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ARTs:

LOW ART
Benefit hypothesis:
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The LOW CBF PST beamformer can be steered away from the station beam

The accuracy of the PST beamforming can be measured in PTC#21

Greater understanding of the delay polynomial simulator for PST beam steering can be transferred to TMC
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The LOW CBF PST beamformer can be steered away from the station beam The accuracy of the PST beamforming can be measured in PTC#21 Greater understanding of the delay polynomial simulator for PST beam steering can be transferred to TMC
Acceptance criteria:
- Delay polynomial simulator is updated to include PST offset delay polynomials
- PTC#21 is written to test basic accuracy of the offset delays
Feature Points:
2.75
Initial Size:
2.75
WSJF:
0
Agile Teams:

Team_PERENTIE
Due Sprint:
Sprint 3
Story Point Burn-up:
Overdue:
Outcomes:

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https://docs.google.com/presentation/d/1FfH_uCgLns1w-G3QDiVqrjZC-_Srb0itSEHM-ijimhs/edit

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https://docs.google.com/presentation/d/1FfH_uCgLns1w-G3QDiVqrjZC-_Srb0itSEHM-ijimhs/edit

Implement PST Beam Steering for the PST beamformer
Update the LOW CBF delay polynomial simulator to accept a PST beam direction
Delay polynomial simulator calculates the offset delay polynomial and makes this available via a publish subscribe mechanism
Update the PST beamformer with the offset delay polynomials
Write a new test case PTC#21 thats test how accurate the delays are implemented for the PST beamformer

relates to

ROAM-435 PFB inversion implementation not completed

Story Point Burn-up: (100.00%)

Feature Estimate: 2.75

LOW CBF Implement PST Beam Steering