Multivariate filter methods for feature selection with the $$\varvec\gamma }$$ γ -metric

to related objects

Location: Deutsche Nationalbibliothek Frankfurt am Main

Extent: 1 Online-Ressource.

Language: Englisch

Bibliographic citation: Multivariate filter methods for feature selection with the $$\varvec\gamma }$$ γ -metric ; volume:24 ; number:1 ; day:19 ; month:12 ; year:2024 ; pages:1-22 ; date:12.2024
BMC medical research methodology ; 24, Heft 1 (19.12.2024), 1-22, 12.2024

Creator: Ngo, Nicolas
Michel, Pierre
Giorgi, Roch

Contributor: SpringerLink (Online service)

DOI: 10.1186/s12874-024-02426-9

URN: urn:nbn:de:101:1-2503020614344.733751323134

Rights: Open Access; Der Zugriff auf das Objekt ist unbeschränkt möglich.

Last update: 15.08.2025, 7:35 AM CEST

Data provider

This object is provided by:
Deutsche Nationalbibliothek. If you have any questions about the object, please contact the data provider.

Show original at data provider

Associated

Ngo, Nicolas
Michel, Pierre
Giorgi, Roch
SpringerLink (Online service)

Other Objects (12)

$Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^*\gamma ^*}$$ η → γ ∗ γ ∗$

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^\gamma ^}$$ η → γ ∗ γ ∗

$Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions$

Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions

$A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ$

A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

$Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement$

Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement

$Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ$

Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

$NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )$

NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )

$Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing$

Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing

$Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions$

Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions

$On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices$

On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices

$Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ$

Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ

zweidimensionales bewegtes Bild

Drinfeld's lemma and multivariate (phi, Gamma)-modules

$Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3$

Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3

$Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^*\gamma ^*}$$ η → γ ∗ γ ∗$

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^\gamma ^}$$ η → γ ∗ γ ∗

$Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions$

Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions

$A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ$

A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

$Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement$

Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement

$Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ$

Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

$NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )$

NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )

$Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing$

Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing

$Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions$

Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions

$On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices$

On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices

$Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ$

Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ

zweidimensionales bewegtes Bild

Drinfeld's lemma and multivariate (phi, Gamma)-modules

$Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3$

Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3

$Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^*\gamma ^*}$$ η → γ ∗ γ ∗$

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^\gamma ^}$$ η → γ ∗ γ ∗

$Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions$

Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions

$A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ$

A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

$Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement$

Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement

$Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ$

Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

$NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )$

NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )

$Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing$

Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing

$Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions$

Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions

$On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices$

On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices

$Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ$

Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ

zweidimensionales bewegtes Bild

Drinfeld's lemma and multivariate (phi, Gamma)-modules

$Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3$

Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3

Cultural heritage institutions wishing to register will find more information here.

Fields marked * need to be filled in.

Username*

Please enter your username

Email*

Please enter your email address

Please do not fill this field

First name

Last name

Password*

Please enter your password

Confirm password*

Please enter the same password

I have read the terms of use and the privacy policy for the collection of personal data and accept them. *

This field is required.

I would like to subscribe to the newsletter of the Deutsche Digitale Bibliothek. See newsletter subscription info.

Account created

Your "My DDB" account has been successfully created. Before you can log in to your account, you must click the confirmation link in the message we just sent to the email address you provided.

Multivariate filter methods for feature selection with the $$\varvec\gamma }$$ γ -metric

Object Details

References and Relationships

Contributors, Places and Time

Further information

Data provider

Associated

Other Objects (12)

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^*\gamma ^*}$$ η → γ ∗ γ ∗

Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions

A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement

Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )

Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing

Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions

On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices

Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ

Drinfeld's lemma and multivariate (phi, Gamma)-modules

Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^*\gamma ^*}$$ η → γ ∗ γ ∗

Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions

A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement

Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )

Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing

Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions

On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices

Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ

Drinfeld's lemma and multivariate (phi, Gamma)-modules

Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^*\gamma ^*}$$ η → γ ∗ γ ∗

Production of $$\varvec\eta }_\varvec{c}}, \varvec\chi }_\varvec{c}}$$ η c , χ c and $$\varvec\chi }_\varvec{b}}$$ χ b Mesons in Proton–(Anti)Proton Collisions

A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

Genetic Programming $$\varvec+}$$ + Proof Search $$\varvec=}$$ = Automatic Improvement

Addendum: A dispersive analysis of $$\varvec\eta '\rightarrow \pi ^+\pi ^-\gamma }$$ η ′ → π + π - γ and $$\varvec\eta '\rightarrow \ell ^+\ell ^-\gamma }$$ η ′ → ℓ + ℓ - γ

NSE characterization of the Chevalley group $$\varvecG}_{\varvec{2}} \varvec{(4)}}$$ G 2 ( 4 )

Physics-informed deep learning to forecast $$\widehat{{\varvec{M}}}}_{{\varvec{m}}{\varvec{a}}{\varvec{x}}}$$ M ^ m a x during hydraulic fracturing

Fragmentation of charm to charmonium in $${\varvec{e}}}^+{{\varvec{e}}}^-$$ e+e- and $${\varvec{pp}}}$$ pp collisions

On the Microscopic Structure of $$\varvec{\pi }}$$ π NN, $$\varvec{\pi }}$$ π N $$\varvec{\Delta }}$$ Δ and $$\varvec{{\pi }\Delta \Delta }}$$ π Δ Δ Vertices

Exploring CP violation in $$\varvecH \rightarrow \tau ^+\,\tau ^-\,\gamma }$$ H → τ + τ - γ

Drinfeld's lemma and multivariate (phi, Gamma)-modules

Measurement of the double- $$\varvec\beta }$$ β decay of $$\varvec^{150}}$$ 150 Nd to the 0 $$\varvec^+_1}$$ 1 + excited state of $$\varvec^{150}}$$ 150 Sm in NEMO-3

Related objects

Reset password

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^\gamma ^}$$ η → γ ∗ γ ∗

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^\gamma ^}$$ η → γ ∗ γ ∗

Towards an improved understanding of $$\varvec\eta \rightarrow \gamma ^\gamma ^}$$ η → γ ∗ γ ∗