A Rapid Method for Impact Analysis of Grid-Edge Technologies on Power Distribution Networks
Feng Li
Ilhan Kocar
This paper presents a novel rapid estimation method (REM) to perform stochastic impact analysis of grid-edge technologies (GETs) to the powe… (see more)r distribution networks. The evolution of network states' probability density functions (PDFs) in terms of GET penetration levels are characterized by the Fokker-Planck equation (FPE). The FPE is numerically solved to compute the PDFs of network states, and a calibration process is also proposed such that the accuracy of the REM is maintained for large-scale distribution networks. The approach is illustrated on a large-scale realistic distribution network using a modified version of the IEEE 8500 feeder, where electric vehicles (EVs) or photovoltaic systems (PVs) are installed at various penetration rates. It is demonstrated from quantitative analyses that the results from our proposed approach have negligible errors comparing with those obtained from Monte Carlo simulations.
Improving Context-Aware Preference Modeling for Language Models
Silviu Pitis
Ziang Xiao
While finetuning language models from pairwise preferences has proven remarkably effective, the underspecified nature of natural language pr… (see more)esents critical challenges. Direct preference feedback is uninterpretable, difficult to provide where multidimensional criteria may apply, and often inconsistent, either because it is based on incomplete instructions or provided by diverse principals. To address these challenges, we consider the two-step preference modeling procedure that first resolves the under-specification by selecting a context, and then evaluates preference with respect to the chosen context. We decompose reward modeling error according to these two steps, which suggests that supervising context in addition to context-specific preference may be a viable approach to aligning models with diverse human preferences. For this to work, the ability of models to evaluate context-specific preference is critical. To this end, we contribute context-conditioned preference datasets and accompanying experiments that investigate the ability of language models to evaluate context-specific preference. We use our datasets to (1) show that existing preference models benefit from, but fail to fully consider, added context, (2) finetune a context-aware reward model with context-specific performance exceeding that of GPT-4 and Llama 3 70B on tested datasets, and (3) investigate the value of context-aware preference modeling.
Improving Context-Aware Preference Modeling for Language Models
Silviu Pitis
Ziang Xiao
While finetuning language models from pairwise preferences has proven remarkably effective, the underspecified nature of natural language pr… (see more)esents critical challenges. Direct preference feedback is uninterpretable, difficult to provide where multidimensional criteria may apply, and often inconsistent, either because it is based on incomplete instructions or provided by diverse principals. To address these challenges, we consider the two-step preference modeling procedure that first resolves the under-specification by selecting a context, and then evaluates preference with respect to the chosen context. We decompose reward modeling error according to these two steps, which suggests that supervising context in addition to context-specific preference may be a viable approach to aligning models with diverse human preferences. For this to work, the ability of models to evaluate context-specific preference is critical. To this end, we contribute context-conditioned preference datasets and accompanying experiments that investigate the ability of language models to evaluate context-specific preference. We use our datasets to (1) show that existing preference models benefit from, but fail to fully consider, added context, (2) finetune a context-aware reward model with context-specific performance exceeding that of GPT-4 and Llama 3 70B on tested datasets, and (3) investigate the value of context-aware preference modeling.
T2VIndexer: A Generative Video Indexer for Efficient Text-Video Retrieval
Yili Li
Jing Yu
Keke Gai
Gang Xiong
Qi Wu
Current text-video retrieval methods mainly rely on cross-modal matching between queries and videos to calculate their similarity scores, wh… (see more)ich are then sorted to obtain retrieval results. This method considers the matching between each candidate video and the query, but it incurs a significant time cost and will increase notably with the increase of candidates. Generative models are common in natural language processing and computer vision, and have been successfully applied in document retrieval, but their application in multimodal retrieval remains unexplored. To enhance retrieval efficiency, in this paper, we introduce a model-based video indexer named T2VIndexer, which is a sequence-to-sequence generative model directly generating video identifiers and retrieving candidate videos with constant time complexity. T2VIndexer aims to reduce retrieval time while maintaining high accuracy. To achieve this goal, we propose video identifier encoding and query-identifier augmentation approaches to represent videos as short sequences while preserving their semantic information. Our method consistently enhances the retrieval efficiency of current state-of-the-art models on four standard datasets. It enables baselines with only 30%-50% of the original retrieval time to achieve better retrieval performance on MSR-VTT (+1.0%), MSVD (+1.8%), ActivityNet (+1.5%), and DiDeMo (+0.2%). The code is available at https://anonymous.4open.science/r/T2VIndexer-40BE.
T2VIndexer: A Generative Video Indexer for Efficient Text-Video Retrieval
Yili Li
Jing Yu
Keke Gai
Gang Xiong
Qi Wu
Current text-video retrieval methods mainly rely on cross-modal matching between queries and videos to calculate their similarity scores, wh… (see more)ich are then sorted to obtain retrieval results. This method considers the matching between each candidate video and the query, but it incurs a significant time cost and will increase notably with the increase of candidates. Generative models are common in natural language processing and computer vision, and have been successfully applied in document retrieval, but their application in multimodal retrieval remains unexplored. To enhance retrieval efficiency, in this paper, we introduce a model-based video indexer named T2VIndexer, which is a sequence-to-sequence generative model directly generating video identifiers and retrieving candidate videos with constant time complexity. T2VIndexer aims to reduce retrieval time while maintaining high accuracy. To achieve this goal, we propose video identifier encoding and query-identifier augmentation approaches to represent videos as short sequences while preserving their semantic information. Our method consistently enhances the retrieval efficiency of current state-of-the-art models on four standard datasets. It enables baselines with only 30%-50% of the original retrieval time to achieve better retrieval performance on MSR-VTT (+1.0%), MSVD (+1.8%), ActivityNet (+1.5%), and DiDeMo (+0.2%). The code is available at https://anonymous.4open.science/r/T2VIndexer-40BE.
Temporal Residual Jacobians For Rig-free Motion Transfer
Sanjeev Muralikrishnan
Niladri Shekhar Dutt
Siddhartha Chaudhuri
Vladimir Kim
Matthew Fisher
Niloy J. Mitra
We introduce Temporal Residual Jacobians as a novel representation to enable data-driven motion transfer. Our approach does not assume acces… (see more)s to any rigging or intermediate shape keyframes, produces geometrically and temporally consistent motions, and can be used to transfer long motion sequences. Central to our approach are two coupled neural networks that individually predict local geometric and temporal changes that are subsequently integrated, spatially and temporally, to produce the final animated meshes. The two networks are jointly trained, complement each other in producing spatial and temporal signals, and are supervised directly with 3D positional information. During inference, in the absence of keyframes, our method essentially solves a motion extrapolation problem. We test our setup on diverse meshes (synthetic and scanned shapes) to demonstrate its superiority in generating realistic and natural-looking animations on unseen body shapes against SoTA alternatives. Supplemental video and code are available at https://temporaljacobians.github.io/ .
Temporal Residual Jacobians For Rig-free Motion Transfer
Sanjeev Muralikrishnan
Niladri Shekhar Dutt
Siddhartha Chaudhuri
Vladimir Kim
Matthew Fisher
Niloy J. Mitra
We introduce Temporal Residual Jacobians as a novel representation to enable data-driven motion transfer. Our approach does not assume acces… (see more)s to any rigging or intermediate shape keyframes, produces geometrically and temporally consistent motions, and can be used to transfer long motion sequences. Central to our approach are two coupled neural networks that individually predict local geometric and temporal changes that are subsequently integrated, spatially and temporally, to produce the final animated meshes. The two networks are jointly trained, complement each other in producing spatial and temporal signals, and are supervised directly with 3D positional information. During inference, in the absence of keyframes, our method essentially solves a motion extrapolation problem. We test our setup on diverse meshes (synthetic and scanned shapes) to demonstrate its superiority in generating realistic and natural-looking animations on unseen body shapes against SoTA alternatives. Supplemental video and code are available at https://temporaljacobians.github.io/ .
ANDES, the high resolution spectrograph for the ELT: science goals, project overview, and future developments
Alessandro Marconi
Artur R. Abreu
Vardan Adibekyan
Valentina Alberti
Simon Albrecht
Jailson Alcaniz
Matteo Aliverti
Carlos Allende Prieto
Julian Alvarado-Gomez
Catarina Alves
Pedro J. Amado
Manuel Amate
Michael Andersen
Simone Antoniucci
E. Artigau
Christophe Bailet
Clark E. Baker
Veronica Baldini
Andrea Balestra
S.A. Barnes … (see 269 more)
Frédérique Baron
Susana Barros
Svend-Marian Bauer
Mathilde Beaulieu
Olga Bellido-Tirado
Björn Benneke
Thomas Bensby
Edwin Bergin
P. Berio
Katia Biazzo
Laurent Bigot
Arjan Bik
Jayne L. Birkby
Nicolas Blind
Olivier Boebion
Isabelle Boisse
Emeline Bolmont
J. S. Bolton
Marco Bonaglia
Xavier Bonfils
Lea Bonhomme
Francesco Borsa
Jean-Claude Bouret
Alexis Brandeker
Wolfgang Brandner
Christopher H. Broeg
Matteo Brogi
Denis Brousseau
Anna Brucalassi
Joar G. Brynnel
Lars A. Buchhave
David F. Buscher
Lorenzo Cabona
A. Cabral
Giorgio Calderone
Rocío Calvo-Ortega
Faustine Cantalloube
Bruno L. Canto Martins
Luca Carbonaro
Yan Caujolle
Gaël Chauvin
Bruno Chazelas
Anne-Laure L. Cheffot
Yuk Shan Cheng
Andrea Chiavassa
Lise B. Christensen
Roberto Cirami
Michele Cirasuolo
Neil J. Cook
Ryan Cooke
Igor Coretti
Stefano Covino
Nicolas B. Cowan
Giovanni Cresci
Stefano Cristiani
Vanderlei Cunha Parro
Guido Cupani
Valentina D'Odorico
Kamalesh Dadi
Izan C. de Castro Leão
Annalisa De Cia
Jose R. De Medeiros
Florian Debras
Michael Debus
Alain Delorme
Olivier Demangeon
Frederic Derie
M. Dessauges-Zavadsky
Paolo Di Marcantonio
Simona Di Stefano
Frank Dionies
Armando Domiciano de Souza
René Doyon
Jennifer S. Dunn
Sébastien E. Egner
David Ehrenreich
Joao P. Faria
Debora Ferruzzi
Chiara Feruglio
Martin Fisher
Adriano Fontana
B S. Frank
C. Fuesslein
M. Fumagalli
Thierry Fusco
Johan P. U. Fynbo
O. Gabella
W. Gaessler
E. Gallo
X. Gao
L. Genolet
M. Genoni
P. Giacobbe
E. Giro
R. S. Gonçalves
O. A. Gonzalez
J. I. González-Hernández
C. Gouvret
F. Gracia Témich
M. G. Haehnelt
C. Haniff
A. Hatzes
R. Helled
H. J. Hoeijmakers
I. Hughes
Philipp Huke
Y. Ivanisenko
A. S. Järvinen
S. P. Järvinen
A. Kaminski
J. Kern
J. Knoche
A. Kordt
H. Korhonen
A. Korn
D. Kouach
G. Kowzan
L. Kreidberg
M. Landoni
A. A. Lanotte
A. Lavail
B. Lavie
D. Lee
M. Lehmitz
J. Li
W. Li
J. Liske
C. Lovis
S. Lucatello
D. Lunney
M. J. MacIntosh
N. Madhusudhan
L. Magrini
R. Maiolino
J. Maldonado
L. Malo
A. W. S. Man
T. Marquart
C. M. J. Marques
E. L. Marques
P. Martinez
A. M. Martins
C. J. A. P. Martins
J. H. C. Martins
P. Maslowski
C. Mason
E. Mason
R. A. McCracken
M. A. F. Melo e Sousa
P. Mergo
G. Micela
D. Milaković
P. Mollière
M. A. Monteiro
D. Montgomery
C. Mordasini
J. Morin
A. Mucciarelli
M. T. Murphy
M. N'Diaye
N. Nardetto
B. Neichel
N. Neri
A. T. Niedzielski
E. Niemczura
B. Nisini
L. Nortmann
P. Noterdaeme
N. J. Nunes
L. Oggioni
F. Olchewsky
E. Oliva
H. Önel
L. Origlia
G. Östlin
N. N.-Q. Ouellette
Enric Pallé
P. Papaderos
G. Pariani
L. Pasquini
J. Peñate Castro
F. Pepe
C. Peroux
L. Perreault Levasseur
Sandrine Perruchot
P. Petit
Oliver Pfuhl
L. Pino
Javier Piqueras
N. Piskunov
A. Pollo
K. Poppenhaeger
M. Porru
J. Puschnig
A. Quirrenbach
Emily Rauscher
R. Rebolo
E. M. A. Redaelli
S. Reffert
D. T. Reid
A. Reiners
P. Richter
M. Riva
S. Rivoire
C. Rodríguez-López
I. U. Roederer
D. Romano
M. Roth
S. Rousseau
J. Rowe
A. Saccardi
S. Salvadori
N. Sanna
N. C. Santos
P. Santos Diaz
Jorge Sanz-Forcada
M. Sarajlic
J.-F. Sauvage
D. Savio
A. Scaudo
S. Schäfer
R. P. Schiavon
T. M. Schmidt
C. Selmi
R. Simoes
A. Simonnin
S. Sivanandam
M. Sordet
R. Sordo
F. Sortino
D. Sosnowska
S. G. Sousa
A. Spang
R. Spiga
E. Stempels
J. R. Y. Stevenson
Klaus G. Strassmeier
A. Suárez Mascareño
A. Sulich
X. Sun
N. R. Tanvir
F. Tenegi-Sanginés
S. Thibault
S. J. Thompson
P. Tisserand
A. Tozzi
M. Turbet
Julien Veran
P. Vallée
I. Vanni
R. Varas
A. Vega-Moreno
K. A. Venn
A. Verma
J. Vernet
M. Viel
G. Wade
C. Waring
M. Weber
J. Weder
B. Wehbé
J. Weingrill
M. Woche
M. Xompero
E. Zackrisson
A. Zanutta
M. R. Zapatero Osorio
M. Zechmeister
J. Zimara
The first generation of ELT instruments includes an optical-infrared high-resolution spectrograph, indicated as ELT-HIRES and recently chris… (see more)tened ANDES (ArmazoNes high Dispersion Echelle Spectrograph). ANDES consists of three fibre-fed spectrographs ([U]BV, RIZ, YJH) providing a spectral resolution of
ANDES, the high resolution spectrograph for the ELT: science goals, project overview, and future developments
Alessandro Marconi
Artur R. Abreu
Vardan Adibekyan
Valentina Alberti
Simon Albrecht
Jailson Alcaniz
Matteo Aliverti
Carlos Allende Prieto
Julian Alvarado-Gomez
Catarina Alves
Pedro J. Amado
Manuel Amate
Michael Andersen
Simone Antoniucci
E. Artigau
Christophe Bailet
Clark E. Baker
Veronica Baldini
Andrea Balestra
S.A. Barnes … (see 271 more)
Frédérique Baron
Susana Barros
Svend-Marian Bauer
Mathilde Beaulieu
Olga Bellido-Tirado
Björn Benneke
Thomas Bensby
Edwin Bergin
P. Berio
Katia Biazzo
Laurent Bigot
Arjan Bik
Jayne L. Birkby
Nicolas Blind
Olivier Boebion
Isabelle Boisse
Emeline Bolmont
J. S. Bolton
Marco Bonaglia
Xavier Bonfils
Lea Bonhomme
Francesco Borsa
Jean-Claude Bouret
Alexis Brandeker
Wolfgang Brandner
Christopher H. Broeg
Matteo Brogi
Denis Brousseau
Anna Brucalassi
Joar G. Brynnel
Lars A. Buchhave
David F. Buscher
Lorenzo Cabona
A. Cabral
Alexandre Cabral
Giorgio Calderone
Rocío Calvo-Ortega
Faustine Cantalloube
Bruno L. Canto Martins
Luca Carbonaro
Yan Caujolle
Gaël Chauvin
Bruno Chazelas
Anne-Laure L. Cheffot
Yuk Shan Cheng
Andrea Chiavassa
Lise B. Christensen
Roberto Cirami
Michele Cirasuolo
Neil J. Cook
Ryan Cooke
Igor Coretti
Stefano Covino
Nicolas B. Cowan
Giovanni Cresci
Stefano Cristiani
Vanderlei Cunha Parro
Guido Cupani
Valentina D'Odorico
Kamalesh Dadi
Izan C. de Castro Leão
Annalisa De Cia
Jose R. De Medeiros
Florian Debras
Michael Debus
Alain Delorme
Olivier Demangeon
Frederic Derie
M. Dessauges-Zavadsky
Paolo Di Marcantonio
Simona Di Stefano
Frank Dionies
Armando Domiciano de Souza
René Doyon
Jennifer S. Dunn
Sébastien E. Egner
David Ehrenreich
Joao P. Faria
Debora Ferruzzi
Chiara Feruglio
Martin Fisher
Adriano Fontana
B S. Frank
C. Fuesslein
M. Fumagalli
Thierry Fusco
Johan P. U. Fynbo
O. Gabella
W. Gaessler
E. Gallo
X. Gao
L. Genolet
M. Genoni
P. Giacobbe
E. Giro
R. S. Gonçalves
O. A. Gonzalez
J. I. González-Hernández
C. Gouvret
F. Gracia Témich
M. G. Haehnelt
C. Haniff
A. Hatzes
R. Helled
H. J. Hoeijmakers
I. Hughes
Philipp Huke
Y. Ivanisenko
A. S. Järvinen
S. P. Järvinen
A. Kaminski
J. Kern
J. Knoche
A. Kordt
H. Korhonen
A. Korn
D. Kouach
G. Kowzan
L. Kreidberg
M. Landoni
A. A. Lanotte
A. Lavail
B. Lavie
D. Lee
M. Lehmitz
J. Li
Wei Li
J. Liske
C. Lovis
S. Lucatello
D. Lunney
M. J. MacIntosh
N. Madhusudhan
L. Magrini
R. Maiolino
J. Maldonado
L. Malo
A. W. S. Man
T. Marquart
C. M. J. Marques
E. L. Marques
P. Martinez
A. M. Martins
C. J. A. P. Martins
J. H. C. Martins
P. Maslowski
C. Mason
E. Mason
R. A. McCracken
M. A. F. Melo e Sousa
P. Mergo
G. Micela
D. Milaković
P. Mollière
M. A. Monteiro
D. Montgomery
C. Mordasini
J. Morin
A. Mucciarelli
M. T. Murphy
M. N'Diaye
N. Nardetto
B. Neichel
N. Neri
A. T. Niedzielski
E. Niemczura
B. Nisini
L. Nortmann
P. Noterdaeme
N. J. Nunes
L. Oggioni
F. Olchewsky
E. Oliva
H. Önel
L. Origlia
G. Östlin
N. N.-Q. Ouellette
Enric Pallé
P. Papaderos
G. Pariani
L. Pasquini
J. Peñate Castro
F. Pepe
C. Peroux
L. Perreault Levasseur
Sandrine Perruchot
P. Petit
Oliver Pfuhl
L. Pino
Javier Piqueras
N. Piskunov
A. Pollo
K. Poppenhaeger
M. Porru
J. Puschnig
A. Quirrenbach
Emily Rauscher
R. Rebolo
E. M. A. Redaelli
S. Reffert
D. T. Reid
A. Reiners
P. Richter
M. Riva
S. Rivoire
C. Rodríguez-López
I. U. Roederer
D. Romano
M. Roth
S. Rousseau
J. Rowe
A. Saccardi
S. Salvadori
N. Sanna
N. C. Santos
P. Santos Diaz
Jorge Sanz-Forcada
M. Sarajlic
J.-F. Sauvage
D. Savio
A. Scaudo
S. Schäfer
R. P. Schiavon
T. M. Schmidt
C. Selmi
R. Simoes
A. Simonnin
S. Sivanandam
M. Sordet
R. Sordo
F. Sortino
D. Sosnowska
S. G. Sousa
A. Spang
R. Spiga
E. Stempels
J. R. Y. Stevenson
Klaus G. Strassmeier
A. Suárez Mascareño
A. Sulich
X. Sun
N. R. Tanvir
F. Tenegi-Sanginés
S. Thibault
S. J. Thompson
P. Tisserand
A. Tozzi
M. Turbet
J.-P. Véran
Julien Veran
P. Vallée
I. Vanni
R. Varas
A. Vega-Moreno
K. A. Venn
A. Verma
J. Vernet
M. Viel
G. Wade
C. Waring
M. Weber
J. Weder
B. Wehbé
J. Weingrill
M. Woche
M. Xompero
E. Zackrisson
A. Zanutta
M. R. Zapatero Osorio
M. Zechmeister
J. Zimara
ANDES, the high resolution spectrograph for the ELT: science goals, project overview, and future developments
Alessandro Marconi
Artur R. Abreu
Vardan Adibekyan
Valentina Alberti
Simon Albrecht
Jailson Alcaniz
Matteo Aliverti
Carlos Allende Prieto
Julian Alvarado-Gomez
Catarina Alves
Pedro J. Amado
Manuel Amate
Michael Andersen
Simone Antoniucci
E. Artigau
Christophe Bailet
Clark E. Baker
Veronica Baldini
Andrea Balestra
S.A. Barnes … (see 269 more)
Frédérique Baron
Susana Barros
Svend-Marian Bauer
Mathilde Beaulieu
Olga Bellido-Tirado
Björn Benneke
Thomas Bensby
Edwin Bergin
P. Berio
Katia Biazzo
Laurent Bigot
Arjan Bik
Jayne L. Birkby
Nicolas Blind
Olivier Boebion
Isabelle Boisse
Emeline Bolmont
J. S. Bolton
Marco Bonaglia
Xavier Bonfils
Lea Bonhomme
Francesco Borsa
Jean-Claude Bouret
Alexis Brandeker
Wolfgang Brandner
Christopher H. Broeg
Matteo Brogi
Denis Brousseau
Anna Brucalassi
Joar G. Brynnel
Lars A. Buchhave
David F. Buscher
Lorenzo Cabona
A. Cabral
Giorgio Calderone
Rocío Calvo-Ortega
Faustine Cantalloube
Bruno L. Canto Martins
Luca Carbonaro
Yan Caujolle
Gaël Chauvin
Bruno Chazelas
Anne-Laure L. Cheffot
Yuk Shan Cheng
Andrea Chiavassa
Lise B. Christensen
Roberto Cirami
Michele Cirasuolo
Neil J. Cook
Ryan Cooke
Igor Coretti
Stefano Covino
Nicolas B. Cowan
Giovanni Cresci
Stefano Cristiani
Vanderlei Cunha Parro
Guido Cupani
Valentina D'Odorico
Kamalesh Dadi
Izan C. de Castro Leão
Annalisa De Cia
Jose R. De Medeiros
Florian Debras
Michael Debus
Alain Delorme
Olivier Demangeon
Frederic Derie
M. Dessauges-Zavadsky
Paolo Di Marcantonio
Simona Di Stefano
Frank Dionies
Armando Domiciano de Souza
René Doyon
Jennifer S. Dunn
Sébastien E. Egner
David Ehrenreich
Joao P. Faria
Debora Ferruzzi
Chiara Feruglio
Martin Fisher
Adriano Fontana
B S. Frank
C. Fuesslein
M. Fumagalli
Thierry Fusco
Johan P. U. Fynbo
O. Gabella
W. Gaessler
E. Gallo
X. Gao
L. Genolet
M. Genoni
P. Giacobbe
E. Giro
R. S. Gonçalves
O. A. Gonzalez
J. I. González-Hernández
C. Gouvret
F. Gracia Témich
M. G. Haehnelt
C. Haniff
A. Hatzes
R. Helled
H. J. Hoeijmakers
I. Hughes
Philipp Huke
Y. Ivanisenko
A. S. Järvinen
S. P. Järvinen
A. Kaminski
J. Kern
J. Knoche
A. Kordt
H. Korhonen
A. Korn
D. Kouach
G. Kowzan
L. Kreidberg
M. Landoni
A. A. Lanotte
A. Lavail
B. Lavie
D. Lee
M. Lehmitz
J. Li
W. Li
J. Liske
C. Lovis
S. Lucatello
D. Lunney
M. J. MacIntosh
N. Madhusudhan
L. Magrini
R. Maiolino
J. Maldonado
L. Malo
A. W. S. Man
T. Marquart
C. M. J. Marques
E. L. Marques
P. Martinez
A. M. Martins
C. J. A. P. Martins
J. H. C. Martins
P. Maslowski
C. Mason
E. Mason
R. A. McCracken
M. A. F. Melo e Sousa
P. Mergo
G. Micela
D. Milaković
P. Mollière
M. A. Monteiro
D. Montgomery
C. Mordasini
J. Morin
A. Mucciarelli
M. T. Murphy
M. N'Diaye
N. Nardetto
B. Neichel
N. Neri
A. T. Niedzielski
E. Niemczura
B. Nisini
L. Nortmann
P. Noterdaeme
N. J. Nunes
L. Oggioni
F. Olchewsky
E. Oliva
H. Önel
L. Origlia
G. Östlin
N. N.-Q. Ouellette
Enric Pallé
P. Papaderos
G. Pariani
L. Pasquini
J. Peñate Castro
F. Pepe
C. Peroux
L. Perreault Levasseur
Sandrine Perruchot
P. Petit
Oliver Pfuhl
L. Pino
Javier Piqueras
N. Piskunov
A. Pollo
K. Poppenhaeger
M. Porru
J. Puschnig
A. Quirrenbach
Emily Rauscher
R. Rebolo
E. M. A. Redaelli
S. Reffert
D. T. Reid
A. Reiners
P. Richter
M. Riva
S. Rivoire
C. Rodríguez-López
I. U. Roederer
D. Romano
M. Roth
S. Rousseau
J. Rowe
A. Saccardi
S. Salvadori
N. Sanna
N. C. Santos
P. Santos Diaz
Jorge Sanz-Forcada
M. Sarajlic
J.-F. Sauvage
D. Savio
A. Scaudo
S. Schäfer
R. P. Schiavon
T. M. Schmidt
C. Selmi
R. Simoes
A. Simonnin
S. Sivanandam
M. Sordet
R. Sordo
F. Sortino
D. Sosnowska
S. G. Sousa
A. Spang
R. Spiga
E. Stempels
J. R. Y. Stevenson
Klaus G. Strassmeier
A. Suárez Mascareño
A. Sulich
X. Sun
N. R. Tanvir
F. Tenegi-Sanginés
S. Thibault
S. J. Thompson
P. Tisserand
A. Tozzi
M. Turbet
Julien Veran
P. Vallée
I. Vanni
R. Varas
A. Vega-Moreno
K. A. Venn
A. Verma
J. Vernet
M. Viel
G. Wade
C. Waring
M. Weber
J. Weder
B. Wehbé
J. Weingrill
M. Woche
M. Xompero
E. Zackrisson
A. Zanutta
M. R. Zapatero Osorio
M. Zechmeister
J. Zimara
The first generation of ELT instruments includes an optical-infrared high-resolution spectrograph, indicated as ELT-HIRES and recently chris… (see more)tened ANDES (ArmazoNes high Dispersion Echelle Spectrograph). ANDES consists of three fibre-fed spectrographs ([U]BV, RIZ, YJH) providing a spectral resolution of
ANDES, the high resolution spectrograph for the ELT: science goals, project overview, and future developments
Alessandro Marconi
Artur R. Abreu
Vardan Adibekyan
Valentina Alberti
Simon Albrecht
Jailson Alcaniz
Matteo Aliverti
Carlos Allende Prieto
Julian Alvarado-Gomez
Catarina Alves
Pedro J. Amado
Manuel Amate
Michael Andersen
Simone Antoniucci
E. Artigau
Christophe Bailet
Clark E. Baker
Veronica Baldini
Andrea Balestra
S.A. Barnes … (see 269 more)
Frédérique Baron
Susana Barros
Svend-Marian Bauer
Mathilde Beaulieu
Olga Bellido-Tirado
Björn Benneke
Thomas Bensby
Edwin Bergin
P. Berio
Katia Biazzo
Laurent Bigot
Arjan Bik
Jayne L. Birkby
Nicolas Blind
Olivier Boebion
Isabelle Boisse
Emeline Bolmont
J. S. Bolton
Marco Bonaglia
Xavier Bonfils
Lea Bonhomme
Francesco Borsa
Jean-Claude Bouret
Alexis Brandeker
Wolfgang Brandner
Christopher H. Broeg
Matteo Brogi
Denis Brousseau
Anna Brucalassi
Joar G. Brynnel
Lars A. Buchhave
David F. Buscher
Lorenzo Cabona
A. Cabral
Giorgio Calderone
Rocío Calvo-Ortega
Faustine Cantalloube
Bruno L. Canto Martins
Luca Carbonaro
Yan Caujolle
Gaël Chauvin
Bruno Chazelas
Anne-Laure L. Cheffot
Yuk Shan Cheng
Andrea Chiavassa
Lise B. Christensen
Roberto Cirami
Michele Cirasuolo
Neil J. Cook
Ryan Cooke
Igor Coretti
Stefano Covino
Nicolas B. Cowan
Giovanni Cresci
Stefano Cristiani
Vanderlei Cunha Parro
Guido Cupani
Valentina D'Odorico
Kamalesh Dadi
Izan C. de Castro Leão
Annalisa De Cia
Jose R. De Medeiros
Florian Debras
Michael Debus
Alain Delorme
Olivier Demangeon
Frederic Derie
M. Dessauges-Zavadsky
Paolo Di Marcantonio
Simona Di Stefano
Frank Dionies
Armando Domiciano de Souza
René Doyon
Jennifer S. Dunn
Sébastien E. Egner
David Ehrenreich
Joao P. Faria
Debora Ferruzzi
Chiara Feruglio
Martin Fisher
Adriano Fontana
B S. Frank
C. Fuesslein
M. Fumagalli
Thierry Fusco
Johan P. U. Fynbo
O. Gabella
W. Gaessler
E. Gallo
X. Gao
L. Genolet
M. Genoni
P. Giacobbe
E. Giro
R. S. Gonçalves
O. A. Gonzalez
J. I. González-Hernández
C. Gouvret
F. Gracia Témich
M. G. Haehnelt
C. Haniff
A. Hatzes
R. Helled
H. J. Hoeijmakers
I. Hughes
Philipp Huke
Y. Ivanisenko
A. S. Järvinen
S. P. Järvinen
A. Kaminski
J. Kern
J. Knoche
A. Kordt
H. Korhonen
A. Korn
D. Kouach
G. Kowzan
L. Kreidberg
M. Landoni
A. A. Lanotte
A. Lavail
B. Lavie
D. Lee
M. Lehmitz
J. Li
W. Li
J. Liske
C. Lovis
S. Lucatello
D. Lunney
M. J. MacIntosh
N. Madhusudhan
L. Magrini
R. Maiolino
J. Maldonado
L. Malo
A. W. S. Man
T. Marquart
C. M. J. Marques
E. L. Marques
P. Martinez
A. M. Martins
C. J. A. P. Martins
J. H. C. Martins
P. Maslowski
C. Mason
E. Mason
R. A. McCracken
M. A. F. Melo e Sousa
P. Mergo
G. Micela
D. Milaković
P. Mollière
M. A. Monteiro
D. Montgomery
C. Mordasini
J. Morin
A. Mucciarelli
M. T. Murphy
M. N'Diaye
N. Nardetto
B. Neichel
N. Neri
A. T. Niedzielski
E. Niemczura
B. Nisini
L. Nortmann
P. Noterdaeme
N. J. Nunes
L. Oggioni
F. Olchewsky
E. Oliva
H. Önel
L. Origlia
G. Östlin
N. N.-Q. Ouellette
Enric Pallé
P. Papaderos
G. Pariani
L. Pasquini
J. Peñate Castro
F. Pepe
C. Peroux
L. Perreault Levasseur
Sandrine Perruchot
P. Petit
Oliver Pfuhl
L. Pino
Javier Piqueras
N. Piskunov
A. Pollo
K. Poppenhaeger
M. Porru
J. Puschnig
A. Quirrenbach
Emily Rauscher
R. Rebolo
E. M. A. Redaelli
S. Reffert
D. T. Reid
A. Reiners
P. Richter
M. Riva
S. Rivoire
C. Rodríguez-López
I. U. Roederer
D. Romano
M. Roth
S. Rousseau
J. Rowe
A. Saccardi
S. Salvadori
N. Sanna
N. C. Santos
P. Santos Diaz
Jorge Sanz-Forcada
M. Sarajlic
J.-F. Sauvage
D. Savio
A. Scaudo
S. Schäfer
R. P. Schiavon
T. M. Schmidt
C. Selmi
R. Simoes
A. Simonnin
S. Sivanandam
M. Sordet
R. Sordo
F. Sortino
D. Sosnowska
S. G. Sousa
A. Spang
R. Spiga
E. Stempels
J. R. Y. Stevenson
Klaus G. Strassmeier
A. Suárez Mascareño
A. Sulich
X. Sun
N. R. Tanvir
F. Tenegi-Sanginés
S. Thibault
S. J. Thompson
P. Tisserand
A. Tozzi
M. Turbet
Julien Veran
P. Vallée
I. Vanni
R. Varas
A. Vega-Moreno
K. A. Venn
A. Verma
J. Vernet
M. Viel
G. Wade
C. Waring
M. Weber
J. Weder
B. Wehbé
J. Weingrill
M. Woche
M. Xompero
E. Zackrisson
A. Zanutta
M. R. Zapatero Osorio
M. Zechmeister
J. Zimara
The first generation of ELT instruments includes an optical-infrared high-resolution spectrograph, indicated as ELT-HIRES and recently chris… (see more)tened ANDES (ArmazoNes high Dispersion Echelle Spectrograph). ANDES consists of three fibre-fed spectrographs ([U]BV, RIZ, YJH) providing a spectral resolution of
ANDES, the high resolution spectrograph for the ELT: science goals, project overview, and future developments
Alessandro Marconi
Artur R. Abreu
Vardan Adibekyan
Valentina Alberti
Simon Albrecht
Jailson Alcaniz
Matteo Aliverti
Carlos Allende Prieto
Julian Alvarado-Gomez
Catarina Alves
Pedro J. Amado
Manuel Amate
Michael Andersen
Simone Antoniucci
E. Artigau
Christophe Bailet
Clark E. Baker
Veronica Baldini
Andrea Balestra
S.A. Barnes … (see 269 more)
Frédérique Baron
Susana Barros
Svend-Marian Bauer
Mathilde Beaulieu
Olga Bellido-Tirado
Björn Benneke
Thomas Bensby
Edwin Bergin
P. Berio
Katia Biazzo
Laurent Bigot
Arjan Bik
Jayne L. Birkby
Nicolas Blind
Olivier Boebion
Isabelle Boisse
Emeline Bolmont
J. S. Bolton
Marco Bonaglia
Xavier Bonfils
Lea Bonhomme
Francesco Borsa
Jean-Claude Bouret
Alexis Brandeker
Wolfgang Brandner
Christopher H. Broeg
Matteo Brogi
Denis Brousseau
Anna Brucalassi
Joar G. Brynnel
Lars A. Buchhave
David F. Buscher
Lorenzo Cabona
A. Cabral
Giorgio Calderone
Rocío Calvo-Ortega
Faustine Cantalloube
Bruno L. Canto Martins
Luca Carbonaro
Yan Caujolle
Gaël Chauvin
Bruno Chazelas
Anne-Laure L. Cheffot
Yuk Shan Cheng
Andrea Chiavassa
Lise B. Christensen
Roberto Cirami
Michele Cirasuolo
Neil J. Cook
Ryan Cooke
Igor Coretti
Stefano Covino
Nicolas B. Cowan
Giovanni Cresci
Stefano Cristiani
Vanderlei Cunha Parro
Guido Cupani
Valentina D'Odorico
Kamalesh Dadi
Izan C. de Castro Leão
Annalisa De Cia
Jose R. De Medeiros
Florian Debras
Michael Debus
Alain Delorme
Olivier Demangeon
Frederic Derie
M. Dessauges-Zavadsky
Paolo Di Marcantonio
Simona Di Stefano
Frank Dionies
Armando Domiciano de Souza
René Doyon
Jennifer S. Dunn
Sébastien E. Egner
David Ehrenreich
Joao P. Faria
Debora Ferruzzi
Chiara Feruglio
Martin Fisher
Adriano Fontana
B S. Frank
C. Fuesslein
M. Fumagalli
Thierry Fusco
Johan P. U. Fynbo
O. Gabella
W. Gaessler
E. Gallo
X. Gao
L. Genolet
M. Genoni
P. Giacobbe
E. Giro
R. S. Gonçalves
O. A. Gonzalez
J. I. González-Hernández
C. Gouvret
F. Gracia Témich
M. G. Haehnelt
C. Haniff
A. Hatzes
R. Helled
H. J. Hoeijmakers
I. Hughes
Philipp Huke
Y. Ivanisenko
A. S. Järvinen
S. P. Järvinen
A. Kaminski
J. Kern
J. Knoche
A. Kordt
H. Korhonen
A. Korn
D. Kouach
G. Kowzan
L. Kreidberg
M. Landoni
A. A. Lanotte
A. Lavail
B. Lavie
D. Lee
M. Lehmitz
J. Li
W. Li
J. Liske
C. Lovis
S. Lucatello
D. Lunney
M. J. MacIntosh
N. Madhusudhan
L. Magrini
R. Maiolino
J. Maldonado
L. Malo
A. W. S. Man
T. Marquart
C. M. J. Marques
E. L. Marques
P. Martinez
A. M. Martins
C. J. A. P. Martins
J. H. C. Martins
P. Maslowski
C. Mason
E. Mason
R. A. McCracken
M. A. F. Melo e Sousa
P. Mergo
G. Micela
D. Milaković
P. Mollière
M. A. Monteiro
D. Montgomery
C. Mordasini
J. Morin
A. Mucciarelli
M. T. Murphy
M. N'Diaye
N. Nardetto
B. Neichel
N. Neri
A. T. Niedzielski
E. Niemczura
B. Nisini
L. Nortmann
P. Noterdaeme
N. J. Nunes
L. Oggioni
F. Olchewsky
E. Oliva
H. Önel
L. Origlia
G. Östlin
N. N.-Q. Ouellette
Enric Pallé
P. Papaderos
G. Pariani
L. Pasquini
J. Peñate Castro
F. Pepe
C. Peroux
L. Perreault Levasseur
Sandrine Perruchot
P. Petit
Oliver Pfuhl
L. Pino
Javier Piqueras
N. Piskunov
A. Pollo
K. Poppenhaeger
M. Porru
J. Puschnig
A. Quirrenbach
Emily Rauscher
R. Rebolo
E. M. A. Redaelli
S. Reffert
D. T. Reid
A. Reiners
P. Richter
M. Riva
S. Rivoire
C. Rodríguez-López
I. U. Roederer
D. Romano
M. Roth
S. Rousseau
J. Rowe
A. Saccardi
S. Salvadori
N. Sanna
N. C. Santos
P. Santos Diaz
Jorge Sanz-Forcada
M. Sarajlic
J.-F. Sauvage
D. Savio
A. Scaudo
S. Schäfer
R. P. Schiavon
T. M. Schmidt
C. Selmi
R. Simoes
A. Simonnin
S. Sivanandam
M. Sordet
R. Sordo
F. Sortino
D. Sosnowska
S. G. Sousa
A. Spang
R. Spiga
E. Stempels
J. R. Y. Stevenson
Klaus G. Strassmeier
A. Suárez Mascareño
A. Sulich
X. Sun
N. R. Tanvir
F. Tenegi-Sanginés
S. Thibault
S. J. Thompson
P. Tisserand
A. Tozzi
M. Turbet
Julien Veran
P. Vallée
I. Vanni
R. Varas
A. Vega-Moreno
K. A. Venn
A. Verma
J. Vernet
M. Viel
G. Wade
C. Waring
M. Weber
J. Weder
B. Wehbé
J. Weingrill
M. Woche
M. Xompero
E. Zackrisson
A. Zanutta
M. R. Zapatero Osorio
M. Zechmeister
J. Zimara
The first generation of ELT instruments includes an optical-infrared high-resolution spectrograph, indicated as ELT-HIRES and recently chris… (see more)tened ANDES (ArmazoNes high Dispersion Echelle Spectrograph). ANDES consists of three fibre-fed spectrographs ([U]BV, RIZ, YJH) providing a spectral resolution of