A Performance Analysis of Distributed Storage Codes for RGG/WSN
Ho-Young Cheong · 한국정보전자통신기술학회 논문지 · 2017
In this paper IoT/WSN(Internet of Things/Wireless Sensor Network) has been modeled with a random geometric graph.And a performance of the decentralized code for the efficient storage of data which is generated from WSN has been analyzed.WSN with or has been modeled as a random geometric graph and has been simulated for their performance analysis.When the number of the total nodes of WSN is n=100 or 200, the successful decoding probability as decoding ratio depends more on the number of source nodes rather than the number of nodes .Especially, from the simulation results we can see that the successful decoding rate depends greatly on value than value and the successful decoding rate was above 70% when ≦ .We showed that the number of operations of BP(belief propagation) decoding scheme increased exponentially with k value from the simulation of the number of operations as a .This is probably because the length of the LT code becomes longer as the number of source nodes increases and thus the decoding computation amount increases greatly.