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                <a href="./">Artem Shinkarov</a>
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<li>2024
 <a href="./pubs/2024-correctness.html">Correctness is Demanding, Performance is Frustrating
</a></li>


<li>2023
 <a href="./pubs/2022-types.html">The Münchhausen Method in Type Theory
</a></li>


<li>2023
 <a href="./pubs/2023-fscd.html">Combinatory Logic and Lambda Calculus Are Equal, Algebraically
</a></li>


<li>2022
 <a href="./pubs/2022-scan.html">Parallel Scan as a Multidimensional Array Problem
</a></li>


<li>2021
 <a href="./pubs/2021-gpce.html">Extracting the Power of Dependent Types
</a></li>


<li>2021
 <a href="./pubs/2021-cnn.html">Array Languages Make Neural Networks Fast
</a></li>


<li>2021
 <a href="./pubs/2021-extraction.html">Choosing is Losing: How to combine the benefits of shallow and deep
embeddings through reflection
</a></li>


<li>2020
 <a href="./pubs/2019-max-resilience.html">Checkpointing Kernel Executions of MPI+CUDA Applications
</a></li>


<li>2020
 <a href="./pubs/2020-msfp.html">Multi-dimensional Arrays with Levels
</a></li>


<li>2019
 <a href="./pubs/2019-ifl-tensorcomp.html">Tensor Comprehensions in SaC
</a></li>


<li>2019
 <a href="./pubs/2019-conv-apl.html">Convolutional neural networks in APL
</a></li>


<li>2018
 <a href="./pubs/2018-max-resilience.html">A Lightweight Approach to GPU Resilience
</a></li>


<li>2018
 <a href="./pubs/2018-ifl-memreuse.html">Extended Memory Reuse: An Optimisation for Reducing Memory Allocations
</a></li>


<li>2018
 <a href="./pubs/rosetta-stone.html">A Rosetta Stone for Array Languages
</a></li>


<li>2017
 <a href="./pubs/transfinite.html">A Lambda Calculus for Transfinite Arrays: Unifying Arrays and Streams
</a></li>


<li>2017
 <a href="./pubs/array-comp.html">Recursive Array Comprehensions in a Call-by-Value Language
</a></li>


<li>2015
 <a href="./pubs/bgs-fortran.html">Making Fortran Legacy Code More Functional: Using the BGS Geomagnetic
Field Modelling System As an Example
</a></li>


<li>2015
 <a href="./pubs/ccpe-data-layouts.html">Type-driven data layouts for improved vectorisation
</a></li>


<li>2015
 <a href="./pubs/asv-thesis.html">Data Layout Types: a type-based approach to automatic data layout
transformations for improved SIMD vectorisation
</a></li>


<li>2014
 <a href="./pubs/sexynbody.html">SAC/C Formulations of the All-Pairs N-Body Problem and their Performance
on SMPs and GPGPUs
</a></li>


<li>2013
 <a href="./pubs/data-layouts.html">Data Layout Inference for Code Vectorisation
</a></li>


<li>2013
 <a href="./pubs/layout-correctness.html">Semantics-Preserving Data Layout Transformations for Improved
Vectorisation
</a></li>


<li>2012
 <a href="./pubs/cpcgcc.html">Portable Support for Explicit Vectorisation in C
</a></li>


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