Uses of Class
us.gov.dod.standard.ssrf._3_1.metadata.domains.microsecs

Packages that use microsecs

Package	Description
us.gov.dod.standard.ssrf._3_1.antenna
us.gov.dod.standard.ssrf._3_1.loadset
us.gov.dod.standard.ssrf._3_1.metadata.domains
us.gov.dod.standard.ssrf._3_1.multiple
us.gov.dod.standard.ssrf._3_1.receiver
us.gov.dod.standard.ssrf._3_1.transmitter

Uses of microsecs in us.gov.dod.standard.ssrf._3_1.antenna

Methods in us.gov.dod.standard.ssrf._3_1.antenna that return microsecs

Modifier and Type	Method and Description
microsecs	ObservedScanAnalysis.getScanDwell() Get the scan duration.
microsecs	ObservedPolarisationAnalysis.getTiltAngleDuration() Get the time duration for a complete dwell/group of pulses which all have the same discrete Polarisation Tilt Angle value, or for a continuous wave at a constant Polarisation Tilt Angle value..
microsecs	ObservedPolarisationAnalysis.getTiltAnglePatternPeriod() Get the time duration for one complete cycle of a repeating Polarisation Tilt Angle sequence.

Methods in us.gov.dod.standard.ssrf._3_1.antenna with parameters of type microsecs

Modifier and Type	Method and Description
void	ObservedScanAnalysis.setScanDwell(microsecs value) Set the scan duration.
void	ObservedPolarisationAnalysis.setTiltAngleDuration(microsecs value) Set the time duration for a complete dwell/group of pulses which all have the same discrete Polarisation Tilt Angle value, or for a continuous wave at a constant Polarisation Tilt Angle value..
void	ObservedPolarisationAnalysis.setTiltAnglePatternPeriod(microsecs value) Set the time duration for one complete cycle of a repeating Polarisation Tilt Angle sequence.

Uses of microsecs in us.gov.dod.standard.ssrf._3_1.loadset

Methods in us.gov.dod.standard.ssrf._3_1.loadset that return microsecs

Modifier and Type	Method and Description
microsecs	JammingChannelProfile.getActivationTime() Get the minimum time required to trigger the jammer after start of signal reception..
microsecs	JammingChannelProfile.getDwell() Get the frequency range dwell time; how long a sweep pauses on a particular frequency before moving to next technique..
microsecs	TimingDeconflictionProtocol.getPeriod() Get the enter the elapsed time between On and Off Triggers (i.e., Operations)..
microsecs	TimingDeconflictionProtocol.getTriggerOff() Get the time that the jammer is off (listening)..
microsecs	TimingDeconflictionProtocol.getTriggerOn() Get the time that the jammer is on (jamming)..

Methods in us.gov.dod.standard.ssrf._3_1.loadset with parameters of type microsecs

Modifier and Type	Method and Description
void	JammingChannelProfile.setActivationTime(microsecs value) Set the minimum time required to trigger the jammer after start of signal reception..
void	JammingChannelProfile.setDwell(microsecs value) Set the frequency range dwell time; how long a sweep pauses on a particular frequency before moving to next technique..
void	TimingDeconflictionProtocol.setPeriod(microsecs value) Set the enter the elapsed time between On and Off Triggers (i.e., Operations)..
void	TimingDeconflictionProtocol.setTriggerOff(microsecs value) Set the time that the jammer is off (listening)..
void	TimingDeconflictionProtocol.setTriggerOn(microsecs value) Set the time that the jammer is on (jamming)..

Uses of microsecs in us.gov.dod.standard.ssrf._3_1.metadata.domains

Methods in us.gov.dod.standard.ssrf._3_1.metadata.domains with parameters of type microsecs

Modifier and Type	Method and Description
int	microsecs.compareTo(microsecs obj) Comparison and sorting.

Uses of microsecs in us.gov.dod.standard.ssrf._3_1.multiple

Methods in us.gov.dod.standard.ssrf._3_1.multiple that return microsecs

Modifier and Type	Method and Description
microsecs	ConfigFreq.getDuration() Get the amount of time the frequency is being monitored or jammed..
microsecs	ObservedERPValues.getERPDwell() Get the time duration for a complete dwell/group of pulses which all have the same discrete ERP value, or for a continuous wave at a constant ERP value..
microsecs	ObservedERPAnalysis.getERPPatternPeriod() Get the time duration for one complete cycle of a repeating ERP sequence..
microsecs	ConfigFreq.getPeriod() Get In Data Item Period (US),- enter how often the frequency is being monitored or jammed..
microsecs	ConfigFreq.getPulseWidth() Get the collected EW channel dwell for the Chirped Signal..

Methods in us.gov.dod.standard.ssrf._3_1.multiple with parameters of type microsecs

Modifier and Type	Method and Description
void	ConfigFreq.setDuration(microsecs value) Set the amount of time the frequency is being monitored or jammed..
void	ObservedERPValues.setERPDwell(microsecs value) Set the time duration for a complete dwell/group of pulses which all have the same discrete ERP value, or for a continuous wave at a constant ERP value..
void	ObservedERPAnalysis.setERPPatternPeriod(microsecs value) Set the time duration for one complete cycle of a repeating ERP sequence..
void	ConfigFreq.setPeriod(microsecs value) Set In Data Item Period (US),- enter how often the frequency is being monitored or jammed..
void	ConfigFreq.setPulseWidth(microsecs value) Set the collected EW channel dwell for the Chirped Signal..

Uses of microsecs in us.gov.dod.standard.ssrf._3_1.receiver

Methods in us.gov.dod.standard.ssrf._3_1.receiver that return microsecs

Modifier and Type	Method and Description
microsecs	Baseband.getBitDuration() Get the period of elapsed time, per bit instance, before change of states..
microsecs	RxModulation.getCodePeriod() Get the length of time of the pseudorandom code repetition period..
microsecs	SpreadSpectrum.getHopDwell() Get the length of time the frequency hopping system dwells on a frequency..
microsecs	SpreadSpectrum.getPulseChirpDurationMax() Get the maximum duration (pulsewidth) of the chirp signal.
microsecs	SpreadSpectrum.getPulseChirpDurationMin() Get the duration (pulsewidth) of the chirp signal..
microsecs	Baseband.getSignalDurationMax() Get the maximum time value for how long the tone persists in the baseband.
microsecs	Baseband.getSignalDurationMin() Get the minimum time value for how long the tone persists in the baseband..

Methods in us.gov.dod.standard.ssrf._3_1.receiver with parameters of type microsecs

Modifier and Type	Method and Description
void	Baseband.setBitDuration(microsecs value) Set the period of elapsed time, per bit instance, before change of states..
void	RxModulation.setCodePeriod(microsecs value) Set the length of time of the pseudorandom code repetition period..
void	SpreadSpectrum.setHopDwell(microsecs value) Set the length of time the frequency hopping system dwells on a frequency..
void	SpreadSpectrum.setPulseChirpDurationMax(microsecs value) Set the maximum duration (pulsewidth) of the chirp signal.
void	SpreadSpectrum.setPulseChirpDurationMin(microsecs value) Set the duration (pulsewidth) of the chirp signal..
void	Baseband.setSignalDurationMax(microsecs value) Set the maximum time value for how long the tone persists in the baseband.
void	Baseband.setSignalDurationMin(microsecs value) Set the minimum time value for how long the tone persists in the baseband..

Uses of microsecs in us.gov.dod.standard.ssrf._3_1.transmitter

Methods in us.gov.dod.standard.ssrf._3_1.transmitter that return microsecs

Modifier and Type	Method and Description
microsecs	ObservedMOPBits.getBitDuration() Get the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one..
microsecs	TxMode.getBurstDuration() Get the pulse burst duration..
microsecs	TxMode.getBurstOffTime() Get the pulse burst off time in microseconds (duration of time between the end of one pulse burst to the start of the next pulse burst)..
microsecs	TxMode.getChannelDwell() Get the time the transmitter is on..
microsecs	SubcarrierTone.getDuration() Get the period of dwell for the baseband audio frequency, before it is disabled or switched..
microsecs	ObservedRFAnalysis.getDwellTime() Get the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row..
microsecs	ObservedPulseAnalysis.getFallTime() Get the time required for a pulse to fall from 90% to 10 percent of the mean peak amplitude of its voltage waveform/envelope..
microsecs	Pulse.getFallTime() Get the pulse fall time from 90 to 10 percent of the pulse..
microsecs	ObservedMOPSweep.getMOPFlyBackInterval() Get In Data Item US:MOPFlyBackInterval (US), enter the time duration between the end of a continuous (linear) sweep and the beginning of the next continuous (linear) sweep.
microsecs	ObservedMOPAnalysis.getMOPOffTime() Get In Data Item US:MOPOffTime (US), enter the duration of the state of the modulated waveform with the absence of energy..
microsecs	ObservedMOPAnalysis.getMOPOnTime() Get In Data Item US:MOPOnTime (US), enter the duration of the one on-time related to the binary form of amplitude modulation called on-off keying..
microsecs	ObservedMOPAnalysis.getMOPPatternPeriod() Get In Data Item US:MOPPatternPeriod (US), enter the duration of one complete cycle of Frequency, Phase or Amplitude variations for a signal which changes on a patterned basis, within a pulse, for pulsed signals..
microsecs	ObservedMOPAnalysis.getMOPPulseDurationLink() Get In Data Item US:MOPPulseDurationLink (US), enter the Discrete PD value which is associated with the selected MOP name (i.e., the name in the MOP Pattern List)..
microsecs	ObservedMOPSequence.getMOPRepetionInterval() Get the overall interval which may include multiple Sweep Repetition Intervals (SRI).
microsecs	ObservedMOPBits.getMOPRepetionInterval() Get the overall interval which may include multiple Sweep Repetition Intervals (SRI).
microsecs	ObservedMOPSweep.getMOPRepetionInterval() Get the overall interval which may include multiple Sweep Repetition Intervals (SRI).
microsecs	ObservedMOPSweep.getMOPSweepPeriod() Get In Data Item US:MOPSweepPeriod (US), enter the time duration from a point in the RF sequence (or continuous variation) to the like point in the next repeating RF sequence (or continuous variation)..
microsecs	ObservedPulseValues.getObservedPDValue() Get the observed PD data believed to be valid..
microsecs	ObservedPulseValues.getObservedPRIValue() Get the observed PRI data believed to be valid..
microsecs	ObservedPulseAnalysis.getPDDwellMax() Get the maximum time duration for a complete dwell/group of pulses which all have the same PD value.
microsecs	ObservedPulseAnalysis.getPDDwellMin() Get the minimum time duration for a complete dwell/group of pulses which all have the same PD value..
microsecs	ObservedPulseAnalysis.getPDExtremeMax() Get the maximum PD value that represents 100% of observed values.
microsecs	ObservedPulseAnalysis.getPDExtremeMin() Get the minimum PD value that represents 100% of observed values..
microsecs	ObservedPulseAnalysis.getPDMax() Get the highest discrete PD value in a repeating sequence of pulses which has multiple PD values
microsecs	Pulse.getPDMax() Get for equipment having a capability for continuously variable PD over a wide range.
microsecs	ObservedPulseAnalysis.getPDMean() Get the average PD of a signal which changes PD values on a non-patterned basis..
microsecs	ObservedPulseAnalysis.getPDMedian() Get the PD value that the signal most often used, based on a statistical study..
microsecs	ObservedPulseAnalysis.getPDMin() Get the delta lowest discrete PD value in a repeating sequence of pulses which has multiple PD values.
microsecs	Pulse.getPDMin() Get a numeric value indicating the characteristic pulse duration of the equipment at the half-power (-3 dB) points.
microsecs	ObservedPulseAnalysis.getPDPatternPeriod() Get the time duration for one complete cycle of a repeating sequence of pulses which has multiple (2 or more) PD values; the time duration shall go from a point in one cycle to a like point in the next cycle..
microsecs	ObservedPulseAnalysis.getPDStdDev() Get the standard deviation of the data sample used to calculate PD Mean..
microsecs	ObservedPulseAnalysis.getPDStep() Get the Step between adjacent PD values; pertains to discrete PD variations..
microsecs	ObservedPulseAnalysis.getPDTypicalMax() Get the upper end of the range of PD values that represents 95% of observed values, from a statistical study.
microsecs	ObservedPulseAnalysis.getPDTypicalMin() Get the lower end of the range of PD values that represents 95% of observed values, from a statistical study.
microsecs	ObservedPulseAnalysis.getPRIBasicClockPeriod() Get the fundamental period of the emitter clock which is used to generate the subject signal PRIs.
microsecs	ObservedPulseAnalysis.getPRIExtremeMax() Get the maximum observed PRI value, from a statistical study of a 100% data set.
microsecs	ObservedPulseAnalysis.getPRIExtremeMin() Get the minimum observed PRI value, from a statistical study of a 100% data set..
microsecs	ObservedPulseAnalysis.getPRIFramePeriod() Get the time difference between a point on the leading edge of the frame marker (or an alternate pulse in the frame), to the similar point on the leading edge of the frame marker (or the alternate pulse) in the next/consecutive frame..
microsecs	ObservedPulseAnalysis.getPRIGroupPulseSpacing() Get the time difference between a point on the leading edge of the subframe marker (or an alternate pulse in the subframe), to the similar point on the leading edge of the subframe marker (or the alternate pulse in the subframe) in the next/consecutive frame..
microsecs	ObservedPulseAnalysis.getPRIGroupSpacing() Get the PRI between two groups of pulses which both have constant but different PRIs (aka, the PRI between consecutive PRI dwell groups)..
microsecs	ObservedPulseAnalysis.getPRIMean() Get the average PRI value for a signal which changes PRI values on a non-patterned basis..
microsecs	ObservedPulseAnalysis.getPRIMedian() Get the observed PRI value that the signal most often used based on statistical study of a data set..
microsecs	ObservedPulseAnalysis.getPRIPatternPeriod() Get the time duration for one complete cycle of a repeating PRI sequence..
microsecs	ObservedPulseAnalysis.getPRIStabilitySamplePeriod() Get the time interval used to determine the PRI stability value..
microsecs	ObservedPulseAnalysis.getPRIStdDev() Get the standard deviation associated with the data set used to calculate the values entered in the PRI Mean fields.
microsecs	ObservedPulseAnalysis.getPRIStep() Get the delta between the Most Probable observed PRI values of adjacent and discrete PRI..
microsecs	ObservedPulseAnalysis.getPRISubframePeriod() Get the time difference between a point on the leading edge of the subframe marker (or an alternate pulse in the subframe), to the similar point on the leading edge of the subframe marker (or the alternate pulse in the subframe) in the next/consecutive frame..
microsecs	ObservedPulseAnalysis.getPRITimingShift() Get the PRI timing shift value, on Emitters with repeated timing shifts of a predictable magnitude, but not predictable timing..
microsecs	ObservedPulseAnalysis.getPRITypicalMax() Get the upper end of the range of PRI values that represent 95% of the signal observed PRI values, from a statistical study of a data set.
microsecs	ObservedPulseAnalysis.getPRITypicalMin() Get the lower end of the range of PRI values that represent 95% of the signal observed PRI values, from a statistical study of a data set..
microsecs	ObservedRFAnalysis.getRFFreqToleranceInterval() Get In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken..
microsecs	ObservedRFAnalysis.getRFPatternPeriod() Get the duration of one cycle of the pattern for patterned RF variations..
microsecs	ObservedRFAnalysis.getRFSlotDuration() Get the duration of a single time slot for the hop dwell.
microsecs	ObservedPulseAnalysis.getRiseTime() Get the time required for a pulse to rise from 10% to 90 percent of the mean peak amplitude of the voltage pattern..
microsecs	Pulse.getRiseTime() Get an operational justification for short pulse rise time.

Methods in us.gov.dod.standard.ssrf._3_1.transmitter with parameters of type microsecs

Modifier and Type	Method and Description
void	ObservedMOPBits.setBitDuration(microsecs value) Set the shortest time interval (within a pulse for pulsed signals) that a discrete frequency, phase, or amplitude value stays at its state before changing to a new one..
void	TxMode.setBurstDuration(microsecs value) Set the pulse burst duration..
void	TxMode.setBurstOffTime(microsecs value) Set the pulse burst off time in microseconds (duration of time between the end of one pulse burst to the start of the next pulse burst)..
void	TxMode.setChannelDwell(microsecs value) Set the time the transmitter is on..
void	SubcarrierTone.setDuration(microsecs value) Set the period of dwell for the baseband audio frequency, before it is disabled or switched..
void	ObservedRFAnalysis.setDwellTime(microsecs value) Set the dwell time at any RF when the RF dwells at particular values for more than one pulse in a row..
void	ObservedPulseAnalysis.setFallTime(microsecs value) Set the time required for a pulse to fall from 90% to 10 percent of the mean peak amplitude of its voltage waveform/envelope..
void	Pulse.setFallTime(microsecs value) Set the pulse fall time from 90 to 10 percent of the pulse..
void	ObservedMOPSweep.setMOPFlyBackInterval(microsecs value) Set In Data Item US:MOPFlyBackInterval (US), enter the time duration between the end of a continuous (linear) sweep and the beginning of the next continuous (linear) sweep.
void	ObservedMOPAnalysis.setMOPOffTime(microsecs value) Set In Data Item US:MOPOffTime (US), enter the duration of the state of the modulated waveform with the absence of energy..
void	ObservedMOPAnalysis.setMOPOnTime(microsecs value) Set In Data Item US:MOPOnTime (US), enter the duration of the one on-time related to the binary form of amplitude modulation called on-off keying..
void	ObservedMOPAnalysis.setMOPPatternPeriod(microsecs value) Set In Data Item US:MOPPatternPeriod (US), enter the duration of one complete cycle of Frequency, Phase or Amplitude variations for a signal which changes on a patterned basis, within a pulse, for pulsed signals..
void	ObservedMOPAnalysis.setMOPPulseDurationLink(microsecs value) Set In Data Item US:MOPPulseDurationLink (US), enter the Discrete PD value which is associated with the selected MOP name (i.e., the name in the MOP Pattern List)..
void	ObservedMOPSequence.setMOPRepetionInterval(microsecs value) Set the overall interval which may include multiple Sweep Repetition Intervals (SRI).
void	ObservedMOPBits.setMOPRepetionInterval(microsecs value) Set the overall interval which may include multiple Sweep Repetition Intervals (SRI).
void	ObservedMOPSweep.setMOPRepetionInterval(microsecs value) Set the overall interval which may include multiple Sweep Repetition Intervals (SRI).
void	ObservedMOPSweep.setMOPSweepPeriod(microsecs value) Set In Data Item US:MOPSweepPeriod (US), enter the time duration from a point in the RF sequence (or continuous variation) to the like point in the next repeating RF sequence (or continuous variation)..
void	ObservedPulseValues.setObservedPDValue(microsecs value) Set the observed PD data believed to be valid..
void	ObservedPulseValues.setObservedPRIValue(microsecs value) Set the observed PRI data believed to be valid..
void	ObservedPulseAnalysis.setPDDwellMax(microsecs value) Set the maximum time duration for a complete dwell/group of pulses which all have the same PD value.
void	ObservedPulseAnalysis.setPDDwellMin(microsecs value) Set the minimum time duration for a complete dwell/group of pulses which all have the same PD value..
void	ObservedPulseAnalysis.setPDExtremeMax(microsecs value) Set the maximum PD value that represents 100% of observed values.
void	ObservedPulseAnalysis.setPDExtremeMin(microsecs value) Set the minimum PD value that represents 100% of observed values..
void	ObservedPulseAnalysis.setPDMax(microsecs value) Set the highest discrete PD value in a repeating sequence of pulses which has multiple PD values
void	Pulse.setPDMax(microsecs value) Set for equipment having a capability for continuously variable PD over a wide range.
void	ObservedPulseAnalysis.setPDMean(microsecs value) Set the average PD of a signal which changes PD values on a non-patterned basis..
void	ObservedPulseAnalysis.setPDMedian(microsecs value) Set the PD value that the signal most often used, based on a statistical study..
void	ObservedPulseAnalysis.setPDMin(microsecs value) Set the delta lowest discrete PD value in a repeating sequence of pulses which has multiple PD values.
void	Pulse.setPDMin(microsecs value) Set a numeric value indicating the characteristic pulse duration of the equipment at the half-power (-3 dB) points.
void	ObservedPulseAnalysis.setPDPatternPeriod(microsecs value) Set the time duration for one complete cycle of a repeating sequence of pulses which has multiple (2 or more) PD values; the time duration shall go from a point in one cycle to a like point in the next cycle..
void	ObservedPulseAnalysis.setPDStdDev(microsecs value) Set the standard deviation of the data sample used to calculate PD Mean..
void	ObservedPulseAnalysis.setPDStep(microsecs value) Set the Step between adjacent PD values; pertains to discrete PD variations..
void	ObservedPulseAnalysis.setPDTypicalMax(microsecs value) Set the upper end of the range of PD values that represents 95% of observed values, from a statistical study.
void	ObservedPulseAnalysis.setPDTypicalMin(microsecs value) Set the lower end of the range of PD values that represents 95% of observed values, from a statistical study.
void	ObservedPulseAnalysis.setPRIBasicClockPeriod(microsecs value) Set the fundamental period of the emitter clock which is used to generate the subject signal PRIs.
void	ObservedPulseAnalysis.setPRIExtremeMax(microsecs value) Set the maximum observed PRI value, from a statistical study of a 100% data set.
void	ObservedPulseAnalysis.setPRIExtremeMin(microsecs value) Set the minimum observed PRI value, from a statistical study of a 100% data set..
void	ObservedPulseAnalysis.setPRIFramePeriod(microsecs value) Set the time difference between a point on the leading edge of the frame marker (or an alternate pulse in the frame), to the similar point on the leading edge of the frame marker (or the alternate pulse) in the next/consecutive frame..
void	ObservedPulseAnalysis.setPRIGroupPulseSpacing(microsecs value) Set the time difference between a point on the leading edge of the subframe marker (or an alternate pulse in the subframe), to the similar point on the leading edge of the subframe marker (or the alternate pulse in the subframe) in the next/consecutive frame..
void	ObservedPulseAnalysis.setPRIGroupSpacing(microsecs value) Set the PRI between two groups of pulses which both have constant but different PRIs (aka, the PRI between consecutive PRI dwell groups)..
void	ObservedPulseAnalysis.setPRIMean(microsecs value) Set the average PRI value for a signal which changes PRI values on a non-patterned basis..
void	ObservedPulseAnalysis.setPRIMedian(microsecs value) Set the observed PRI value that the signal most often used based on statistical study of a data set..
void	ObservedPulseAnalysis.setPRIPatternPeriod(microsecs value) Set the time duration for one complete cycle of a repeating PRI sequence..
void	ObservedPulseAnalysis.setPRIStabilitySamplePeriod(microsecs value) Set the time interval used to determine the PRI stability value..
void	ObservedPulseAnalysis.setPRIStdDev(microsecs value) Set the standard deviation associated with the data set used to calculate the values entered in the PRI Mean fields.
void	ObservedPulseAnalysis.setPRIStep(microsecs value) Set the delta between the Most Probable observed PRI values of adjacent and discrete PRI..
void	ObservedPulseAnalysis.setPRISubframePeriod(microsecs value) Set the time difference between a point on the leading edge of the subframe marker (or an alternate pulse in the subframe), to the similar point on the leading edge of the subframe marker (or the alternate pulse in the subframe) in the next/consecutive frame..
void	ObservedPulseAnalysis.setPRITimingShift(microsecs value) Set the PRI timing shift value, on Emitters with repeated timing shifts of a predictable magnitude, but not predictable timing..
void	ObservedPulseAnalysis.setPRITypicalMax(microsecs value) Set the upper end of the range of PRI values that represent 95% of the signal observed PRI values, from a statistical study of a data set.
void	ObservedPulseAnalysis.setPRITypicalMin(microsecs value) Set the lower end of the range of PRI values that represent 95% of the signal observed PRI values, from a statistical study of a data set..
void	ObservedRFAnalysis.setRFFreqToleranceInterval(microsecs value) Set In Data Item:RFFreqToleranceInterval (US), enter the time interval over which the RF stability measurements were taken..
void	ObservedRFAnalysis.setRFPatternPeriod(microsecs value) Set the duration of one cycle of the pattern for patterned RF variations..
void	ObservedRFAnalysis.setRFSlotDuration(microsecs value) Set the duration of a single time slot for the hop dwell.
void	ObservedPulseAnalysis.setRiseTime(microsecs value) Set the time required for a pulse to rise from 10% to 90 percent of the mean peak amplitude of the voltage pattern..
void	Pulse.setRiseTime(microsecs value) Set an operational justification for short pulse rise time.