statistiche ricercatore

CERRETTO, GIANCARLO

Distribuzione geografica

Continente	#
NA - Nord America	7.058
EU - Europa	3.190
AS - Asia	1.956
SA - Sud America	112
AF - Africa	22
Continente sconosciuto - Info sul continente non disponibili	15
OC - Oceania	10
Totale	12.363

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Nazione	#
US - Stati Uniti d'America	6.925
SG - Singapore	800
SE - Svezia	724
IT - Italia	587
UA - Ucraina	518
HK - Hong Kong	470
CN - Cina	444
DE - Germania	374
GB - Regno Unito	267
FR - Francia	249
FI - Finlandia	115
CA - Canada	103
BR - Brasile	81
IE - Irlanda	68
PL - Polonia	61
NL - Olanda	56
RU - Federazione Russa	43
IN - India	42
JP - Giappone	41
BE - Belgio	34
VN - Vietnam	30
MX - Messico	26
KR - Corea	25
ES - Italia	23
BA - Bosnia-Erzegovina	20
BD - Bangladesh	15
EU - Europa	14
ZA - Sudafrica	14
CH - Svizzera	12
ID - Indonesia	12
AT - Austria	10
AU - Australia	10
IR - Iran	10
CL - Cile	9
TR - Turchia	9
AR - Argentina	8
KZ - Kazakistan	7
GR - Grecia	6
IQ - Iraq	6
MY - Malesia	6
PH - Filippine	6
TW - Taiwan	6
RO - Romania	5
IL - Israele	4
RS - Serbia	4
TH - Thailandia	4
AZ - Azerbaigian	3
CO - Colombia	3
LT - Lituania	3
PT - Portogallo	3
SA - Arabia Saudita	3
TN - Tunisia	3
UZ - Uzbekistan	3
VE - Venezuela	3
BO - Bolivia	2
CZ - Repubblica Ceca	2
DZ - Algeria	2
EC - Ecuador	2
NP - Nepal	2
PE - Perù	2
PY - Paraguay	2
A2 - ???statistics.table.value.countryCode.A2???	1
AE - Emirati Arabi Uniti	1
AM - Armenia	1
BB - Barbados	1
BG - Bulgaria	1
CR - Costa Rica	1
DM - Dominica	1
GE - Georgia	1
HN - Honduras	1
HR - Croazia	1
HU - Ungheria	1
KE - Kenya	1
KG - Kirghizistan	1
KW - Kuwait	1
LU - Lussemburgo	1
MA - Marocco	1
MD - Moldavia	1
MN - Mongolia	1
NG - Nigeria	1
NO - Norvegia	1
PK - Pakistan	1
PS - Palestinian Territory	1
Totale	12.363

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Città	#
Cambridge	1.131
Chandler	742
Fairfield	517
Hong Kong	456
Woodbridge	440
Ann Arbor	405
Ashburn	373
Singapore	345
Wilmington	298
Houston	297
Boardman	278
Beijing	270
Seattle	216
Jacksonville	211
Nyköping	165
San Mateo	150
Turin	140
New York	119
Los Angeles	84
Dearborn	74
Dublin	68
Rome	64
Falkenstein	52
Kraków	49
Toronto	43
Munich	41
Strasbourg	40
Ogden	38
Helsinki	37
Ottawa	36
Chicago	32
Amsterdam	30
Brussels	29
London	29
Milan	27
Des Moines	26
Guangzhou	24
Las Vegas	22
Redmond	21
Wuhan	20
Atlanta	18
Tokyo	18
West Jordan	18
Turku	17
Brooklyn	16
San Diego	16
Hanoi	15
Hanover	15
Seongnam	15
Boston	14
Moscow	14
Braunschweig	13
Buffalo	13
Florence	13
Frankfurt am Main	13
Miami	12
Salt Lake City	12
Nuremberg	11
São Paulo	11
Torino	11
Johannesburg	10
Paris	10
San Francisco	10
Sarajevo	10
Shanghai	10
Varese	10
Assago	9
Dallas	9
Redwood City	9
Verona	9
Council Bluffs	8
Mexico City	8
Phoenix	8
Xi'an	8
Auburn Hills	7
Giaveno	7
Ho Chi Minh City	7
Madrid	7
Montreal	7
Santa Clara	7
Stockholm	7
Tampa	7
Vimodrone	7
Alamosa	6
Almaty	6
Elk Grove Village	6
Querétaro City	6
Seoul	6
Teddington	6
Vienna	6
Boulder	5
Carshalton	5
Chennai	5
Lancaster	5
Mountain View	5
Nanjing	5
Rufina	5
San Maurizio Canavese	5
Sesto Fiorentino	5
Sterling	5
Totale	8.007

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Nome	#
The H2020 european project DEMETRA: Experimental time services based on European GNSS signals	310
The European Project DEMETRA: Demonstrating Time Dissemination Services	301
Measurement of CNGS muon neutrino speed with Borexino	281
Intercontinental comparison of optical atomic clocks through very long baseline interferometry	276
In-orbit performance assessment of GIOVE clocks	272
Time metrology in the Galileo navigation system: The experience of the Italian National Metrology Institute	272
Preliminary step for a UTC(IT) steering algorithm based on the ITCsF2 primary frequency standard measurements	242
Latest Improvements at INRIM Time Laboratory	241
The Horizon 2020 DEMETRA project: DEMonstrator of EGNSS services based on Time Reference Architecture	235
Near real-time comparison and monitoring of time scales with precise point positioning using NRCan ultra-rapid products	235
Precision measurement of the neutrino velocity with the ICARUS detector in the CNGS beam	226
Further Characterization of the Time Transfer Capabilities of Precise Point Positioning (PPP): The Sliding Batch Procedure	220
Network Time and Frequency Transfer With GNSS Receivers Located in Time Laboratories	217
Muography	211
Improvements on the UTC(IT) timescale at INRIM	208
Advances on the use of Galileo signals in time metrology: calibrated time transfer and estimation of UTC and GGTO using a combined commercial GPS-Galileo receiver	204
Near-real time synchronization through a network of GNSS receivers located in timing laboratories	203
The Time Validation Facility (TVF): An All-New Key Element of the Galileo Operational Phase	201
Realization of a White Rabbit Timing Link in Italy	190
GPS-based CERN-LNGS time link for Borexino	189
GNSS geodetic techniques for Time and Frequency Transfer applications	185
GNSS interoperability: offset between reference time scales and timing biases	183
Calibration of Galileo signals for time metrology	179
First evaluation of a rapid time transfer within the IGS Global Real-Time Network	176
Precise Point Positioning: implementation of the constrained clock model and analysis of its effects in T/F transfer	175
GNSS Interoperability: Offset Between Reference Time Scales and Timing Biases	175
GPS/GIOVE interoperability: GGTO and timing biases	170
Further Characterization of the Time Transfer Capabilities of Precise Point Positioning (PPP)	170
Time Metrology for Fundamental Physics Experiments: INRIM’s experience with the FRATERNISE project	164
Intercontinental Comparison of Lattice Clocks Using a Broadband VLBI Technique	151
Rapid Transatlantic Time Transfer Surveying the Link between USNO and IEN within the IGS Global Real-Time Network	148
INRIM Time and Frequency Laboratory: an update on the status and on the ongoing enhancement activities	146
E-OSPF Experimentation results in the frame of the GIOVE-M Core Infrastructure	141
Broadband Two-Way Satellite Link Performance for Optical Clock Comparison	138
The Galileo System Test Bed V2 for Orbit and Clock Modeling	138
Evaluation of the OD&TS system noise in the GIOVE mission	135
Commutatore per scale di tempo	134
Evaluation of the OD&TS System Noise in the GALILEO GIOVE Mission	134
Renewal of INRIM Time and Frequency Laboratory.	134
Demonstrator of Time Services based on European GNSS signals: the H2020 DEMETRA Project	133
Evaluation of the Time and Frequency Transfer Capabilities of a network of GNSS receivers located in timing laboratories	132
Direct comparisons of European primary and secondary frequency standards via satellite techniques	132
Improvements in the Realization of the Italian Time Scale UTC(IT)	129
Towards a Galileo Navigation Message	127
Building Galileo Navigation System: Two Years of Giove-M Experimentation	126
Time for GIOVE-A, the onboard rubidium clock experiment	126
GPS/GALILEO Interoperability: GGTO, Timing Biases And GIOVE-A Experience	123
Time and Frequency Transfer througha network of GNSS receivers located in Timing Laboratories	122
Advances in Time and Frequency Transfer from Dual-Frequency GPS Pseudorange and Carrier-Phase Observations	120
Interference at INRIM in L2 and related analysis	120
Extensive Cosmic Showers Detection: Metrological Characterization and Optimization of the EEE Timing System	120
The new Data Measurement System - DMS of the INRIM Time Laboratory	120
The new Time and Frequency Laboratory Switch Unit	120
Contribution to first assessment of ground and space clock	118
Statement of Compliance (SOC) to the “Galileo Experimental Sensors Stations (GESS) Site Interface Requirement Document (SIRD)	118
GPS/GIOVE Interoperability: GGTO and Timing Biases	118
INRIM Current Timing Activities for the development of the Galileo System	116
Statistical constraints on station clock parameter in the NRCan PPP estimation process	116
"GPS Time Transfer: Using Precise Point Positioning for Clock Comparisons"	115
Estimation and Prediction of the GIOVE Clocks	114
Preliminary evaluation of the INRIM TTS3 GPS receiver	111
The new Cables Database for the Time and Frequency Laboratory.	111
PPP using NRCan Ultra Rapid Products: near real-time comparison and monitoring of time-scales generated in time and frequency laboratories	109
Precise Point Positioning for timing	108
In-orbit performance of GIOVE clocks	106
Time and Frequency Transfer through a network of GNSS recerivers located in Timing Laboratories	106
Dataset for 'Intercontinental comparison of optical atomic clocks through very long baseline interferometry'	105
Il Precise Point Positioning: confronto a distanza di orologi mediante ricevitori GPS per geodesia	101
The use of GNSS geodetic receivers for time and frequency transfer applications	100
Campagna di sperimentazione del PPP a cura dello IEN e di NRCan	97
GESS UTC I/F Deployment and Installation Plan	91
IEN Site Readiness Report (SRR)	90
The First Months of the Galileo Timekeeping and Time Dissemination: The Role of the Time Validation Facility	89
Extensive cosmic showers detection: the importance of timing and the role of GPS in the EEE experiment	87
CTS for Time Metrology - An overview of the current time and frequency metrology best practices and possible perspectives for timing with muons	86
Measurement of CNGS Muon Neutrinos Speed with Borexino: INRIM and ROA Contribution	83
Muochrony: timing with muons - First experimental results at INRIM on the synchronization of atomic clocks and dissemination of reference timescales	82
Precise Frequency Transfer with Broadband Transportable VLBI Stations	72
The File Management System: a highly configurable package for the implementation of automatic flows of files between local and remote machines.	71
Characterization of GNSS receivers for timing applications with inaccurate external reference clock or with internal reference	66
Experimental time dissemination services based on European GNSS signals: The H2020 DEMETRA project	64
CTS for Time Metrology - first experimental results at INRIM and possible perspectives for timing with muons	64
The European Project DEMETRA, Timing services based on European GNSS: First experimental results	62
Time dissemination services: The experimental results of the European H2020 DEMETRA project	58
Il progetto “FRATERNISE”: Facility ad elevata accuRAtezza Temporale pEr espeRimeNti di fISica fondamEntale	53
INRIM RadioNavigation Laboratory: an overall renewal to be a state-of-the art facility for scientific and industrial applications.	49
First experimental results of the cosmic time synchronizer for a wireless, precise, and perpetual time synchronization system	37
Measuring time to understand the universe	34
Timing Requirements Analysis for Particle Physics and Astrophysics: A Metrological Point of View	29
null	11
Totale	12.607

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Categoria	#
all - tutte	83.744
article - articoli	0
book - libri	0
conference - conferenze	0
curatela - curatele	0
other - altro	0
patent - brevetti	0
selected - selezionate	0
volume - volumi	0
Totale	83.744

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	Totale	Lug	Ago	Sett	Ott	Nov	Dic	Gen	Feb	Mar	Apr	Mag	Giu
2020/2021	1.108	0	13	170	13	135	47	237	78	226	107	49	33
2021/2022	1.152	227	60	38	72	107	43	98	113	132	91	59	112
2022/2023	1.689	66	109	174	156	189	258	23	190	319	33	83	89
2023/2024	1.124	83	108	194	83	50	56	133	45	166	59	42	105
2024/2025	2.364	102	27	127	63	103	118	168	162	622	160	343	369
2025/2026	642	397	245	0	0	0	0	0	0	0	0	0	0
Totale													12.607