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eLibrary >
BS EN IEC 63047:2021 Nuclear instrumentation. Data format for list mode digital data acquisition used in radiation detection and measurement >
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BS EN IEC 63047:2021 Nuclear instrumentation. Data format for list mode digital data acquisition used in radiation detection and measurement, 2021
- undefined
- Annex ZA(normative)Normative references to international publicationswith their corresponding European publications
- English [Go to Page]
- CONTENTS
- FOREWORD
- INTRODUCTION
- 1 Scope
- 2 Normative references
- 3 Terms and definitions, abbreviated terms and notations [Go to Page]
- 3.1 Terms and definitions
- 3.2 Abbreviated terms
- 3.3 Notations [Go to Page]
- 3.3.1 Graphical notation
- 3.3.2 ASN.1 notation
- Figures [Go to Page]
- Figure 1 – Graphical notations used in this document. [Go to Page]
- 3.3.3 Decimal separator
- 3.3.4 Hexadecimal and binary numbers
- 4 General requirements [Go to Page]
- 4.1 How to use this document
- 4.2 The use of Abstract Syntax Notation One (ASN.1) [Go to Page]
- 4.2.1 General
- 4.2.2 Encoding rule
- 4.2.3 Extensibility
- 4.2.4 Object identifier
- 4.2.5 Optional and default elements
- 4.3 The concept of list-mode data acquisition
- Figure 2 – Typical data acquisition device controlled by a local computer, which stores list-mode data on a local drive and/or sends it to a remote computer
- 4.4 Channels and devices in a data file or stream
- 4.5 Applicability to data files and streams
- Figure 3 – Example of combining channels in one or more data files
- 4.6 Relation with IEC 62755 data format files
- Figure 4 – This document applies to data files and data streams
- 4.7 Data security
- 5 ASN.1 type definitions [Go to Page]
- 5.1 Overview
- Figure 5 – Relations between IEC 63047 and IEC 62755 data files
- Figure 6 – Example with seven values of the Listmodedata type (one value of the Header type, followed by five values of the EventList type and one value of the Footer type)
- 5.2 ASN.1 types
- 5.3 The REAL32 and REAL64 type [Go to Page]
- 5.3.1 Definition
- 5.3.2 Use
- 5.4 The REAL32List, REAL64List and INTEGERList types [Go to Page]
- 5.4.1 Definition
- 5.4.2 Use
- 5.5 The Numeric type [Go to Page]
- 5.5.1 Definition
- 5.5.2 Use
- 5.6 The UTCDateTime [Go to Page]
- 5.6.1 Definition
- 5.6.2 Use
- 5.7 The Range type [Go to Page]
- 5.7.1 Definition
- 5.7.2 Use
- 5.8 The TimeStamp type [Go to Page]
- 5.8.1 Definition
- 5.8.2 Use
- 5.9 The SyncStatus type [Go to Page]
- 5.9.1 Definition
- 5.9.2 Use
- 5.10 The FlagKind type [Go to Page]
- 5.10.1 Definition
- 5.10.2 Use
- 5.11 The AccuracyKind type [Go to Page]
- 5.11.1 Definition
- 5.11.2 Use
- 5.12 The Listmodedata type [Go to Page]
- 5.12.1 Definition
- 5.12.2 Use
- 5.13 The Header type [Go to Page]
- 5.13.1 Definition
- 5.13.2 Use
- Figure 7 – Structure of list-mode data files. A rectangle represents the encoding of a value of the Listmodedata type [Go to Page]
- 5.13.3 The standardID element
- 5.13.4 The listModeDataID element
- 5.13.5 The listModeDataPart and listModeDataNParts elements
- 5.13.6 The measSetupID element
- 5.13.7 The measSetupDescription element
- 5.13.8 The iec62755 element
- 5.13.9 The radSource element
- 5.13.10 The start element
- 5.13.11 The startAccuracy element
- 5.13.12 The deviceList element
- 5.13.13 The channelList element
- 5.13.14 The messageList element
- 5.14 The IEC62755 type [Go to Page]
- 5.14.1 Definition
- 5.14.2 Use
- 5.15 The Device type [Go to Page]
- 5.15.1 Definition
- 5.15.2 Use
- 5.15.3 The name, manuf, model and serial elements
- 5.16 The Channel type [Go to Page]
- 5.16.1 Definition
- 5.16.2 Use
- 5.16.3 The deviceID element
- 5.16.4 The kind and physicalChannel elements
- 5.16.5 The name element
- 5.16.6 The description element
- 5.16.7 The parameters element
- 5.16.8 The delay element
- 5.16.9 The refClock and syncStatus elements
- 5.16.10 The adcSamplingRate element
- 5.16.11 The adcBitResolution element
- 5.16.12 The adcJitterRMS and timeStampJitterRMS elements
- 5.16.13 The fineTimeBitResolution element
- 5.16.14 The clockFrequency element
- 5.16.15 The eventPropertyList element
- 5.17 The EventProperty type [Go to Page]
- 5.17.1 Definition
- 5.17.2 Use
- 5.18 The EventList type [Go to Page]
- 5.18.1 Definition
- 5.18.2 Use
- 5.18.3 The listModeDataID element
- 5.18.4 The listModeDataPart element
- 5.18.5 The id element
- 5.18.6 The eventList element
- 5.19 The Event type [Go to Page]
- 5.19.1 Definition
- 5.19.2 Use
- 5.20 The EventPulse and EventPulseProperty types [Go to Page]
- 5.20.1 Definition
- 5.20.2 Use
- 5.20.3 The channelID element
- 5.20.4 The timeStamp element
- 5.20.5 The valueList, valueTypeList and valueDescriptionList elements
- 5.20.6 The flags, flagDescriptionList and flagKindList elements
- 5.20.7 The description element
- 5.21 The EventDigitalSignalList and EventDigitalSignalListProperty types [Go to Page]
- 5.21.1 Definition
- 5.21.2 Use
- 5.21.3 The channelID element
- 5.21.4 The timeStamp element
- 5.21.5 The digitalSignalList and digitalSignalPropertyList elements
- 5.21.6 The flagDescriptionList and flagKindList elements
- 5.21.7 The description element
- 5.22 The DigitalSignal and DigitalSignalProperty type [Go to Page]
- 5.22.1 Definition
- 5.22.2 Use
- 5.22.3 The samplingRate and defaultSamplingRate element
- 5.22.4 The range and defaultRange element
- 5.22.5 The delay element
- 5.22.6 The samples element
- 5.22.7 The flags element
- 5.22.8 The description element
- 5.22.9 The unit element
- 5.22.10 The samplesType element
- 5.23 The EventTime and EventTimeProperty types [Go to Page]
- 5.23.1 Definition
- 5.23.2 Use
- 5.23.3 The channelID element
- 5.23.4 The timeStamp element
- 5.23.5 The sinceStart and sincePrevious elements
- 5.23.6 The description element
- 5.24 The EventRollover and EventRolloverProperty types [Go to Page]
- 5.24.1 Definition
- 5.24.2 Use
- 5.24.3 The channelID element
- 5.24.4 The nRollovers element
- 5.24.5 The description element
- 5.24.6 The timeStampCounterBits element
- 5.25 The EventRTC and EventRTCProperty types [Go to Page]
- 5.25.1 Definition
- 5.25.2 Use
- 5.25.3 The channelID element
- 5.25.4 The timeStamp element
- 5.25.5 The realtimeclock element
- 5.25.6 The syncStatus element
- 5.25.7 The description element
- 5.26 The EventLogic and EventLogicProperty types [Go to Page]
- 5.26.1 Definition
- 5.26.2 Use
- 5.26.3 The channelID element
- 5.26.4 The timeStamp element
- 5.26.5 The flags, flagDescriptionList and flagKindList elements
- 5.26.6 The description element
- 5.27 The EventGeo and EventGeoProperty types [Go to Page]
- 5.27.1 Definition
- 5.27.2 Use
- 5.27.3 The channelID element
- 5.27.4 The timeStamp element
- 5.27.5 The position element
- 5.27.6 The orientation element
- 5.27.7 The speed element
- 5.27.8 The description element
- 5.28 The Position type [Go to Page]
- 5.28.1 Definition
- 5.28.2 Use
- 5.29 The GeographicPoint type [Go to Page]
- 5.29.1 Definition
- 5.29.2 Use
- 5.29.3 The latitude element
- 5.29.4 The longitude element
- 5.29.5 The elevation element
- 5.29.6 The elevationOffset element
- 5.29.7 The geopointAccuracy element
- 5.29.8 The elevationAccuracy element
- 5.29.9 The elevationOffsetAccuracy element
- 5.29.10 The datum element
- 5.30 The RelativeLocation type [Go to Page]
- 5.30.1 Definition
- 5.30.2 Use
- 5.30.3 The rellocAzimuth element
- 5.30.4 The rellocInclination element
- 5.30.5 The distance element
- 5.30.6 The origin element
- Figure 8 – Location of an object in polar coordinates from the reference point
- 5.31 The Orientation type [Go to Page]
- 5.31.1 Definition
- 5.31.2 Use
- 5.31.3 The azimuth element
- 5.31.4 The inclination element
- Figure 9 – Object orientation relative to azimuth, inclination and roll angles [Go to Page]
- 5.31.5 The roll element
- 5.32 The EventMeasurementList and EventMeasurementListProperty types [Go to Page]
- 5.32.1 Definition
- 5.32.2 Use
- 5.32.3 The channelID element
- 5.32.4 The timeStamp element
- 5.32.5 The measurementList element
- 5.32.6 The description element
- 5.32.7 The measurementPropertyList element
- 5.33 The Measurement and MeasurementProperty types [Go to Page]
- 5.33.1 Definition
- 5.33.2 Use
- 5.33.3 The value element
- 5.33.4 The accuracy and defaultAccuracy elements
- 5.33.5 The description element
- 5.33.6 The quantity element
- 5.33.7 The accuracyKind element
- 5.33.8 The unit element
- 5.33.9 The valueType element
- 5.33.10 The accuracyType element
- 5.34 The EventHistogram1DList and EventHistogram1DListProperty types [Go to Page]
- 5.34.1 Definition
- 5.34.2 Use
- 5.34.3 The channelID element
- 5.34.4 The timeStamp element
- 5.34.5 The histogram1DList element
- 5.34.6 The description element
- 5.34.7 The histogram1DPropertyList element
- 5.35 The Histogram1D and Histogram1DProperty types [Go to Page]
- 5.35.1 Definition
- 5.35.2 Use
- 5.35.3 The allBins element
- 5.35.4 The binList element
- 5.35.5 The description element
- 5.35.6 The histogramKind element
- 5.35.7 The accumulation element
- 5.35.8 The binContentType element
- 5.35.9 The nBinsX element
- 5.35.10 The quantityX and quantityY elements
- 5.35.11 The unitX and unitY elements
- 5.35.12 The rangeX and rangeY elements
- 5.36 The EventHistogram2DList and EventHistogram2DListProperty types [Go to Page]
- 5.36.1 Definition
- 5.36.2 Use
- 5.37 The Histogram2D and Histogram2DProperty types [Go to Page]
- 5.37.1 Definition
- 5.37.2 Use
- 5.38 The EventMessage and EventMessageProperty types [Go to Page]
- 5.38.1 Definition
- 5.38.2 Use
- 5.38.3 The channelID element
- 5.38.4 The timeStamp element
- 5.38.5 The txtMessage element
- 5.38.6 The binMessage element
- 5.38.7 The description element
- 5.39 The Footer type [Go to Page]
- 5.39.1 Definition
- 5.39.2 Use
- 5.39.3 The listModeDataID element
- 5.39.4 The listModeDataPart element
- 5.39.5 The lastEventListid element
- 5.39.6 The stop element
- 5.39.7 The totalDeadTimeList and totalLiveTimeList elements
- 6 How to use the list-mode data format defined in this document [Go to Page]
- 6.1 General
- 6.2 Using timestamps
- 6.3 Dealing with timestamp counter rollover
- Figure 10 – Example of timestamp counter rollover
- 6.4 Optimising the size of timestamp and rollover event encodings
- 6.5 Specifying high-precision event timing [Go to Page]
- 6.5.1 General
- 6.5.2 Randomisation of *FINE_TIME values to resolve binning issues
- 6.6 Specifying events of different types in the same list-mode data
- Figure 11 – Example of plotting 10 000 000 random 10-bit INTEGER values in 1 000 bins, after converting to a real number between 0 and 1
- 6.7 Representing data from one device and one channel
- Figure 12 – Arrangement of one detector and one data acquisition device, resulting in one channel
- 6.8 Encoding/decoding data for writing to/reading from a file or stream [Go to Page]
- 6.8.1 General requirements
- 6.8.2 Writing encoded data to a file
- 6.8.3 Writing encoded data to a stream
- 6.8.4 Reading encoded data from a file
- 6.8.5 Reading encoded data from a stream
- 6.9 Representing data from more than one channel
- Figure 13 – Example of a data acquisition device providing data from three channels: two radiation detectors and one internal temperature sensor
- 6.10 Representing data from more than one device
- Figure 14 – Example where the local computer controls and stores data from two data acquisition devices
- 6.11 Specifying dead time [Go to Page]
- 6.11.1 Dead time, real time and live time
- 6.11.2 Using flags to identify pile-up
- Figure 15 – Dead time associated to individual pulses [Go to Page]
- 6.11.3 Associating dead time to individual pulses
- 6.11.4 Specifying dead time and live/real time not associated to individual pulses
- 6.11.5 Specifying different sources of dead time
- 6.12 Representing logic events
- 6.13 Representing digital signals
- 6.14 Representing one-dimensional histograms
- 6.15 Representing text or binary data in any format [Go to Page]
- 6.15.1 General
- 6.15.2 Text messages
- 6.15.3 Binary or text data in any format
- 6.15.4 Sending IEC 62755 data
- Annex A (informative)Complete ASN.1 syntax for list-mode data [Go to Page]
- A.1 ASN.1 syntax
- Annex B (informative)Introduction to ASN.1 [Go to Page]
- B.1 General
- B.2 ASN.1 essentials
- B.3 Advantages of ASN.1
- B.4 Available tools
- B.5 ASN.1 workflow – an example [Go to Page]
- B.5.1 Overview
- B.5.2 ASN.1 specification
- B.5.3 Choice of encoding rule
- B.5.4 Encoding
- B.5.5 Transmission or storage
- B.5.6 Decoding
- Figure B.1 – The complete encoding of the example value1, using the C-OER encoding rule
- Figure B.2 – Example of transmitting an encoded value [Go to Page]
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