This paper studies the accuracy of a fully-distributed pattern recognition algorithm, namely the P2P-GN, with imbalanced datasets problem which is often neglected by most of the available distributedalgorithms. A maj...
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ISBN:
(纸本)9781467385152
This paper studies the accuracy of a fully-distributed pattern recognition algorithm, namely the P2P-GN, with imbalanced datasets problem which is often neglected by most of the available distributedalgorithms. A major distinction of the P2P-GN compared to the other approaches is that it forms a single global classifier, instead of building many local classifiers ( one at every site). Fine-granularity components of the classifier are distributed across the network by using distributed Hash Table (DHT) - which provides efficient linking to these components and ensures the system remains fully-distributed. Our experimental results also show that the P2P-GN can produce highly accurate results despite imbalanced data distribution compared to other distributedalgorithms (Ivote-DPV, ensemble ID3, ensemble k-NN, and ensemble naive Bayes).
This paper studies the accuracy of a fullydistributed pattern recognition algorithm,namely the P2P-GN,with imbalanced datasets problem which is often neglected by most of the available distributedalgorithms.A major d...
详细信息
ISBN:
(纸本)9781467385169
This paper studies the accuracy of a fullydistributed pattern recognition algorithm,namely the P2P-GN,with imbalanced datasets problem which is often neglected by most of the available distributedalgorithms.A major distinction of the P2P-GN compared to the other approaches is that it forms a single global classifier,instead of building many local classifiers(one at every site).Fine-granularity components of the classifier are distributed across the network by using distributed Hash Table(DHT)—which provides efficient linking to these components and ensures the system remains *** experimental results also show that the P2P-GN can produce highly accurate results despite imbalanced data distribution compared to other distributedalgorithms(Ivote-DPV,ensemble ID3,ensemble k-NN,and ensemble na?ve Bayes).
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