The Fourth Paradigm: Data-Intensive Scientific Discovery

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The Fourth Paradigm: Data-Intensive Scientific Discovery est le nom d'un ouvrage collectif édité par Tony Hey, Stewart Tansley, et Kristin Tolle en hommage à Jim Gray.

Cet ouvrage est édité par Microsoft Research. Il est commercialisé sous forme papier et disponible en libre accès sur l'Internet[1]. Il donne une suite aux réflexions de Jim Gray autour du quatrième paradigme de la science.

Sommaire

Le sommaire

Introductions

Avant-propos

  • Avant-propos / Foreword / [2]
Gordon Bell [A 1].

Jim Gray on eScience: a transformed scientific method

  • Jim Gray on eScience: a transformed scientific method, [3]
Cette partie reprend un manuscrit de Jim Gray, utilisé lors de sa dernière communication, le 11 janvier 2007, au Computer Science and Telecommunications Board[2].
Edition réalisée par Tony Hey[A 1][B 1], Stewart Tansley[A 1] et Kristin Tolle[A 1].

Partie 1 : La Terre et l'environnement

Part 1: Earth and Environment

Introduction

  • Introduction [4]
Dan Fay [A 1]

Gray’s laws: database-centric computing in science

  • Gray’s laws: database-centric computing in science [5]
Alexander S. Szalay[A 2] et José A. Blakeley[A 3].

The emerging science of environmental applications

  • The emerging science of environmental applications [6]
Jeff Dozier[A 4], William B. Gail[A 3].

Redefining ecological science using data

  • Redefining ecological science using data [7]
James R. Hunt[A 5], Dennis D. Baldocchi[A 5] et Catharine van Ingen[A 1].

A 2020 vision for ocean science

  • A 2020 vision for ocean science [8]
John R. Delaney [A 6] et Roger S. Barga [A 1]

Bringing the night sky closer: discoveries in the data deluge

  • Bringing the night sky closer: discoveries in the data deluge [9]
Alyssa A. Goodman [A 7] et Curtis G. Wong [A 1]

Instrumenting the earth: next-generation sensor networks and environmental science

  • Instrumenting the earth: next-generation sensor networks and environmental science [10]
Michael Lehning[A 8], Nicholas Dawes[A 8], Mathias Bavay[A 8], Marc Parlange[A 9], Suman Nath et Feng Zhao[A 1].

Partie 2 : Santé et bien-être

Part 2: Health and Wellbeing

Introduction

Simon Mercer [A 1] [B 2]

The healthcare singularity and the age of semantic medicine

  • The healthcare singularity and the age of semantic medicine [12]
Michael Gillam[A 3], Craig Feied[A 3], Jonathan Handler[A 3], Eliza Moody[A 3], Ben Shneiderman[A 10], Catherine Plaisant[A 10], Mark Smith[A 10], John Dickason

Healthcare delivery in developing countries: challenges and potential solutions

  • Healthcare delivery in developing countries: challenges and potential solutions [13]
Joel Robertson[A 11], Del DeHart[A 11], Kristin Tolle [A 1], David Heckerman [A 1]

Discovering the wiring diagram of the brain

  • Discovering the wiring diagram of the brain [14]
Jeff W. Lichtman[A 7], R. Clay Reid[A 1], Hanspeter Pfister[A 7], Michael F. Cohen[A 1]

Toward a computational microscope for neurobiology

  • Toward a computational microscope for neurobiology [15]
Eric Horvitz[A 1], William Kristan[A 12]

A unified modeling approach to data-intensive healthcare

  • A unified modeling approach to data-intensive healthcare [16]
Iain Buchan[A 13], John Winn[A 1], Chris Bishop[A 1]

Visualization in process algebra models of biological systems

  • Visualization in process algebra models of biological systems [17]
Luca Cardelli[A 1], Corrado Priami[A 1][A 14]

Part 3: Scientific Infrastructure

Introduction

Daron Green[A 1]

A new path for science?

  • A new path for science? [19]
Mark R. Abbott[A 15]

Beyond the tsunami: developing the infrastructure to deal with life sciences data

  • Beyond the tsunami: developing the infrastructure to deal with life sciences data [20]
Christopher Southan[A 16], Graham Cameron [A 16]

Multicore computing and scientific discovery

  • Multicore computing and scientific discovery [21]
James Larus[A 1], Dennis Gannon[A 1]

Parallelism and the cloud

  • Parallelism and the cloud [22]
Dennis Gannon[A 1], Dan Reed[A 1]

The impact of workflow tools on data-centric research

  • The impact of workflow tools on data-centric research [23]
Carole Goble[A 13], David De Roure [A 17]

Semantic escience: encoding meaning in next-generation digitally enhanced science

  • Semantic escience: encoding meaning in next-generation digitally enhanced science [24]
Peter Fox[A 18] et James Hendler[A 18]

Visualization for data-intensive science

  • Visualization for data-intensive science [25]
Charles Hansen[A 19], Chris R. Johnson[A 19], Valerio Pascucci[A 19], Claudio T. Silva[A 19]

A platform for all that we know: creating a knowledge-driven research infrastructure

  • A platform for all that we know: creating a knowledge-driven research infrastructure [26]
Savas Parastatidis[A 3]

Part 4: Scholarly Communication

Introduction

Lee Dirks [A 1]

Jim Gray’s fourth paradigm and the construction of the scientific record

  • Jim Gray’s fourth paradigm and the construction of the scientific record [28]
Clifford Lynch [A 20]

Text in a data-centric world

  • Text in a data-centric world [29]
Paul Ginsparg[A 21]

All aboard: toward a machine-friendly scholarly communication system

  • All aboard: toward a machine-friendly scholarly communication system [30]
Herbert Van de Sompel[A 22], Carl Lagoze[A 21]

The future of data policy

  • The future of data policy [31]
Anne Fitzgerald[A 23], Brian Fitzgerald[A 23], Kylie Pappalardo[A 23]

I have seen the paradigm shift, and it is us

  • I have seen the paradigm shift, and it is us [32]
John Wilbanks[A 24]

From web 2.0 to the global database

  • From web 2.0 to the global database [33]
Timo Hannay [A 25]

Final Thoughts

  • The way forward
Craig Mundie[A 3]
  • Conclusions and Next Steps
Tony Hey[A 1], Stewart Tansley[A 1], Kristin Tolle[A 1]

Voir aussi

Affiliations des auteurs

En tant qu'auteurs dans cet ouvrage
Références antérieures significatives

Liens interwikis

Voir cet ouvrage sur les wikis :

Liens externes

Notes et références