In this paper we investigate experimentally how different sources of uncertainty affect the classification performance of an SVM based binary classifier. Our aim is to find statistically sound methods for controlling the detrimental effects of such sources when a classifier is to be implemented in hardware platforms where severe limitations force designers to allocate power, computation and memory resources carefully. At a first analysis, SVM revealed robust in terms of noise on data, whereas training data scarcity is a problem to be investigated further on. © 2006 IEEE.

Data Uncertainty Sensitivity Analysis for Reduced Complexity SVM Classifiers

Gubian, Michele;Boni, Andrea;Petri, Dario
2006-01-01

Abstract

In this paper we investigate experimentally how different sources of uncertainty affect the classification performance of an SVM based binary classifier. Our aim is to find statistically sound methods for controlling the detrimental effects of such sources when a classifier is to be implemented in hardware platforms where severe limitations force designers to allocate power, computation and memory resources carefully. At a first analysis, SVM revealed robust in terms of noise on data, whereas training data scarcity is a problem to be investigated further on. © 2006 IEEE.
2006
Proceedings 2006 IEEE Instrumentation and Measurement Technology Conference
U.S.A.
IEEE
9780780393608
Gubian, Michele; Boni, Andrea; Petri, Dario
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/77977
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