en

Sparsely thinking of 2021
en , Parallel computing , Linear algebra , Numerical analysis , Mathematical optimisation ·The year 2021 is gone, which means it’s time to take a look at which publications were captured by my Google Scholar queries.

Tidying up my Google Scholar queries
en , Literature , Computational sustainability ·Lately, I’ve realised that the diversity of my reads since the start of the pandemic has increased. This has got to the point that I feel like my Google Scholar queries don’t reflect everything I’m interested in these days.

Solving the advectiondiffusion equation in a couple of lines of code
en , MATLAB , Numerical solvers , PDE ·Let’s implement the advection equation

Numerical algorithms, optimisation, and computer performance: a selection of research from 2020
en , Parallel computing , Linear algebra ·I won’t bore you with clichés about how weird and difficult this year has been. Instead, I’d like to point out straightaway how large this year’s selection of papers is: more than 400 papers, which is more than twice the papers I selected last year.

A selection of papers on numerical linear algebra and parallel computing published in 2019
en , Parallel computing , Linear algebra ·This year has been particularly exciting for the fields of numerical linear algebra and parallel computing. I managed to add 267 entries to my bibliography, which means a new paper about every 1.7 days on average! To me, this is a big step up compared to last year’s 56 papers.

A selection of papers on numerical linear algebra and parallel computing published in 2018
en , Parallel computing , Linear algebra ·About two years ago, I setup a Google Scholar alert to stay uptodate with the literature on the topics I discussed in >my PhD dissertation</a>. I took the habit of recording the most interesting papers on Jabref, together with their abstract. Here is a list of such papers for 2018 (up until today):
Parallel computing

Sparsely thinking of 2021
en , Parallel computing , Linear algebra , Numerical analysis , Mathematical optimisation ·The year 2021 is gone, which means it’s time to take a look at which publications were captured by my Google Scholar queries.

Numerical algorithms, optimisation, and computer performance: a selection of research from 2020
en , Parallel computing , Linear algebra ·I won’t bore you with clichés about how weird and difficult this year has been. Instead, I’d like to point out straightaway how large this year’s selection of papers is: more than 400 papers, which is more than twice the papers I selected last year.

A selection of papers on numerical linear algebra and parallel computing published in 2019
en , Parallel computing , Linear algebra ·This year has been particularly exciting for the fields of numerical linear algebra and parallel computing. I managed to add 267 entries to my bibliography, which means a new paper about every 1.7 days on average! To me, this is a big step up compared to last year’s 56 papers.

A selection of papers on numerical linear algebra and parallel computing published in 2018
en , Parallel computing , Linear algebra ·About two years ago, I setup a Google Scholar alert to stay uptodate with the literature on the topics I discussed in >my PhD dissertation</a>. I took the habit of recording the most interesting papers on Jabref, together with their abstract. Here is a list of such papers for 2018 (up until today):
Linear algebra

Sparsely thinking of 2021
en , Parallel computing , Linear algebra , Numerical analysis , Mathematical optimisation ·The year 2021 is gone, which means it’s time to take a look at which publications were captured by my Google Scholar queries.

Numerical algorithms, optimisation, and computer performance: a selection of research from 2020
en , Parallel computing , Linear algebra ·I won’t bore you with clichés about how weird and difficult this year has been. Instead, I’d like to point out straightaway how large this year’s selection of papers is: more than 400 papers, which is more than twice the papers I selected last year.

A selection of papers on numerical linear algebra and parallel computing published in 2019
en , Parallel computing , Linear algebra ·This year has been particularly exciting for the fields of numerical linear algebra and parallel computing. I managed to add 267 entries to my bibliography, which means a new paper about every 1.7 days on average! To me, this is a big step up compared to last year’s 56 papers.

A selection of papers on numerical linear algebra and parallel computing published in 2018
en , Parallel computing , Linear algebra ·About two years ago, I setup a Google Scholar alert to stay uptodate with the literature on the topics I discussed in >my PhD dissertation</a>. I took the habit of recording the most interesting papers on Jabref, together with their abstract. Here is a list of such papers for 2018 (up until today):
MATLAB

Solving the advectiondiffusion equation in a couple of lines of code
en , MATLAB , Numerical solvers , PDE ·Let’s implement the advection equation
Numerical solvers

Solving the advectiondiffusion equation in a couple of lines of code
en , MATLAB , Numerical solvers , PDE ·Let’s implement the advection equation
PDE

Solving the advectiondiffusion equation in a couple of lines of code
en , MATLAB , Numerical solvers , PDE ·Let’s implement the advection equation
Literature

Tidying up my Google Scholar queries
en , Literature , Computational sustainability ·Lately, I’ve realised that the diversity of my reads since the start of the pandemic has increased. This has got to the point that I feel like my Google Scholar queries don’t reflect everything I’m interested in these days.
Computational sustainability

Tidying up my Google Scholar queries
en , Literature , Computational sustainability ·Lately, I’ve realised that the diversity of my reads since the start of the pandemic has increased. This has got to the point that I feel like my Google Scholar queries don’t reflect everything I’m interested in these days.
srd

Amostaduras interativas in Javascript e d3.js
srd , Data visualisation , Javascript , d3.js ·Is chi mi connoscint de diora, sciint ca seu interessau meda a s’ amostamentu de is informus, ca mi parit ca est una manera bona meda po imparai e cumprendi mellus. Difatis, candu femu studianti de dotorau, emu fatu un’ amostadura de is informus chi femu studiendi chi fiat pràxïa meda a s’ urretori de s’ Imperial College, e...

Amellorendi is circas de Google Scholar
srd , Google Scholar , Sustainability ·Is circas mias no torrant prus a su chi m’ interessat diaderus. Circaus de ddas arrangiai.
Google Scholar

Amellorendi is circas de Google Scholar
srd , Google Scholar , Sustainability ·Is circas mias no torrant prus a su chi m’ interessat diaderus. Circaus de ddas arrangiai.
Sustainability

Amellorendi is circas de Google Scholar
srd , Google Scholar , Sustainability ·Is circas mias no torrant prus a su chi m’ interessat diaderus. Circaus de ddas arrangiai.
Data visualisation

Amostaduras interativas in Javascript e d3.js
srd , Data visualisation , Javascript , d3.js ·Is chi mi connoscint de diora, sciint ca seu interessau meda a s’ amostamentu de is informus, ca mi parit ca est una manera bona meda po imparai e cumprendi mellus. Difatis, candu femu studianti de dotorau, emu fatu un’ amostadura de is informus chi femu studiendi chi fiat pràxïa meda a s’ urretori de s’ Imperial College, e...
Javascript

Amostaduras interativas in Javascript e d3.js
srd , Data visualisation , Javascript , d3.js ·Is chi mi connoscint de diora, sciint ca seu interessau meda a s’ amostamentu de is informus, ca mi parit ca est una manera bona meda po imparai e cumprendi mellus. Difatis, candu femu studianti de dotorau, emu fatu un’ amostadura de is informus chi femu studiendi chi fiat pràxïa meda a s’ urretori de s’ Imperial College, e...
d3.js

Amostaduras interativas in Javascript e d3.js
srd , Data visualisation , Javascript , d3.js ·Is chi mi connoscint de diora, sciint ca seu interessau meda a s’ amostamentu de is informus, ca mi parit ca est una manera bona meda po imparai e cumprendi mellus. Difatis, candu femu studianti de dotorau, emu fatu un’ amostadura de is informus chi femu studiendi chi fiat pràxïa meda a s’ urretori de s’ Imperial College, e...
Numerical analysis

Sparsely thinking of 2021
en , Parallel computing , Linear algebra , Numerical analysis , Mathematical optimisation ·The year 2021 is gone, which means it’s time to take a look at which publications were captured by my Google Scholar queries.
Mathematical optimisation

Sparsely thinking of 2021
en , Parallel computing , Linear algebra , Numerical analysis , Mathematical optimisation ·The year 2021 is gone, which means it’s time to take a look at which publications were captured by my Google Scholar queries.