Diss-length - Revision history

Aleboyer at 19:11, 6 June 2024

2024-06-06T19:11:59Z

← Older revision		Revision as of 19:11, 6 June 2024
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	This is the length of data over which one estimate of dissipation rate is made for each shear probe. Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof).		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof).

	'''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.'''		'''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Similar to FFT-length, Diss-length should be a power of 2, converted in time and saved in the metadata.

	Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate. A single fft-length as diss-length is ill-advised and has poor statistical reliability.		Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate. A single fft-length as diss-length is ill-advised and has poor statistical reliability.

Aleboyer at 19:04, 6 June 2024

2024-06-06T19:04:48Z

← Older revision		Revision as of 19:04, 6 June 2024
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	This is the length of data over which one estimate of dissipation rate is made for each shear probe. Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof). '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate. A single fft-length as diss-length is ill-advised and has poor statistical reliability.		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof).

			'''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.'''

			Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate. A single fft-length as diss-length is ill-advised and has poor statistical reliability.


	Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

Aleboyer at 19:04, 6 June 2024

2024-06-06T19:04:11Z

← Older revision		Revision as of 19:04, 6 June 2024
Line 1:		Line 1:
	This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof). '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate. A single fft-length as diss-length is ill-advised and has poor statistical reliability.


			Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

	Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate.

Aleboyer at 17:58, 6 June 2024

2024-06-06T17:58:55Z

← Older revision		Revision as of 17:58, 6 June 2024
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	This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

	Using our recommended fft processing, each [[Fft-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate.		Using our recommended fft processing, each [[Fft-length\|FFT-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate.

Ilker at 10:25, 1 February 2023

2023-02-01T10:25:00Z

← Older revision		Revision as of 10:25, 1 February 2023
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	This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

	Using our recommended fft processing, each [[Fft-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate.		Using our recommended fft processing, each [[Fft-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate.

Ilker at 08:50, 9 January 2023

2023-01-09T08:50:11Z

← Older revision		Revision as of 08:50, 9 January 2023
Line 1:		Line 1:
	This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

	Using our recommended fft processing, each [[Fft-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. It may ~~soemtimes~~, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or ~~when~~ the user chooses not to apply [[the Goodman algorithm]. ~~As a general rule, we recommend a~~ diss-length ~~of minimum 3~~ fft-~~lengths. Five fft-lengths is desirable~~.		Using our recommended fft processing, each [[Fft-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. '''As a general rule, we recommend a diss-length of minimum 3 fft-lengths.''' Five fft-lengths is desirable. It may sometimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or the user chooses not to apply [[the Goodman algorithm]. In those cases the user may choose single diss-length = fft-length, with the caveat of the poor statistical reliability of the dissipation estimate.

Ilker at 08:47, 9 January 2023

2023-01-09T08:47:29Z

← Older revision		Revision as of 08:47, 9 January 2023
Line 1:		Line 1:
	Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		This is the length of data over which one estimate of dissipation rate is made for each shear probe. Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

			Using our recommended fft processing, each [[Fft-length]] segment will have 1.9 degrees of freedom (dof). Normally a single fft-length as diss-length is ill-advised and has poor statistical reliability. It may soemtimes, however, be desirable to achieve high temporal (or spatial) resolution in dissipation profiles and/or when the user chooses not to apply [[the Goodman algorithm]. As a general rule, we recommend a diss-length of minimum 3 fft-lengths. Five fft-lengths is desirable.


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CynthiaBluteau: Categorization

2021-11-23T15:31:30Z

Categorization

← Older revision		Revision as of 15:31, 23 November 2021
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	return to [[Flow chart for shear probes]]		return to [[Flow chart for shear probes]]

			[[Category:Shear probes]]

Ilker at 15:35, 9 November 2021

2021-11-09T15:35:56Z

← Older revision		Revision as of 15:35, 9 November 2021
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	~~diss-length --~~ Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.		Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.

			----------------------------
			return to [[Flow chart for shear probes]]

Aleboyer: Created page with "diss-length -- Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows i..."

2021-08-20T22:46:43Z

Created page with "diss-length -- Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows i..."

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diss-length -- Choosing the length of data, in units of meters, for the estimation of dissipation rates makes this choice fairly platform and vehicle independent, and allows it to be mainly driven by the science one wishes to accomplish.