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Thus, it was asked to ASECNA to expand the scope of the calibration to the test equipment similar to those used for AFISNET. (...) Moreover, the average cost of a calibration applied by external service providers is 400 000 F CFA (€ 611) per calibration and a maximum delay waiting more than 60 days and 700 000 F CFA (1069 €) per calibration, if the delay waiting is less than 60 days (See ASECNA Data Base). Taking into account the waiting delay of calibration operations, then it is clear that each partner will make a 500 000 CFA economy (€ 763) per calibrated equipment.
Language:English
Score: 1114497.9 - https://www.icao.int/WACAF/Doc...14-en-Calibration%20Center.pdf
Data Source: un
IP 05 INTERNATIONAL CIVIL AVIATION ORGANIZATION WESTERN AND CENTRAL AFRICA OFFICE Twenty-fifth Meeting of the AFI Satellite Network Management Committee (SNMC/25) (Freetown, Sierra Leone, 18-22 December 2017) Agenda Item 1: Calibration Center (Presented by ASECNA) SUMMARY This paper aims to draw the attention of the meeting on the challenges of the Calibration Center Reference: Action by the meeting in paragraph 3 1. (...) The training for ASECNA Staff were done by the National Laboratory of Calibration (LNE) in France. 2. Discussion The action plan provided in appendix is developed for a smooth implementation of the calibration center, in order to ensure that the calibration center will be fully operational immediately after its establishment. 3. (...) SNMC/25 – IP/XX Appendix STRATEGIC PLAN FOR THE IMPLEMENTATION OF THE CENTRE OF CALIBRATION SHORT TERM Tasks or actions Who Progress Observations Identify a new location for the building and provision for the cost of this building ASECNA Done The cost for this project has been planned in ASECNA budget for Investment project for 2018 to 2022 Continued calibration by comparison with the current resources and extension to some equipment where possible ASECNA In progress Calibration of some measuring devices (powermetre, signal generator, spectrum analyser of, etc.) and barometers.
Language:English
Score: 1113609.5 - https://www.icao.int/WACAF/Doc...005%20Calibration%20Center.pdf
Data Source: un
BACKGROUND The need of a common calibration center for AFISNET test equipment, in the WACAF region for the benefit of members States/Organizations was raised by Decision 18/02 of SNMC/18. (...) ASECNA tasked to implement the calibration center reported to SNMC 22 the progress made through the action of data collection training of technical personnel and studies conducted since SNMC 21. (...) However the potential test equipment candidate to be calibrated which were to be collected and forwarded by NAMA is still awaited.
Language:English
Score: 1112560.7 - https://www.icao.int/WACAF/Doc...%2011-Calibration%20Center.pdf
Data Source: un
To quantify the specific needs in the calibration materials, requesting countries are required to submit end-user information following the template presented in Annex 2. 3. (...) Description Price A24734 96W FST CALIBRATOR W/ABY DYE $0.01 A24735 96W FST CALIBRATOR W/JUN DYE $0.01 A24737 96W STD CALIBRATOR W/JUN DYE $0.01 A24738 96W STD CALIBRATOR W/ABY DYE $0.01 A24734 96W FST CALIBRATOR W/ABY DYE $0.01 A24735 96W FST CALIBRATOR W/JUN DYE $0.01 A26336 FAST 96-WELL 4-DYE CAL PLATE 1 $0.01 A26337 FAST 96-WELL 4-DYE CAL PLATE 2 $0.01 A26331 96-WELL 0.2ML CAL PLATE 1 $0.01 A26332 96-WELL 0.2ML CAL PLATE 2 $0.01 A26334 384-WELL CAL PLATE 1 $0.01 A26335 384-WELL CAL PLATE 2 $0.01 A24733 384WELL CALIBRATOR W/JUN DYE $0.01 A24736 384WELL CALIBRATOR W/ABY DYE $0.01 Full Calibration Set Instrument Part no.  Description Price 4360788 FG,FAST 7500 SPECTRAL CAL KIT I $0.01 4351979 TaqMan™ RNase P Instrument Verification Plate 96fast $0.01 A24734 96W FST CALIBRATOR W/ABY DYE $0.01 A24735 96W FST CALIBRATOR W/JUN DYE $0.01 4349180 FG,7500 SPECTRAL DYE CAL KIT I $0.01 4350584 96 WELL RNASE P VERIF PLATE $0.01 A24737 96W STD CALIBRATOR W/JUN DYE $0.01 A24738 96W STD CALIBRATOR W/ABY DYE $0.01 4360788 FG,FAST 7500 SPECTRAL CAL KIT I $0.01 4351979 TaqMan™ RNase P Instrument Verification Plate 96fast $0.01 A24734 96W FST CALIBRATOR W/ABY DYE $0.01 A24735 96W FST CALIBRATOR W/JUN DYE $0.01 A26336 FAST 96-WELL 4-DYE CAL PLATE 1 $0.01 A26337 FAST 96-WELL 4-DYE CAL PLATE 2 $0.01 4432426 FAST 96WELL ROI&BCKGRND PLATES $0.01 4351979 TaqMan™ RNase P Instrument Verification Plate 96fast $0.01 A26331 96-WELL 0.2ML CAL PLATE 1 $0.01 A26332 96-WELL 0.2ML CAL PLATE 2 $0.01 4432382 TAQMAN RNASE P 96-WELL INSTR $0.01 4432364 96WELL ROI&BCKGRND PLATES $0.01 A26334 384-WELL CAL PLATE 1 $0.01 A26335 384-WELL CAL PLATE 2 $0.01 4432320 384 WELL ROI&BCKGRND PLATES $0.01 4455280 TaqMan™ RNase P Instrument Verification Plate - 384 $0.01 4432271 384-WELL CALIBRATION PLATE - FAM $0.01 4432278 384-WELL CALIBRATION PLATE - VIC $0.01 4432284 384-WELL CALIBRATION PLATE - ROX $0.01 A24733 384WELL CALIBRATOR W/JUN DYE $0.01 A24736 384WELL CALIBRATOR W/ABY DYE $0.01 4432308 384-WELL NORMALIZATION PLATES - FAM/ROX and VIC/ROX $0.01 4432320 384-WELL ROI&BACKGROUND PLATES $0.01 4455280 TaqMan™ RNase P Instrument Verification Plate - 384 $0.01 QuantStudio 5 - 384 Quant Studio 7-384 Quant Studio 7-384 7500 Fast 7500 Standard 7500 Fast Dx QuantStudio 5 - 0.1ml QuantStudio 5 - 0.2ml 7500 Fast 7500 Standard 7500 Fast Dx Quant Studio 5 - 0.1mL Quant Studio 5 - 0.2 mL Quant Studio 5-384 Product Reference Note: TaqPath COVID-19 CE-IVD RT-PCR Kit manufactured by Thermo Fisher Annex 2: End-user information tracker (a soft version is provided by UNICEF to the requestors) TaqPath™ COVID‑19 CE‑IVD RT‑PCR Kit end-user tracker Instructions: For a lab with multiple instruments, there is no need to repeat the customer and Lab information.
Language:English
Score: 1109159 - https://www.unicef.org/supply/...-19-CE-IVD-RT-PCR-Kit-2021.pdf
Data Source: un
Unit 2, on the other hand, has had its measuring Instruments calibrated at laboratory B, which has had its standard calibrated from laboratory A. (...) During calibration, the stan- dard input is varied to the readability of the unit under calibration. (...) Calibration in analytical measurements In analytical chemistry, calibration has two components: • Calibration of measuring instruments; • Calibration of the analytical method.
Language:English
Score: 1105010.3 - https://www.unido.org/sites/de...surement_and_calibration_0.pdf
Data Source: un
-- Module Colour-Attributes (T.415:03/1993) Colour-Attributes {2 8 1 5 14} DEFINITIONS ::= BEGIN EXPORTS Colour-Expression, Colour-Table, Colour-Spaces-List, Colour-Characteristics; IMPORTS Character-Data FROM Document-Profile-Descriptor; -- see 7.7 Real-Or-Int ::= CHOICE {a REAL, b INTEGER } Colour-Expression ::= SEQUENCE { colour-access-mode [0] IMPLICIT INTEGER {direct(0), indexed(1)}, a [1] CHOICE {direct-colour [0] IMPLICIT Direct-Colour, indexed-colour [1] IMPLICIT Indexed-Colour} } Direct-Colour ::= SET { colour-space-id [0] IMPLICIT INTEGER OPTIONAL, colour-specification [1] Colour-Specification OPTIONAL, colour-tolerance [2] Colour-Tolerance OPTIONAL } Colour-Specification ::= CHOICE { cmyk-colour [0] IMPLICIT CMYK-Colour, rgb-colour [1] IMPLICIT RGB-Colour, cie-colour [2] IMPLICIT CIE-Colour } CMYK-Colour ::= SET { c-value [0] Real-Or-Int, m-value [1] Real-Or-Int, y-value [2] Real-Or-Int, k-value [3] Real-Or-Int OPTIONAL } RGB-Colour ::= SET { r-value [0] Real-Or-Int, g-value [1] Real-Or-Int, b-value [2] Real-Or-Int } CIE-Colour ::= SET { x-value [0] Real-Or-Int, y-value [1] Real-Or-Int, z-value [2] Real-Or-Int } Colour-Tolerance ::= CHOICE { unspecified-tolerance [0] IMPLICIT NULL, specified-tolerance [1] IMPLICIT Specified-Tolerance } Specified-Tolerance ::= SET { tolerance-value [0] Real-Or-Int, tolerance-space [1] IMPLICIT INTEGER {cieluv(3), cielab(4)} } Indexed-Colour ::= SET {index [0] IMPLICIT INTEGER OPTIONAL } Colour-Table ::= SET { colour-space-id [0] IMPLICIT INTEGER, colour-table-entries [1] IMPLICIT SET OF SET {index [0] IMPLICIT INTEGER, colour-coordinates [1] Colour-Specification, colour-tolerance [2] Colour-Tolerance OPTIONAL } } Colour-Characteristics ::= SET { colour-spaces-present [0] IMPLICIT SEQUENCE OF SET {colour-space-type [0] IMPLICIT Colour-Space-Type, colour-calibration-type [1] IMPLICIT Colour-Space-Calibration-Type}, colour-modes-present [1] IMPLICIT Colour-Modes-Present, minimum-colour-tolerance [2] Colour-Tolerance OPTIONAL, maximum-colour-table-length [3] IMPLICIT INTEGER OPTIONAL, -- "maximum number of colour table entries" maximum-rgb-lut-length [4] IMPLICIT INTEGER OPTIONAL, -- "maximum number of look-up table entries" maximum-cmy-k-grid-size [5] IMPLICIT INTEGER OPTIONAL } Colour-Space-Type ::= INTEGER {rgb(0), cmyk(1), cmy(2), cieluv(3), cielab(4)} Colour-Space-Calibration-Type ::= INTEGER { no-calibration(0), matrices(1), lookup-tables(2), matrices-and-lookup-tables(3)} Colour-Modes-Present ::= INTEGER {direct(0), indexed(1), both(2)} Colour-Spaces-List ::= SET OF Colour-Space Colour-Space ::= SET { colour-space-id [0] IMPLICIT INTEGER, colour-space-type [1] IMPLICIT Colour-Space-Type, colour-space-name [2] IMPLICIT Character-Data OPTIONAL, colour-data-scaling [3] Colour-Data-Scaling OPTIONAL, calibration-data [4] Calibration-Data OPTIONAL } Colour-Data-Scaling ::= SET { first-component [0] IMPLICIT Scale-And-Offset, second-component [1] IMPLICIT Scale-And-Offset, third-component [2] IMPLICIT Scale-And-Offset, fourth-component [3] IMPLICIT Scale-And-Offset OPTIONAL } Scale-And-Offset ::= SET { colour-scale [0] Real-Or-Int, colour-offset [1] Real-Or-Int } Calibration-Data ::= CHOICE { rgb [0] IMPLICIT RGB-Calibration, cmyk [1] IMPLICIT CMY-K-Calibration, cmy [2] IMPLICIT CMY-K-Calibration, cieluv [3] IMPLICIT CIE-Calibration, cielab [4] IMPLICIT CIE-Calibration } CIE-Calibration ::= SET {reference-white [0] IMPLICIT CIE-Ref } RGB-Calibration ::= SET { reference-white [0] IMPLICIT CIE-Ref, matrix1 [1] IMPLICIT Three-by-Three-Matrix OPTIONAL, lookup-table [3] IMPLICIT Colour-Lookup-Table OPTIONAL, matrix2 [2] IMPLICIT Three-by-Three-Matrix OPTIONAL } Three-by-Three-Matrix ::= SEQUENCE { row-1 Three-Nums, row-2 Three-Nums, row-3 Three-Nums } Three-Nums ::= SEQUENCE { column-1 Real-Or-Int, column-2 Real-Or-Int, column-3 Real-Or-Int } Colour-Lookup-Table ::= SET { number-of-entries [0] IMPLICIT INTEGER, m [1] IMPLICIT INTEGER, n [2] IMPLICIT INTEGER, colour-table [3] IMPLICIT SET OF Colour-Table-Entry } Colour-Table-Entry ::= SET { index [3] IMPLICIT INTEGER, r [0] Real-Or-Int, g [1] Real-Or-Int, b [2] Real-Or-Int } CMY-K-Calibration ::= SET { reference-white [0] IMPLICIT CIE-Ref, comment [1] IMPLICIT Character-Data OPTIONAL, cmyk-lut [2] IMPLICIT Grid-Specification } Grid-Specification ::= SET OF SET {grid-location [0] IMPLICIT CMYK-Colour, grid-value [1] IMPLICIT Grid-Value} Grid-Value ::= SET { x-value [0] IMPLICIT REAL, y-value [1] IMPLICIT REAL, z-value [2] IMPLICIT REAL } CIE-Ref ::= SET { xn-value [0] Real-Or-Int, yn-value [1] Real-Or-Int, zn-value [2] Real-Or-Int } END -- Generated by Asnp, the ASN.1 pretty-printer of France Telecom R&D
Language:English
Score: 1098673.7 - https://www.itu.int/wftp3/Publ...415/1993/Colour-Attributes.asn
Data Source: un
Colour-Attributes (T.415:03/1993) -- Module Colour-Attributes (T.415:03/1993) -- See also ITU-T T.415 (03/1993) -- See also the index of all ASN.1 assignments needed in this document Colour-Attributes {2 8 1 5 14} DEFINITIONS ::= BEGIN EXPORTS Colour-Expression, Colour-Table, Colour-Spaces-List, Colour-Characteristics; IMPORTS Character-Data FROM Document-Profile-Descriptor; -- see 7.7 Real-Or-Int ::= CHOICE {a REAL , b INTEGER } Colour-Expression ::= SEQUENCE { colour-access-mode [0] IMPLICIT INTEGER {direct(0), indexed(1)}, a [1] CHOICE {direct-colour [0] IMPLICIT Direct-Colour , indexed-colour [1] IMPLICIT Indexed-Colour } } Direct-Colour ::= SET { colour-space-id [0] IMPLICIT INTEGER OPTIONAL , colour-specification [1] Colour-Specification OPTIONAL , colour-tolerance [2] Colour-Tolerance OPTIONAL } Colour-Specification ::= CHOICE { cmyk-colour [0] IMPLICIT CMYK-Colour , rgb-colour [1] IMPLICIT RGB-Colour , cie-colour [2] IMPLICIT CIE-Colour } CMYK-Colour ::= SET { c-value [0] Real-Or-Int , m-value [1] Real-Or-Int , y-value [2] Real-Or-Int , k-value [3] Real-Or-Int OPTIONAL } RGB-Colour ::= SET { r-value [0] Real-Or-Int , g-value [1] Real-Or-Int , b-value [2] Real-Or-Int } CIE-Colour ::= SET { x-value [0] Real-Or-Int , y-value [1] Real-Or-Int , z-value [2] Real-Or-Int } Colour-Tolerance ::= CHOICE { unspecified-tolerance [0] IMPLICIT NULL , specified-tolerance [1] IMPLICIT Specified-Tolerance } Specified-Tolerance ::= SET { tolerance-value [0] Real-Or-Int , tolerance-space [1] IMPLICIT INTEGER {cieluv(3), cielab(4)} } Indexed-Colour ::= SET {index [0] IMPLICIT INTEGER OPTIONAL } Colour-Table ::= SET { colour-space-id [0] IMPLICIT INTEGER , colour-table-entries [1] IMPLICIT SET OF SET {index [0] IMPLICIT INTEGER , colour-coordinates [1] Colour-Specification , colour-tolerance [2] Colour-Tolerance OPTIONAL } } Colour-Characteristics ::= SET { colour-spaces-present [0] IMPLICIT SEQUENCE OF SET {colour-space-type [0] IMPLICIT Colour-Space-Type , colour-calibration-type [1] IMPLICIT Colour-Space-Calibration-Type }, colour-modes-present [1] IMPLICIT Colour-Modes-Present , minimum-colour-tolerance [2] Colour-Tolerance OPTIONAL , maximum-colour-table-length [3] IMPLICIT INTEGER OPTIONAL , -- "maximum number of colour table entries" maximum-rgb-lut-length [4] IMPLICIT INTEGER OPTIONAL , -- "maximum number of look-up table entries" maximum-cmy-k-grid-size [5] IMPLICIT INTEGER OPTIONAL } Colour-Space-Type ::= INTEGER {rgb(0), cmyk(1), cmy(2), cieluv(3), cielab(4)} Colour-Space-Calibration-Type ::= INTEGER { no-calibration(0), matrices(1), lookup-tables(2), matrices-and-lookup-tables(3)} Colour-Modes-Present ::= INTEGER {direct(0), indexed(1), both(2)} Colour-Spaces-List ::= SET OF Colour-Space Colour-Space ::= SET { colour-space-id [0] IMPLICIT INTEGER , colour-space-type [1] IMPLICIT Colour-Space-Type , colour-space-name [2] IMPLICIT Character-Data OPTIONAL , colour-data-scaling [3] Colour-Data-Scaling OPTIONAL , calibration-data [4] Calibration-Data OPTIONAL } Colour-Data-Scaling ::= SET { first-component [0] IMPLICIT Scale-And-Offset , second-component [1] IMPLICIT Scale-And-Offset , third-component [2] IMPLICIT Scale-And-Offset , fourth-component [3] IMPLICIT Scale-And-Offset OPTIONAL } Scale-And-Offset ::= SET { colour-scale [0] Real-Or-Int , colour-offset [1] Real-Or-Int } Calibration-Data ::= CHOICE { rgb [0] IMPLICIT RGB-Calibration , cmyk [1] IMPLICIT CMY-K-Calibration , cmy [2] IMPLICIT CMY-K-Calibration , cieluv [3] IMPLICIT CIE-Calibration , cielab [4] IMPLICIT CIE-Calibration } CIE-Calibration ::= SET {reference-white [0] IMPLICIT CIE-Ref } RGB-Calibration ::= SET { reference-white [0] IMPLICIT CIE-Ref , matrix1 [1] IMPLICIT Three-by-Three-Matrix OPTIONAL , lookup-table [3] IMPLICIT Colour-Lookup-Table OPTIONAL , matrix2 [2] IMPLICIT Three-by-Three-Matrix OPTIONAL } Three-by-Three-Matrix ::= SEQUENCE { row-1 Three-Nums , row-2 Three-Nums , row-3 Three-Nums } Three-Nums ::= SEQUENCE { column-1 Real-Or-Int , column-2 Real-Or-Int , column-3 Real-Or-Int } Colour-Lookup-Table ::= SET { number-of-entries [0] IMPLICIT INTEGER , m [1] IMPLICIT INTEGER , n [2] IMPLICIT INTEGER , colour-table [3] IMPLICIT SET OF Colour-Table-Entry } Colour-Table-Entry ::= SET { index [3] IMPLICIT INTEGER , r [0] Real-Or-Int , g [1] Real-Or-Int , b [2] Real-Or-Int } CMY-K-Calibration ::= SET { reference-white [0] IMPLICIT CIE-Ref , comment [1] IMPLICIT Character-Data OPTIONAL , cmyk-lut [2] IMPLICIT Grid-Specification } Grid-Specification ::= SET OF SET {grid-location [0] IMPLICIT CMYK-Colour , grid-value [1] IMPLICIT Grid-Value } Grid-Value ::= SET { x-value [0] IMPLICIT REAL , y-value [1] IMPLICIT REAL , z-value [2] IMPLICIT REAL } CIE-Ref ::= SET { xn-value [0] Real-Or-Int , yn-value [1] Real-Or-Int , zn-value [2] Real-Or-Int } END -- Generated by Asnp, the ASN.1 pretty-printer of France Telecom R&D
Language:English
Score: 1098673.7 - https://www.itu.int/wftp3/Publ...15/1993/Colour-Attributes.html
Data Source: un
Agenda Item 1: Follow up on Conclusions and Decisions of SNMC/23rd meeting: status of Implementation of the Calibration Center Presented by ASECNA 1. Introduction The feasibility study of the implementation of a calibration center in the WACAF area, focused on a park of 6400 measuring instruments (5000 and 1400 weather equipment measuring devices for electromagnetic quantities). (...) Discussion The action plan provided in appendix is developed for a smooth implementation of the calibration center, in order to ensure that the calibration center will be fully operational immediately after its establishment. 3. (...) Used for training and the handling of metrology by the actors. Continued calibration by comparison with the resources we have and enlargement to certain equipment in possible ASECNA In progress Calibration of certain measuring devices (powermetre, signal generator, spectrum analyser of, etc.) and barometers.
Language:English
Score: 1096468.2 - https://www.icao.int/WACAF/Doc...%2003-Calibration%20Center.pdf
Data Source: un
Calculate NTIA Fast Low Bandwidth model and calibration.\n'); fprintf(' This is reference software. (...) \n'); fprintf(' ''QCIF25'' CIF (144 lines x 176 pixels), 25fps video, progressive.\n'); fprintf(' ''calibration'' indicates the calibration options desired, and must\n'); fprintf(' be one of the following:\n'); fprintf(' ''none'' No calibration will be performed. (...) Aborting'); end if strcmpi(calibration,'rrcal2') || strcmpi(calibration,'rrcal2scale') || strcmpi(calibration,'none'), % fine!
Language:English
Score: 1095262.1 - https://www.itu.int/wftp3/Publ...j/j249/2010/fastlowbw_ref.html
Data Source: un
These labs provide calibrations of reference dosimeters of Secondary Standards Dosimetry Laboratories. Secondary standards labs in turn calibrate dosimeters of end users, such as hospital staff. (...) National standards laboratories in Member States send their reference dosimeters in for calibration and receive a calibration certificate. In this way, the IAEA establishes the link of radiation dosimetry in Member States to the SI.
Language:English
Score: 1094408.9 - https://www.iaea.org/services/...sed-for-dosimetry-measurements
Data Source: un