Emerging Numerical Linear Algebra Research Gathering for Exchanging Developments
Emerging Numerical Linear Algebra Research Gathering for Exchanging Developments
ENLARGED
Monday 14th September
Rutherford Appleton Laboratory
The Computational Mathematics Group from STFC's Scientific Computing Department is hosting a workshop on Numerical Linear Algebra. All are very welcome to attend but registration is mandatory.
Goal
Registration
Plenary Speakers
Matt Colbrook (Cambridge University)
Malena Sabate Landman (Bath University/Warwick University)
Location
The postcode for the Rutherford Appleton Laboratory is OX11 0QX.
The nearest train station is Didcot, and the Thames travel X24/X34/X35 buses travel between Didcot Parkway Station and the Harwell Campus (~ 30 minute journey, with a bus every ~ 15 minutes). Taxis are also available at Didcot Parkway Station.
Detailed travel instructions are provided on the STFC "How to Find Us" page. The official website for the bus service can be used to plan your journey.
Talks will take place in the Pickavance Theatre building R22 on the main Rutherford Appleton Laboratory site. On arrival, please report to reception and they will direct you to the Pickavance Theatre. If driving, reception will direct you to a suitable place to park.
Hotels nearby
- The Coseners House
This hotel is in Abingdon.
The X2 bus goes Oxford/Didcot to Abingdon.
To go to RAL from Abingdon you need to take the 43 bus. The 43 bus has only two journeys in the morning from Abingdon to RAL and two journeys in the evening. - Premier Inn Oxford South Didcot hotel
This hotel is near Didcot.
Take X2/X32/X36/33 from Didcot Parkway Railway to go to the hotel
Take the ST1 bus from the nearby bus stop Turn (also called Milton Heights) to RAL and use the reverse direction on the way back - Ridgeway House
This hotel is on the Harwell Campus, the campus that hosts RAL.
Travel to RAL is explained here How to Find Us. Note that the ST1 bus service is limited to certain hours (last journey leaving Oxford is at 18:40). Please check the official website for more details. - + many hotels in Oxford are also available. We recommend those being close to the High Street as they are closer to the ST1 bus stop.
Organising committee
- Hussam Al Daas (hussam.al-daas@stfc.ac.uk)
- Nicolas Boullé (n.boulle@imperial.ac.uk)
- Georg Maierhofer (gam37@cam.ac.uk)
- Yuji Nakatsukasa (nakatsukasa@maths.ox.ac.uk)
Monday
| 09:00 | Registration | Pickavance Lecture Theatre | |
| 09:30 | Welcome | Pickavance Lecture Theatre | |
| 10:00 | Matthew Colbrook (University of Cambridge | Schiffer shortcakes and overdetermined eigenvalue prob- lems |
Pickavance Lecture Theatre |
| 10:30 | Simon Chandler-Wilde (University of Reading) Liza Rebrova (University of Oxford) Francesco Hrobat (University of Oxford) Jennifer Scott (STFC) |
Pickavance Lecture Theatre | |
| 11:30 | Coffee break | Visitor Centre | |
| 12:00 | Marcus Webb (University of Manchester) Benham Hashemi (University of Leicester) Gustav Conradie (University of Cambridge) Yuji Nakatsukasa (University of Oxford) |
Pickavance Lecture Theatre | |
| 13:00 | Lunch + Posters Session | Visitor Centre | |
| 14:30 | Malena Sabate Landman (University of Warwick) | How much information does a Krylov method need? | Pickavance Lecture Theatre |
| 15:00 |
Coffee break and Topical Discussions:
|
|
Visitor Centre |
| 16:00 | Nicolas Boullé (Imperial College London) Hussam Al Daas (STFC) Nathaniel Pritchard (University of Oxford) Morgan Lynch-Davies (University of Manchester) Georg Maierhofer (University of Cambridge) |
Pickavance Lecture Theatre | |
| 17:15 | Day 1 Close | ||
| 18:45 |
Dinner |
Mowgli Street Food | Oxford |
Posters:
- Kelan Gray (Imperial College London): Deep embedded multiplicative dynamic mode decomposition
- Jung Eun Huh (University of Oxford): Adaptive LSQR Preconditioning from One Small Sketch
- Irina-Beatrice Haas (University of Oxford): SuperPCA: Subspace analysis and an efficient algorithm for high-
dimensional PCA - Aizhan Issagali (University of Edinburgh): On some matrix nearness problems
- Nian Shao (EPFL): Randomized Rayleigh–Ritz procedure
- Yifu Zhang (Imperial College London): CUR(CUR)T for Gram Matrix Approximation
- Zhengbo Zhou (University of Manchester): Computing accurate SVD using a mixed precision one-sided Jacobi algo-
rithm