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Details

Type: Feature
Priority: High
Fix Version/s: PI23, PI24
Component/s: LOW Telescope
Labels:
- Team_VULCAN

ARTs:

LOW ART
Benefit hypothesis:

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As stations are rolled out, it is critical that they can be efficiently verified, before being handed over for incorporation into the array.

The existing SFTs have gaps - they do not verify beamforming, pointing or tracking. If this work is not continued, then stations will end up being handed over to AIV for integration into the array, without this functionality having been checked beforehand.

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As stations are rolled out, it is critical that they can be efficiently verified, before being handed over for incorporation into the array. The existing SFTs have gaps - they do not verify beamforming, pointing or tracking. If this work is not continued, then stations will end up being handed over to AIV for integration into the array, without this functionality having been checked beforehand.
Acceptance criteria:

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Execute the Pointing and tracking SFT using MCCS station level interfaces
Execute the AA0.5 TMC Interfaces Integration Test using TMC interfaces on the first two stations

and then on any other stations handed over

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Execute the Pointing and tracking SFT using MCCS station level interfaces Execute the AA0.5 TMC Interfaces Integration Test using TMC interfaces on the first two stations and then on any other stations handed over
Feature Points:
2
Initial Size:
1
WSJF:
0
Agile Teams:

Team_VULCAN
Story Point Burn-up:
Overdue:

Requirement Status:

PI24 - UNCOVERED
Labels_MIRO:
Team_VULCAN
Goals_MIRO:
Low G4

Description

During station integration, a suite of short functional tests (SFTs) are required, to allow station integrators to check for correct integration of a station, prior to handing it over to be incorporated into the telescope array. Over the past two PIs, a suite of tests has been developed, targetting AAVS3. However there are major gaps

There is no SFT that tests beamforming - the primary observing mode of a station
There is no SFT that tests our ability to point and track

We need to implement a pointing and tracking SFT, and this will also implicitly test our ability to beamform. The goal of this SFT is basically the same as the goal of the TC.L.AA.05.1.2.1.4 TMC Interfaces Integration Test Case, so to maximise impact-to-effort, this SFT should take the same approach; that is, point at a cold location in the sky for a short period of time and acquire data. track a bright location e.g. galactice centre for a period of time and acquire data, then perform comparative analysis to check that results are as expected.

Attachments

Issue Links

Child Of

SS-155 Low AA0.5 multi-station interferometry

Implementing

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Structure

Activity

People

Assignee:: Naram, Vani

Reporter:: Devereux, Drew

Votes:: 0 Vote for this issue

Watchers:: 2 Start watching this issue

Feature Progress

Story Point Burn-up: (76.32%)

Feature Estimate: 2.0

	Issues	Story Points
To Do	0	0.0
In Progress	6	9.0
Complete	19	29.0
Total	25	38.0

Dates

Created:: 30/May/24 6:11 AM

Updated:: 13 hours ago

Due Sprint Date:: 10/Dec/24

Station pointing and tracking