Andere Kunden interessierten sich auch für
![Risk-Based Comparison of Classification Systems]( "Risk-Based Comparison of Classification Systems")
Risk-Based Comparison of Classification Systems63,99 €![A New Paradigm for Global School Systems]( "A New Paradigm for Global School Systems")
A New Paradigm for Global School Systems65,99 €![Paradigm Lost: Rethinking Theater Airlift to Support the Army After Next]( "Paradigm Lost: Rethinking Theater Airlift to Support the Army After Next")
Paradigm Lost: Rethinking Theater Airlift to Support the Army After Next64,99 €![Multi-Class Classification for Identifying JPEG Steganography Embedding Methods]( "Multi-Class Classification for Identifying JPEG Steganography Embedding Methods")
Multi-Class Classification for Identifying JPEG Steganography Embedding Methods63,99 €![Free to Flow: A Paradigm Shift for Multi-Level Security Data Exchange]( "Free to Flow: A Paradigm Shift for Multi-Level Security Data Exchange")
Free to Flow: A Paradigm Shift for Multi-Level Security Data Exchange64,99 €![Classification of Battlespace Detonations from Temporally Resolved Multi-Band Imagery and Mid-Infrared Spectra]( "Classification of Battlespace Detonations from Temporally Resolved Multi-Band Imagery and Mid-Infrared Spectra")
Classification of Battlespace Detonations from Temporally Resolved Multi-Band Imagery and Mid-Infrared Spectra63,99 €![Classification of Schedule Management Barriers through Concept Mapping]( "Classification of Schedule Management Barriers through Concept Mapping")
Classification of Schedule Management Barriers through Concept Mapping63,99 €
There is no universally accepted methodology to determine how much confidence one should have in a classifier output. This research proposes a framework to determine the level of confidence in an indication from a classifier system where the output is or can be transformed into a posterior probability estimate. This is a theoretical framework that attempts to unite the viewpoints of the classification system developer (or engineer) and the classification system user (or war-fighter). The paradigm is based on the assumptions that the system confidence acts like, or can be modeled as a value and that indication confidence can be modeled as a function of the posterior probability estimates. The introduction of the non-declaration possibility induces the production of a higher-level value model that weighs the contribution of engineering confidence and associated non-declaration rate. Now, the task becomes to choose the appropriate threshold to maximize this overarching value function. This paradigm is developed in a setting considering only in-library problems, but it is applied to out-of-library problems as well. Introduction of out-of-library problems requires expansion of the overarching value model. This confidence measure is a direct link between traditional decision analysis techniques and traditional pattern recognition techniques. This methodology is applied to multiple data sets, and experimental results show the behavior that would be expected from a rational confidence paradigm.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.
Hinweis: Dieser Artikel kann nur an eine deutsche Lieferadresse ausgeliefert werden.