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Type: Feature
Priority: Not Assigned
Fix Version/s: PI9
Component/s: None
Labels:
None

ARTs:

Data Processing
Benefit hypothesis:

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PSRCHIVE correctly predicts the pulse phase of highly accelerated pulsars by utilising Tempo2’s 2D polynomial phase-predictors

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PSRCHIVE correctly predicts the pulse phase of highly accelerated pulsars by utilising Tempo2’s 2D polynomial phase-predictors
Acceptance criteria:

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• Given: pulsar ephemeris is installed into PSRFITS archive

• When: PSRCHIVE applies timing corrections to the times of arrival, based on that ephemeris

• Then: the pulse phase is predicted correctly, i.e. the pulse phase does not systematically drift as a function of frequency/time by more than X%.

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• Given: pulsar ephemeris is installed into PSRFITS archive • When: PSRCHIVE applies timing corrections to the times of arrival, based on that ephemeris • Then: the pulse phase is predicted correctly, i.e. the pulse phase does not systematically drift as a function of frequency/time by more than X%.
Feature Points:
2
WSJF:
0
Agile Teams:

Team_NZAPP
Story Point Burn-up:
Overdue:
Resolved PI.Sprint:
8.6

Requirement Status:

PI22 - UNCOVERED

Description

Update PSRCHIVE and DSPSR to utilise the two-dimensional polynomial phase-predictors of TEMPO2 for correctly predicting the pulse phase of highly accelerated pulsars in highly relativistic binary systems.

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Assignee:: Noutsos, Aristeidis

Reporter:: Griffin, Anthony

Votes:: 0 Vote for this issue

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Feature Progress

Story Point Burn-up: (0%)

Feature Estimate: 2.0

	Issues	Story Points
To Do	0	0.0
In Progress	0	0.0
Complete	0	0.0
Total	0	0.0

Dates

Created:: 02/Dec/20 7:41 AM

Updated:: 15/Jul/22 12:11 PM

Resolved:: 02/Dec/20 2:06 PM

Prepare SDP/SRC for pulsars in relativistic binary systems