IBSICS
type: CodeSystem
node role: treeRoot
id:
  v: IBSICS
text:
  status:
    v: generated
  div: Generated Narrative: CodeSystem IBSICS This code system https://ibsi.readthedocs.io/en/latest/ defines the following codes: Code Display HCUG Morphological features RNU0 Volume YEKZ Approximate volume C0JK Surface area 2PR5 Surface to volume ratio SKGS Compactness 1 BQWJ Compactness 2 KRCK Spherical disproportion QCFX Sphericity 25C7 Asphericity KLMA Centre of mass shift L0JK Maximum 3D diameter TDIC Major axis length P9VJ Minor axis length 7J51 Least axis length Q3CK Elongation N17B Flatness PBX1 Volume density - axis-aligned bounding box R59B Area density - axis-aligned bounding box ZH1A Volume density - oriented minimum bounding box IQYR Area density - oriented minimum bounding box 6BDE Volume density - approximate enclosing ellipsoid RDD2 Area density - approximate enclosing ellipsoid SWZ1 Volume density - minimum volume enclosing ellipsoid BRI8 Area density - minimum volume enclosing ellipsoid R3ER Volume density - convex hull 7T7F Area density - convex hull 99N0 Integrated intensity N365 Moran's I index NPT7 Geary's C measure 9ST6 Local intensity features VJGA Local intensity peak 0F91 Global intensity peak UHIW Intensity-based statistical features Q4LE Mean ECT3 Variance KE2A Skewness IPH6 Kurtosis Y12H Median 1GSF Minimum grey level QG58 10th percentile 8DWT 90th percentile 84IY Maximum grey level SALO Interquartile range 2OJQ Range 4FUA Mean absolute deviation 1128 Robust mean absolute deviation N72L Median absolute deviation 7TET Coefficient of variation 9S40 Quartile coefficient of dispersion N8CA Energy 5ZWQ Root mean square ZVCW Intensity histogram features X6K6 Intensity histogram mean CH89 Intensity histogram variance 88K1 Intensity histogram skewness C3I7 Intensity histogram kurtosis WIFQ Intensity histogram median 1PR8 Intensity histogram minimum grey level GPMT Intensity histogram 10th percentile OZ0C Intensity histogram 90th percentile 3NCY Intensity histogram maximum grey level AMMC Intensity histogram mode WR0O Intensity histogram interquartile …
url:
  v: https://ibsi.readthedocs.io/en/latest/
version:
  v: 1.1.0
name:
  v: IBSICS
title:
  v: IBSI Code System
status:
  v: draft
date:
  v: 2025-04-03T14:14:07+02:00
publisher:
  v: institutcancer
contact:
  name:
    v: institutcancer
  telecom:
    system:
      v: url
    value:
      v: http://cancer.fr
  telecom:
    system:
      v: email
contact:
  name:
    v: Aurélien JOBARD
  telecom:
    system:
      v: email
description:
  v: IBSI Code System
content:
  v: complete
count:
  v: 419
concept:
  code:
    v: HCUG
  display:
    v: Morphological features
concept:
  code:
    v: RNU0
  display:
    v: Volume
concept:
  code:
    v: YEKZ
  display:
    v: Approximate volume
concept:
  code:
    v: C0JK
  display:
    v: Surface area
concept:
  code:
    v: 2PR5
  display:
    v: Surface to volume ratio
concept:
  code:
    v: SKGS
  display:
    v: Compactness 1
concept:
  code:
    v: BQWJ
  display:
    v: Compactness 2
concept:
  code:
    v: KRCK
  display:
    v: Spherical disproportion
concept:
  code:
    v: QCFX
  display:
    v: Sphericity
concept:
  code:
    v: 25C7
  display:
    v: Asphericity
concept:
  code:
    v: KLMA
  display:
    v: Centre of mass shift
concept:
  code:
    v: L0JK
  display:
    v: Maximum 3D diameter
concept:
  code:
    v: TDIC
  display:
    v: Major axis length
concept:
  code:
    v: P9VJ
  display:
    v: Minor axis length
concept:
  code:
    v: 7J51
  display:
    v: Least axis length
concept:
  code:
    v: Q3CK
  display:
    v: Elongation
concept:
  code:
    v: N17B
  display:
    v: Flatness
concept:
  code:
    v: PBX1
  display:
    v: Volume density - axis-aligned bounding box
concept:
  code:
    v: R59B
  display:
    v: Area density - axis-aligned bounding box
concept:
  code:
    v: ZH1A
  display:
    v: Volume density - oriented minimum bounding box
concept:
  code:
    v: IQYR
  display:
    v: Area density - oriented minimum bounding box
concept:
  code:
    v: 6BDE
  display:
    v: Volume density - approximate enclosing ellipsoid
concept:
  code:
    v: RDD2
  display:
    v: Area density - approximate enclosing ellipsoid
concept:
  code:
    v: SWZ1
  display:
    v: Volume density - minimum volume enclosing ellipsoid
concept:
  code:
    v: BRI8
  display:
    v: Area density - minimum volume enclosing ellipsoid
concept:
  code:
    v: R3ER
  display:
    v: Volume density - convex hull
concept:
  code:
    v: 7T7F
  display:
    v: Area density - convex hull
concept:
  code:
    v: 99N0
  display:
    v: Integrated intensity
concept:
  code:
    v: N365
  display:
    v: Moran's I index
concept:
  code:
    v: NPT7
  display:
    v: Geary's C measure
concept:
  code:
    v: 9ST6
  display:
    v: Local intensity features

code:
  v: VJGA
display:
  v: Local intensity peak

code:
  v: 0F91
display:
  v: Global intensity peak

code:
  v: UHIW
display:
  v: Intensity-based statistical features

code:
  v: Q4LE
display:
  v: Mean

code:
  v: ECT3
display:
  v: Variance

code:
  v: KE2A
display:
  v: Skewness

code:
  v: IPH6
display:
  v: Kurtosis

code:
  v: Y12H
display:
  v: Median

code:
  v: 1GSF
display:
  v: Minimum grey level

code:
  v: QG58
display:
  v: 10th percentile

code:
  v: 8DWT
display:
  v: 90th percentile

code:
  v: 84IY
display:
  v: Maximum grey level

code:
  v: SALO
display:
  v: Interquartile range

code:
  v: 2OJQ
display:
  v: Range

code:
  v: 4FUA
display:
  v: Mean absolute deviation

code:
  v: 1128
display:
  v: Robust mean absolute deviation

code:
  v: N72L
display:
  v: Median absolute deviation

code:
  v: 7TET
display:
  v: Coefficient of variation

code:
  v: 9S40
display:
  v: Quartile coefficient of dispersion

code:
  v: N8CA
display:
  v: Energy

code:
  v: 5ZWQ
display:
  v: Root mean square

code:
  v: ZVCW
display:
  v: Intensity histogram features

code:
  v: X6K6
display:
  v: Intensity histogram mean

code:
  v: CH89
display:
  v: Intensity histogram variance

code:
  v: 88K1
display:
  v: Intensity histogram skewness

code:
  v: C3I7
display:
  v: Intensity histogram kurtosis

code:
  v: WIFQ
display:
  v: Intensity histogram median

code:
  v: 1PR8
display:
  v: Intensity histogram minimum grey level

code:
  v: GPMT
display:
  v: Intensity histogram 10th percentile

code:
  v: OZ0C
display:
  v: Intensity histogram 90th percentile

code:
  v: 3NCY
display:
  v: Intensity histogram maximum grey level

code:
  v: AMMC
display:
  v: Intensity histogram mode

code:
  v: WR0O
display:
  v: Intensity histogram interquartile range

code:
  v: 5Z3W
display:
  v: Intensity histogram range

code:
  v: D2ZX
display:
  v: Intensity histogram mean absolute deviation

code:
  v: WRZB
display:
  v: Intensity histogram robust mean absolute deviation

code:
  v: 4RNL
display:
  v: Intensity histogram median absolute deviation

code:
  v: CWYJ
display:
  v: Intensity histogram coefficient of variation

code:
  v: SLWD
display:
  v: Intensity histogram quartile coefficient of dispersion

code:
  v: TLU2
display:
  v: Intensity histogram entropy

code:
  v: BJ5W
display:
  v: Intensity histogram uniformity

code:
  v: 12CE
display:
  v: Maximum histogram gradient

code:
  v: 8E6O
display:
  v: Maximum histogram gradient grey level

code:
  v: VQB3
display:
  v: Minimum histogram gradient

code:
  v: RHQZ
display:
  v: Minimum histogram gradient grey level

code:
  v: P88C
display:
  v: Intensity-volume histogram features

code:
  v: BC2M
display:
  v: Volume at intensity fraction

code:
  v: GBPN
display:
  v: Intensity at volume fraction

code:
  v: DDTU
display:
  v: Volume fraction difference between intensity fractions

code:
  v: CNV2
display:
  v: Intensity fraction difference between volume fractions

code:
  v: 9CMM
display:
  v: Area under IVH curve

code:
  v: LFYI
display:
  v: Grey level co-occurrence based features

code:
  v: GYBY
display:
  v: Joint maximum

code:
  v: 60VM
display:
  v: Joint average

code:
  v: UR99
display:
  v: Joint variance

code:
  v: TU9B
display:
  v: Joint entropy

code:
  v: TF7R
display:
  v: Difference average

code:
  v: D3YU
display:
  v: Difference variance

code:
  v: NTRS
display:
  v: Difference entropy

code:
  v: ZGXS
display:
  v: Sum average

code:
  v: OEEB
display:
  v: Sum variance

code:
  v: P6QZ
display:
  v: Sum entropy

code:
  v: 8ZQL
display:
  v: Angular second moment

code:
  v: ACUI
display:
  v: Contrast

code:
  v: 8S9J
display:
  v: Dissimilarity

code:
  v: IB1Z
display:
  v: Inverse difference

code:
  v: NDRX
display:
  v: Normalised inverse difference

code:
  v: WF0Z
display:
  v: Inverse difference moment

code:
  v: 1QCO
display:
  v: Normalised inverse difference moment

code:
  v: E8JP
display:
  v: Inverse variance

code:
  v: NI2N
display:
  v: Correlation

code:
  v: QWB0
display:
  v: Autocorrelation

code:
  v: DG8W
display:
  v: Cluster tendency

code:
  v: 7NFM
display:
  v: Cluster shade

code:
  v: AE86
display:
  v: Cluster prominence

code:
  v: R8DG
display:
  v: First measure of information correlation

code:
  v: JN9H
display:
  v: Second measure of information correlation

code:
  v: TP0I
display:
  v: Grey level run length based features

code:
  v: 22OV
display:
  v: Short runs emphasis

code:
  v: W4KF
display:
  v: Long runs emphasis

code:
  v: V3SW
display:
  v: Low grey level run emphasis

code:
  v: G3QZ
display:
  v: High grey level run emphasis

code:
  v: HTZT
display:
  v: Short run low grey level emphasis

code:
  v: GD3A
display:
  v: Short run high grey level emphasis

code:
  v: IVPO
display:
  v: Long run low grey level emphasis

code:
  v: 3KUM
display:
  v: Long run high grey level emphasis

code:
  v: R5YN
display:
  v: Grey level non-uniformity

code:
  v: OVBL
display:
  v: Normalised grey level non-uniformity

code:
  v: W92Y
display:
  v: Run length non-uniformity

code:
  v: IC23
display:
  v: Normalised run length non-uniformity

code:
  v: 9ZK5
display:
  v: Run percentage

code:
  v: 8CE5
display:
  v: Grey level variance

code:
  v: SXLW
display:
  v: Run length variance

code:
  v: HJ9O
display:
  v: Run entropy

code:
  v: 9SAK
display:
  v: Grey level size zone based features

code:
  v: 5QRC
display:
  v: Small zone emphasis

code:
  v: 48P8
display:
  v: Large zone emphasis

code:
  v: XMSY
display:
  v: Low grey level zone emphasis

code:
  v: 5GN9
display:
  v: High grey level zone emphasis

code:
  v: 5RAI
display:
  v: Small zone low grey level emphasis

code:
  v: HW1V
display:
  v: Small zone high grey level emphasis

code:
  v: YH51
display:
  v: Large zone low grey level emphasis

code:
  v: J17V
display:
  v: Large zone high grey level emphasis

code:
  v: JNSA
display:
  v: Grey level non-uniformity

code:
  v: Y1RO
display:
  v: Normalised grey level non-uniformity

code:
  v: 4JP3
display:
  v: Zone size non-uniformity

code:
  v: VB3A
display:
  v: Normalised zone size non-uniformity

code:
  v: P30P
display:
  v: Zone percentage

code:
  v: BYLV
display:
  v: Grey level variance

code:
  v: 3NSA
display:
  v: Zone size variance

code:
  v: GU8N
display:
  v: Zone size entropy

code:
  v: VMDZ
display:
  v: Grey level distance zone based features

code:
  v: 0GBI
display:
  v: Small distance emphasis

code:
  v: MB4I
display:
  v: Large distance emphasis

code:
  v: S1RA
display:
  v: Low grey level zone emphasis

code:
  v: K26C
display:
  v: High grey level zone emphasis

code:
  v: RUVG
display:
  v: Small distance low grey level emphasis

code:
  v: DKNJ
display:
  v: Small distance high grey level emphasis

code:
  v: A7WM
display:
  v: Large distance low grey level emphasis

code:
  v: KLTH
display:
  v: Large distance high grey level emphasis

code:
  v: VFT7
display:
  v: Grey level non-uniformity

code:
  v: 7HP3
display:
  v: Normalised grey level non-uniformity

code:
  v: V294
display:
  v: Zone distance non-uniformity

code:
  v: IATH
display:
  v: Zone distance non-uniformity normalised

code:
  v: VIWW
display:
  v: Zone percentage

code:
  v: QK93
display:
  v: Grey level variance

code:
  v: 7WT1
display:
  v: Zone distance variance

code:
  v: GBDU
display:
  v: Zone distance entropy

code:
  v: IPET
display:
  v: Neighbourhood grey tone difference based features

code:
  v: QCDE
display:
  v: Coarseness

code:
  v: 65HE
display:
  v: Contrast

code:
  v: NQ30
display:
  v: Busyness

code:
  v: HDEZ
display:
  v: Complexity

code:
  v: 1X9X
display:
  v: Strength

code:
  v: REK0
display:
  v: Neighbouring grey level dependence based features

code:
  v: SODN
display:
  v: Low dependence emphasis

code:
  v: IMOQ
display:
  v: High dependence emphasis

code:
  v: TL9H
display:
  v: Low grey level count emphasis

code:
  v: OAE7
display:
  v: High grey level count emphasis

code:
  v: EQ3F
display:
  v: Low dependence low grey level emphasis

code:
  v: JA6D
display:
  v: Low dependence high grey level emphasis

code:
  v: NBZI
display:
  v: High dependence low grey level emphasis

code:
  v: 9QMG
display:
  v: High dependence high grey level emphasis

code:
  v: FP8K
display:
  v: Grey level non-uniformity

code:
  v: 5SPA
display:
  v: Normalised grey level non-uniformity

code:
  v: Z87G
display:
  v: Dependence count non-uniformity

code:
  v: OKJI
display:
  v: Dependence count non-uniformity normalised

code:
  v: 6XV8
display:
  v: Dependence count percentage

code:
  v: 1PFV
display:
  v: Grey level variance

code:
  v: DNX2
display:
  v: Dependence count variance

code:
  v: FCBV
display:
  v: Dependence count entropy

code:
  v: CAS9
display:
  v: Dependence count energy

code:
  v: 5QB6
display:
  v: feature aggregation

code:
  v: 3IDG
display:
  v: feature computed per slice, and averaged over slices

code:
  v: DHQ4
display:
  v: feature computed over the volume

code:
  v: BTW3
display:
  v: feature computed from 2D directional matrix and averaged over 2D directions and slices

code:
  v: SUJT
display:
  v: feature computed from a single matrix after merging 2D directional matrices per slice, and averaged over slices

code:
  v: ZW7Z
display:
  v: feature computed from a single matrix after merging all 2D directional matrices

code:
  v: ITBB
display:
  v: feature computed from 3D directional matrix and averaged over 3D directions

code:
  v: IAZD
display:
  v: feature computed from a single matrix after merging all 3D directional matrices

code:
  v: 8QNN
display:
  v: feature computed from 2D matrix and averaged over slices

code:
  v: 62GR
display:
  v: feature computed from a single matrix after merging all 2D matrices

code:
  v: KOBO
display:
  v: feature computed from 3D matrix

code:
  v: MPUJ
display:
  v: grid distances

code:
  v: LIFZ
display:
  v: manhattan norm

code:
  v: G9EV
display:
  v: euclidean norm

code:
  v: PVMT
display:
  v: chebyshev norm

code:
  v: ECJF
display:
  v: ROI submasks

code:
  v: SEFI
display:
  v: intensity mask

code:
  v: G5KJ
display:
  v: morphological mask

code:
  v: IF9H
display:
  v: re-segmentation

code:
  v: USB3
display:
  v: range re-segmentation

code:
  v: 7ACA
display:
  v: outlier filtering

code:
  v: 6CK8
display:
  v: distance weighting

code:
  v: LQD8
display:
  v: volume voxel representation

code:
  v: 4KW8
display:
  v: volume voxel point set representation

code:
  v: WRJH
display:
  v: volume voxel mesh representation

code:
  v: 4R0B
display:
  v: discretisation

code:
  v: Q3RU
display:
  v: fixed bin size

code:
  v: K15C
display:
  v: fixed bin number

code:
  v: 23XZ
display:
  v: data conversion

code:
  v: PCDE
display:
  v: image post-acquisition processing

code:
  v: OQYT
display:
  v: segmentation

code:
  v: VTM2
display:
  v: interpolation

code:
  v: 68QD
display:
  v: intensity rounding after interpolation

code:
  v: E8H9
display:
  v: roi mask partial volume

code:
  v: UMPJ
display:
  v: interpolation grid

code:
  v: 58MB
display:
  v: fit to original grid

code:
  v: SBKJ
display:
  v: align grid origins

code:
  v: 3WE3
display:
  v: align grid centers

code:
  v: 026Q
display:
  v: align grid centers interpolation grid dimensions

code:
  v: QCY4
display:
  v: align grid centers grid positions

code:
  v: 1OBP
display:
  v: ROI extraction

code:
  v: JJUI
display:
  v: feature computed from a single matrix after merging 2D directional matrices per direction, and averaged over directions

code:
  v: GFJV
display:
  v: Calculation Run Space

code:
  v: CINW
display:
  v: FeatureParameterSpace

code:
  v: 1XL1
display:
  v: texture matrix aggregation parameters

code:
  v: 8QU8
display:
  v: intensity discretization parameters

code:
  v: I7X7
display:
  v: histogram equalisation

code:
  v: SSX6
display:
  v: Lloyd-Max discretisation

code:
  v: OWOH
display:
  v: feature specific parameters

code:
  v: 9LZ9
display:
  v: asymmetrical co-occurrence matrix

code:
  v: 2IQV
display:
  v: symmetrical co-occurrence matrix

code:
  v: 3S2S
display:
  v: distance weighting function

code:
  v: V0L6
display:
  v: no distance weighting

code:
  v: 4S5Z
display:
  v: GLCM specific parameters

code:
  v: 0OW5
display:
  v: GLRLM specific parameters

code:
  v: 6SLW
display:
  v: GLDZM specific parameters

code:
  v: MV8M
display:
  v: NGTDM specific parameters

code:
  v: KQW7
display:
  v: IntVolSpecificParameters

code:
  v: X6TI
display:
  v: MaximumBound

code:
  v: V2QW
display:
  v: MinimumBound

code:
  v: G5MN
display:
  v: isovalue algorithm

code:
  v: CRAM
display:
  v: marching cube algorithm

code:
  v: FFWD
display:
  v: Morphological features specific parameters

code:
  v: VXRR
display:
  v: dependence coarseness parameter

code:
  v: NV3D
display:
  v: cubic convolution interpolation

code:
  v: 2I2N
display:
  v: cubic spline interpolation

code:
  v: X13G
display:
  v: linear interpolation

code:
  v: EY9L
display:
  v: nearest neighbour interpolation

code:
  v: QP79
display:
  v: re-segmentation parameters

code:
  v: LQBA
display:
  v: spatial filter properties

code:
  v: WZSA
display:
  v: wavelet basis function

code:
  v: QVI9
display:
  v: biorthogonal 3.5 wavelet

code:
  v: 2CYL
display:
  v: coiflet 1 wavelet

code:
  v: FR3E
display:
  v: haar wavelet

code:
  v: P8W0
display:
  v: frequency

code:
  v: IA9Q
display:
  v: wavelet filter direction

code:
  v: LCNJ
display:
  v: HHH wavelet direction

code:
  v: S7CG
display:
  v: HHL wavelet direction

code:
  v: UFRT
display:
  v: HLH wavelet direction

code:
  v: RZ96
display:
  v: HLL wavelet direction

code:
  v: CJ43
display:
  v: LHH wavelet direction

code:
  v: 76ZU
display:
  v: LHL wavelet direction

code:
  v: NTRN
display:
  v: LLL wavelet direction

code:
  v: 6FPA
display:
  v: LLH wavelet direction

code:
  v: G6RO
display:
  v: image grey level rounding

code:
  v: IZBZ
display:
  v: edge enhancement

code:
  v: ZS1T
display:
  v: HistoEqualization

code:
  v: Q2ZB
display:
  v: LocalAreaHistoEqualization

code:
  v: OB71
display:
  v: ImageSpace

code:
  v: K7BL
display:
  v: ImageVolume

code:
  v: OH8W
display:
  v: ROIMask

code:
  v: GF95
display:
  v: IntensityHistogramStandardDeviation

code:
  v: URTB
display:
  v: IntensityHistogramTotalEnergy

code:
  v: 5ABU
display:
  v: Maximum2DDiameterColumn

code:
  v: 4S59
display:
  v: Maximum2DDiameterSlice

code:
  v: K57E
display:
  v: Maximum2DDiameterRow

code:
  v: EGTD
display:
  v: Textural

code:
  v: 5XL6
display:
  v: GLCM_MaximalCorrelationCoefficient

code:
  v: 9U4X
display:
  v: ZeroOrder

code:
  v: PWN1
display:
  v: I10

code:
  v: BOHI
display:
  v: I90

code:
  v: JXJA
display:
  v: I10minusI90

code:
  v: NK6P
display:
  v: V10

code:
  v: 4279
display:
  v: V90

code:
  v: WITY
display:
  v: V10minusV90

code:
  v: J04R
display:
  v: NGLDMSpecificParameters

code:
  v: ASHO
display:
  v: Voxel

code:
  v: NOVP
display:
  v: ImageFilterSpace

code:
  v: XSJL
display:
  v: AbsoluteFiltering

code:
  v: 1WTP
display:
  v: ButterworthFilter

code:
  v: PJBO
display:
  v: ColliageFilter

code:
  v: FTIJ
display:
  v: MedianFilter

code:
  v: 9IQY
display:
  v: SavitzkyGolayFilter

code:
  v: SUUU
display:
  v: WaveletFilter

code:
  v: WVUQ
display:
  v: ROIMask_PartialVolumeCutOff

code:
  v: REY6
display:
  v: SegmentationMethods

code:
  v: SBDE
display:
  v: Automated

code:
  v: OAX6
display:
  v: Manual

code:
  v: TGHU
display:
  v: SemiAutomated

code:
  v: 6VTB
display:
  v: SupervisedMethods

code:
  v: TV5D
display:
  v: DeepLearning

code:
  v: KJIF
display:
  v: NeuralNetwork

code:
  v: D3RT
display:
  v: SupportVectorMachine

code:
  v: ZJJY
display:
  v: UnsupervisedMethods

code:
  v: 2KAW
display:
  v: CMeansFuzzy

code:
  v: OPMG
display:
  v: Kmean

code:
  v: HF5R
display:
  v: Manual

code:
  v: W455
display:
  v: InPolygon

code:
  v: 8LVU
display:
  v: RayCasting

code:
  v: WAB9
display:
  v: EdgeBased

code:
  v: XL0Q
display:
  v: GradientEdgeBased

code:
  v: N20K
display:
  v: HoughTransformBased

code:
  v: VZXY
display:
  v: LaplacianEdgeBased

code:
  v: EOOR
display:
  v: MarrHildrethEdgeBased

code:
  v: Q6DD
display:
  v: ModelBased

code:
  v: MGZ1
display:
  v: ActiveShape

code:
  v: SR1C
display:
  v: AppereanceModel

code:
  v: LAQN
display:
  v: AtlasModel

code:
  v: UU0Q
display:
  v: DeformableModel

code:
  v: ZCA3
display:
  v: RegionBased

code:
  v: RZ08
display:
  v: RegionGrowing

code:
  v: A9GC
display:
  v: RegionSplitting

code:
  v: TAWD
display:
  v: SplitAndMerge

code:
  v: Q025
display:
  v: WatershedAlgorithm

code:
  v: L2WC
display:
  v: ThresholdingBased

code:
  v: E8C8
display:
  v: GlobalThresholding

code:
  v: 81TK
display:
  v: LocalAdaptiveThresholding

code:
  v: 4VLP
display:
  v: Institution

code:
  v: DTYK
display:
  v: Phantom

code:
  v: YUBG
display:
  v: Software

code:
  v: SU1L
display:
  v: SoftwareProperties

code:
  v: 59QT
display:
  v: License

code:
  v: 1DUG
display:
  v: OpenSource

code:
  v: G91N
display:
  v: Proprietary

code:
  v: W2J1
display:
  v: Version

code:
  v: M9H0
display:
  v: VersionStatus

code:
  v: 4AGS
display:
  v: Filter application

code:
  v: 7QSE
display:
  v: filter in axial plane

code:
  v: 0ODV
display:
  v: volumetric filter

code:
  v: GBYQ
display:
  v: boundary condition

code:
  v: Z3VE
display:
  v: constant value

code:
  v: SIJG
display:
  v: nearest value

code:
  v: Z7YO
display:
  v: periodic

code:
  v: ZDTV
display:
  v: mirror

code:
  v: S60F
display:
  v: MeanFilter

code:
  v: YNOF
display:
  v: kernel support

code:
  v: 8BC3
display:
  v: GaussianFilter

code:
  v: L6PA
display:
  v: LaplacianFilter

code:
  v: 41LN
display:
  v: Gaussian envelope scale

code:
  v: WGPM
display:
  v: Filter size cutoff

code:
  v: JTXT
display:
  v: Laws kernel filter

code:
  v: JVAD
display:
  v: Laws kernels

code:
  v: B5BZ
display:
  v: Laws L3 kernel

code:
  v: 6HRH
display:
  v: Laws L5 kernel

code:
  v: LJ4T
display:
  v: Laws E3 kernel

code:
  v: 2WPV
display:
  v: Laws E5 kernel

code:
  v: MK5Z
display:
  v: Laws S3 kernel

code:
  v: RXA1
display:
  v: Laws S5 kernel

code:
  v: 4ENO
display:
  v: Laws W5 kernel

code:
  v: 3A1W
display:
  v: Laws R5 kernel

code:
  v: O1AQ
display:
  v: Pseudo-rotational invariance

code:
  v: SVKW
display:
  v: Response map pooling

code:
  v: M1CY
display:
  v: average

code:
  v: 0TAW
display:
  v: max

code:
  v: DUX4
display:
  v: min

code:
  v: PQSD
display:
  v: Laws energy map

code:
  v: I176
display:
  v: Laws energy map distance

code:
  v: Q88H
display:
  v: GaborFilter

code:
  v: S4N6
display:
  v: Gabor wavelength lambda

code:
  v: GDR5
display:
  v: Gabor ellipticity gamma

code:
  v: FQER
display:
  v: Gabor orientation theta

code:
  v: XTGK
display:
  v: Gabor orientation theta step

code:
  v: 25BO
display:
  v: Separable wavelets

code:
  v: BPXS
display:
  v: Separable wavelet family

code:
  v: UOUE
display:
  v: haar wavelet

code:
  v: UK1F
display:
  v: Separable wavelet filter combination

code:
  v: PPF6
display:
  v: LL wavelet combination

code:
  v: P60O
display:
  v: HL wavelet combination

code:
  v: M0S1
display:
  v: LH wavelet combination

code:
  v: WQ2Z
display:
  v: HH wavelet combination

code:
  v: KZAS
display:
  v: LLL wavelet combination

code:
  v: TY49
display:
  v: LLH wavelet combination

code:
  v: 4KRX
display:
  v: LHL wavelet combination

code:
  v: UUV9
display:
  v: HLL wavelet combination

code:
  v: UIT8
display:
  v: LHH wavelet combination

code:
  v: QTIT
display:
  v: HHL wavelet combination

code:
  v: 8LD2
display:
  v: HLH wavelet combination

code:
  v: OYUC
display:
  v: HHH wavelet combination

code:
  v: GCEK
display:
  v: wavelet decomposition level

code:
  v: PH3R
display:
  v: Separable wavelet decimated transform

code:
  v: CVCQ
display:
  v: Separable wavelet undecimated transform

code:
  v: LODD
display:
  v: Non-separable wavelet

code:
  v: 389V
display:
  v: Non-separable wavelet family

code:
  v: GWM2
display:
  v: Shannon wavelet

code:
  v: PRT7
display:
  v: Simoncelli wavelet

code:
  v: AYRS
display:
  v: Riesz transformation

code:
  v: OC48
display:
  v: Riesz transformation order

code:
  v: 1SD3
display:
  v: Riesz filter steering

code:
  v: XKP5
display:
  v: Image dimension

code:
  v: 1F0N
display:
  v: k1-direction

code:
  v: M2EZ
display:
  v: k2-direction

code:
  v: R83H
display:
  v: k3-direction

code:
  v: Y4GJ
display:
  v: Convolution operation

code:
  v: YHT3
display:
  v: Aggregating intensities from a response map

code:
  v: 5P3T
display:
  v: Response map

code:
  v: 0J1M
display:
  v: modulus, magnitude or absolute response map

code:
  v: V530
display:
  v: angle, phase or argument response map

code:
  v: F7DI
display:
  v: real

code:
  v: LI3Y
display:
  v: imaginary

code:
  v: 52
display:
  v: Intensity rounding: Describe how fractional Hounsfield Units are rounded to integer values after interpolation

code:
  v: 56a
display:
  v: Discretisation method: Describe the method used to discretise image intensities

code:
  v: 56b
display:
  v: Discretisation method: Describe the number of bins (FBN) or the bin size (FBS) used for discretisation

code:
  v: 56c
display:
  v: Discretisation method: Describe the lowest intensity in the first bin for FBS discretisation

code:
  v: 61
display:
  v: Software availability: Describe which software and version was used to compute image biomarkers

code:
  v: 62
display:
  v: Texture matrix aggregation: Define how texture-matrix based biomarkers were computed from underlying texture matrices

code:
  v: 63
display:
  v: Distance weighting: Describe which software and version was used to compute image biomarkers