Digital image transmission performance analysis through passive optical network

Pandit, J.; Biswas, Sourodeep

doi:10.1109/iccece.2016.8009590

2016 International Conference on Computer, Electrical &Amp; Communication Engineering (ICCECE) 2016

DOI: 10.1109/iccece.2016.8009590

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Digital image transmission performance analysis through passive optical network

J. Pandit

Sourodeep Biswas

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2021

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Path Minimization Planning and Cost Estimation of Passive Optical Network Using Algorithm for Sub-optimal Deployment of Optical Fiber Cable

Biswas

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2021

Lecture Notes in Electrical Engineering

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Passive optical network (PON) is an ultimate solution for recent communication technology which accentuates on faster, less expensive and dependable communication system used as access network for optical fiber communication. The broadband carrier suppliers throughout the world are involved to innovate technique to pull down the complexity of network systems, required time of installation, and necessary skill set for installation which finally downsize the overall deployment expenses of the entire network structure. PON imparts one optical fiber to many end users by utilizing power splitters associated with various optical network unit (ONU) situated to customer's premises. One of the fundamental criteria of PON network planning is to design the path of optical link of a point-to-multipoint network which interfaces each end user through the central offices (COs) and power splitter(s), within a lower cost of deployment. This criterion needs to be executed considering the practical restrictions, such as conceivable fiber path, the splitting ratio of optical splitters, position of splitters, and presence of any obstacle on the deployment path. So, here, an algorithm is proposed to decrease the deployment cost by maintaining strategy of lower distance limit with avoiding the obstacle in the fiber path. So, ultimately, by this proposition, the network set-up cost will decrease, and the approximate deployment cost will be possible to compute.

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Path Minimization Planning and Cost Estimation of Passive Optical Network Using Algorithm for Sub-optimal Deployment of Optical Fiber Cable

Biswas

Podder

2021

Lecture Notes in Electrical Engineering

Self Cite

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Digital image transmission performance analysis through passive optical network

Cited by 1 publication

References 12 publications

Path Minimization Planning and Cost Estimation of Passive Optical Network Using Algorithm for Sub-optimal Deployment of Optical Fiber Cable

Path Minimization Planning and Cost Estimation of Passive Optical Network Using Algorithm for Sub-optimal Deployment of Optical Fiber Cable

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