Talks

9133 - 9144 of 19186 Results

Advances in Astroparticle Physics (4/5)

Blum, Kfir

December 31, 2015

oai:cds.cern.ch:2147517

Physics
FCC 3 and FCC 4 (2/4)

Aleksa, Martin,Dam, Mogens

December 31, 2015

oai:cds.cern.ch:2129081

Physics
Practical Statistics for Particle Physics Analyses: Likelihoods (1/4)

Moneta, Lorenzo,Lyons, Louis

December 31, 2015

oai:cds.cern.ch:2235508

Physics
Ion Source Physics and Technology (2/2)

Kuchler, Detlef

December 31, 2015

oai:cds.cern.ch:2160145

Physics
Advances in Astroparticle Physics (2/5)

Blum, Kfir

December 31, 2015

oai:cds.cern.ch:2147404

Physics
An Introduction to Parallelism, Concurrency and Acceleration (1/2)

Nowak, Andrzej

December 31, 2015

oai:cds.cern.ch:2125230

Physics
Identification of Complex Dynamical Systems with Neural Networks (2/2)

Zimmermann, Hans-Georg

December 31, 2015

oai:cds.cern.ch:2238350

Physics
(Almost) All You Need to Know About Gravitational Wave Physics

Cardoso, Vitor

December 31, 2015

oai:cds.cern.ch:2233149

Physics
Particle Detectors: Tracking detectors(1/4)

Bortoletto, Daniela

December 31, 2015

oai:cds.cern.ch:2152731

Physics
Representing Scientific Communities by Data Visualization (1/2)

Rodighiero, Dario

December 31, 2015

oai:cds.cern.ch:2138945

Physics
Practical Statistics for Particle Physics Analyses: Bayes and Frequentism (3/4)

Lyons, Louis,Moneta, Lorenzo

December 31, 2015

oai:cds.cern.ch:2235749

Physics
Energy Efficiency in Computing (2/2)

Nowak, Andrzej

December 31, 2015

oai:cds.cern.ch:2160156

Physics

Title	Speaker(s)	Date	Collection	Info
Advances in Astroparticle Physics (4/5)	Blum, Kfir	2015‑12‑31	Academic Training Lectures	View details
FCC 3 and FCC 4 (2/4)	Aleksa, Martin,Dam, Mogens	2015‑12‑31	Academic Training Lectures	View details
Practical Statistics for Particle Physics Analyses: Likelihoods (1/4)	Moneta, Lorenzo,Lyons, Louis	2015‑12‑31	Academic Training Lectures	View details
Ion Source Physics and Technology (2/2)	Kuchler, Detlef	2015‑12‑31	Academic Training Lectures	View details
Advances in Astroparticle Physics (2/5)	Blum, Kfir	2015‑12‑31	Academic Training Lectures	View details
An Introduction to Parallelism, Concurrency and Acceleration (1/2)	Nowak, Andrzej	2015‑12‑31	Academic Training Lectures	View details
Identification of Complex Dynamical Systems with Neural Networks (2/2)	Zimmermann, Hans-Georg	2015‑12‑31	Academic Training Lectures	View details
(Almost) All You Need to Know About Gravitational Wave Physics	Cardoso, Vitor	2015‑12‑31	Academic Training Lectures	View details
Particle Detectors: Tracking detectors(1/4)	Bortoletto, Daniela	2015‑12‑31	Academic Training Lectures	View details
Representing Scientific Communities by Data Visualization (1/2)	Rodighiero, Dario	2015‑12‑31	Academic Training Lectures	View details
Practical Statistics for Particle Physics Analyses: Bayes and Frequentism (3/4)	Lyons, Louis,Moneta, Lorenzo	2015‑12‑31	Academic Training Lectures	View details
Energy Efficiency in Computing (2/2)	Nowak, Andrzej	2015‑12‑31	Academic Training Lectures	View details

Supported by

Talks

Format results

Advances in Astroparticle Physics (4/5)

FCC 3 and FCC 4 (2/4)

Practical Statistics for Particle Physics Analyses: Likelihoods (1/4)

Ion Source Physics and Technology (2/2)

Advances in Astroparticle Physics (2/5)

An Introduction to Parallelism, Concurrency and Acceleration (1/2)

Identification of Complex Dynamical Systems with Neural Networks (2/2)

(Almost) All You Need to Know About Gravitational Wave Physics

Particle Detectors: Tracking detectors(1/4)

Representing Scientific Communities by Data Visualization (1/2)

Practical Statistics for Particle Physics Analyses: Bayes and Frequentism (3/4)

Energy Efficiency in Computing (2/2)

Advances in Astroparticle Physics (4/5)

FCC 3 and FCC 4 (2/4)

Practical Statistics for Particle Physics Analyses: Likelihoods (1/4)

Ion Source Physics and Technology (2/2)

Advances in Astroparticle Physics (2/5)

An Introduction to Parallelism, Concurrency and Acceleration (1/2)

Identification of Complex Dynamical Systems with Neural Networks (2/2)

(Almost) All You Need to Know About Gravitational Wave Physics

Particle Detectors: Tracking detectors(1/4)

Representing Scientific Communities by Data Visualization (1/2)

Practical Statistics for Particle Physics Analyses: Bayes and Frequentism (3/4)

Energy Efficiency in Computing (2/2)