Loading...

Change Owns to Parent Ofs

Set start and due date...

Xporter

XML

Word

Printable

Details

Type: Feature
Priority: Not Assigned
Fix Version/s: PI2, PI3
Component/s: COM PST SW
Labels:
- Team_PST

Acceptance criteria:

Hide

The CUDA implementation must be both performant and efficient on modern GPUs similar to those proposed in the PST Sub-element design: real-time processing is achieved.

The CUDA implementation should agree with the C++ prototype implementation to within numerical precision.

Show
The CUDA implementation must be both performant and efficient on modern GPUs similar to those proposed in the PST Sub-element design: real-time processing is achieved. The CUDA implementation should agree with the C++ prototype implementation to within numerical precision.
Feature Points:
3
Initial Size:
3
WSJF:
4.333
Epic Link:
PST
Agile Teams:

Team_PST
Due Sprint:
Sprint 5
Story Point Burn-up:
Overdue:

Requirement Status:

PI23 - UNCOVERED
Labels_MIRO:
Team_PST

Description

Optimize the C++ prototype implementation and develop a real-time GPU accelerated implementation of the algorithm using CUDA in the DSPSR software library.

Allow performance testing of the algorithm with realistic voltage data sets acquired from existing radio telescopes. Verify the performance meets the constraints of the PST hardware design.

Attachments

- Sort By Name
- Sort By Date
- Ascending
- Descending
- Thumbnails
- List
- Download All

PI3 Report.pdf
598 kB
20/Aug/19 10:36 AM
PI3 Report.pdf
598 kB
20/Aug/19 6:36 AM

Issue Links

mentioned in: Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...; Page Loading...

(18 mentioned in)

Structure

Activity

People

Assignee:: Keane, Evan [X] (Inactive)

Reporter:: Andrew Jameson

Votes:: 0 Vote for this issue

Watchers:: 0 Start watching this issue

Feature Progress

Story Point Burn-up: (100.00%)

Feature Estimate: 3.0

	Issues	Story Points
To Do	0	0.0
In Progress	0	0.0
Complete	6	15.0
Total	6	15.0

Dates

Created:: 21/Feb/19 12:51 AM

Updated:: 17/Feb/24 1:27 PM

PFB Inversion Accelerated Prototype Implementation

Details

Description

Attachments

Attachments

Issue Links

Structure

Activity

People

Feature Progress

Dates

Structure Helper Panel