Large-Scale WSNs: A Survey from the Architectural Perspective
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[35] Routing Strategies for Smart City Applications Based On Intelligent Clubbing Of Multi Parameters
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[36] Power consumption Assessment in Wireless Sensor Networks
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[37] A Survey on Testbeds and Experimentation Environments for Wireless Sensor Networks
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[38] Rule-based multiple-target tracking in acoustic wireless sensor networks
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[39] Recent Developments in Simulation Tools for WSNs: An Analytical Study
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[40] Energy efficient and reliable data delivery in urban sensing applications: A performance analysis
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[41] Dependable Network Protocols in Wireless Sensor Networks
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[42] Intelligent routing strategies in wireless sensor networks for smart cities applications
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[43] A Research Survey on Experimental Tools for Simulating Wireless Sensor Networks
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[44] A Low-Power Detection System for Wireless Sensor Networks
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[45] Event patterns for distributed runtime verification
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[46] Multiple targets detection and tracking with Doppler effect in noisy acoustic wireless sensor networks
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[47] An Improved Watchdog Technique based on Power-Aware Hierarchical Design for IDS in Wireless Sensor Networks
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[50] A classification of the debugging techniques of wireless sensor networks
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[51] Wireless Sensor Network: At a Glance
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