William Gurecky - Exponential time integration for stiff systems in Rust
Scientific Computing in Rust
William Gurecky - Exponential time integration for stiff systems in Rust
14:42
Maximilian Schmidt & Ole Felber - Robotics with Rust: a case study in RoboCup soccer
Scientific Computing in Rust
Maximilian Schmidt & Ole Felber - Robotics with Rust: a case study in RoboCup soccer
13:44
James Logan - Deimos: open-source scientific data acquisition & laboratory controls
Scientific Computing in Rust
James Logan - Deimos: open-source scientific data acquisition & laboratory controls
14:34
Jason Wohlgemuth & Audrey Carson - Rust is RAD and this is why
Scientific Computing in Rust
Jason Wohlgemuth & Audrey Carson - Rust is RAD and this is why
11:35
Joffrey Bluthé - Efficient point location with ploc
Scientific Computing in Rust
Joffrey Bluthé - Efficient point location with ploc
11:33
Nathaniel Simard - Rust for accelerated computing
Scientific Computing in Rust
Nathaniel Simard - Rust for accelerated computing
30:43
Luca Ciucci - High-performance computing for quantum field theory
Scientific Computing in Rust
Luca Ciucci - High-performance computing for quantum field theory
11:21
Julian Hofer - Pixi: the missing companion to cargo
Scientific Computing in Rust
Julian Hofer - Pixi: the missing companion to cargo
12:49
Martin Robinson - Diffsol: a crate for solving differential equations
Scientific Computing in Rust
Martin Robinson - Diffsol: a crate for solving differential equations
14:42
Gaurav Sablok - eVaiutilities: research data management post eVai
Scientific Computing in Rust
Gaurav Sablok - eVaiutilities: research data management post eVai
11:32
Alice Cecile - Juice your simulations: what science can learn from game development
Scientific Computing in Rust
Alice Cecile - Juice your simulations: what science can learn from game development
33:55
Isaïe Muron - Honeycomb: combinatorial maps implementation for meshing applications
Scientific Computing in Rust
Isaïe Muron - Honeycomb: combinatorial maps implementation for meshing applications
14:15
Richard Neale - The pleasure and pain of developing cross plaform CPU vector code in Rust
Scientific Computing in Rust
Richard Neale - The pleasure and pain of developing cross plaform CPU vector code in Rust
14:04
Dimitri Berthault - Using Rust to mitigate breaking changes in scientific software
Scientific Computing in Rust
Dimitri Berthault - Using Rust to mitigate breaking changes in scientific software
9:12
Daniel Boros - Stochastic calculus in Rust
Scientific Computing in Rust
Daniel Boros - Stochastic calculus in Rust
10:36
Josiah Parry - Arrow, Rust, and cross-language data science tooling
Scientific Computing in Rust
Josiah Parry - Arrow, Rust, and cross-language data science tooling
11:35
Carl M. Kadie - Nine rules for scientific libraries in Rust
Scientific Computing in Rust
Carl M. Kadie - Nine rules for scientific libraries in Rust
11:26
Kyle Carow - ninterp: numerical interpolation in N-dimensions
Scientific Computing in Rust
Kyle Carow - ninterp: numerical interpolation in N-dimensions
12:22
Andrés Quintero - An introduction to vector programming with portable SIMD
Scientific Computing in Rust
Andrés Quintero - An introduction to vector programming with portable SIMD
15:04
Stefan Abi-Karam - Rust for chip design algorithms and EDA software
Scientific Computing in Rust
Stefan Abi-Karam - Rust for chip design algorithms and EDA software
12:09
Jonas Pleyer - cellular_raza: cellular agent-based modeling from a clean slate
Scientific Computing in Rust
Jonas Pleyer - cellular_raza: cellular agent-based modeling from a clean slate
13:41
Eduardo M. Martins - NPB-Rust: NAS parallel benchmarks in Rust
Scientific Computing in Rust
Eduardo M. Martins - NPB-Rust: NAS parallel benchmarks in Rust
12:31
Matthew Scroggs - Writing a grid library for finite and boundary element methods
Scientific Computing in Rust
Matthew Scroggs - Writing a grid library for finite and boundary element methods
11:53
Manuel Drehwald - Cargo +GPU build: An early outlook
Scientific Computing in Rust
Manuel Drehwald - Cargo +GPU build: An early outlook
9:52
Spencer Williams - Back to basics: rebuilding computational biomechanics crate by crate
Scientific Computing in Rust
Spencer Williams - Back to basics: rebuilding computational biomechanics crate by crate
12:47
Jacksen Narvaez Coral - Rusph: a SPH astrophysical simulation code in the Rust programming language
Scientific Computing in Rust
Jacksen Narvaez Coral - Rusph: a SPH astrophysical simulation code in the Rust programming language
9:18
David B. Dahl - Developing Rust-based R packages using the Roxido framework
Scientific Computing in Rust
David B. Dahl - Developing Rust-based R packages using the Roxido framework
10:28
Alex W. N. Riasanovsky - Efficient 1-bit matrix approximations
Scientific Computing in Rust
Alex W. N. Riasanovsky - Efficient 1-bit matrix approximations
15:49
Jed Brown - Productive and reliable constitutive modeling in Rust
Scientific Computing in Rust
Jed Brown - Productive and reliable constitutive modeling in Rust
15:04
Christopher Jefferson - Maths software in Rust after 20 years of C++: graph isomorphism and groups
Scientific Computing in Rust
Christopher Jefferson - Maths software in Rust after 20 years of C++: graph isomorphism and groups
18:21
Mutlu Simsek - Perpetaul: a hyperparameter-free gradient boosting machine
Scientific Computing in Rust
Mutlu Simsek - Perpetaul: a hyperparameter-free gradient boosting machine
10:56
Bartosz Telenczuk - Polars in the factory: when databases trump collections for modeling
Scientific Computing in Rust
Bartosz Telenczuk - Polars in the factory: when databases trump collections for modeling
12:06
Louis Boulanger - An embedded memory cache for persistent memory access
Scientific Computing in Rust
Louis Boulanger - An embedded memory cache for persistent memory access
12:48
Libor Spacek - Rstats: multidimensional data analysis in Rust
Scientific Computing in Rust
Libor Spacek - Rstats: multidimensional data analysis in Rust
13:31
Ignacia Fierro Piccardo - Rusting RSRS
Scientific Computing in Rust
Ignacia Fierro Piccardo - Rusting RSRS
12:42
Mo Bitar - Physics simulations in Bevy
Scientific Computing in Rust
Mo Bitar - Physics simulations in Bevy
10:51
Mossa Merhi Reimert - extendr: frictionless bindings for R and Rust
Scientific Computing in Rust
Mossa Merhi Reimert - extendr: frictionless bindings for R and Rust
10:42
Srinath Kailasa - Data oriented design with traits
Scientific Computing in Rust
Srinath Kailasa - Data oriented design with traits
9:54
Ben Ruijl - Developing a computer algebra system in Rust
Scientific Computing in Rust
Ben Ruijl - Developing a computer algebra system in Rust
10:38
James Logan & Matt Vernacchia - A fast electromagnetics library with Rust and Python
Scientific Computing in Rust
James Logan & Matt Vernacchia - A fast electromagnetics library with Rust and Python
11:56
Owen White & Daniel Alemayehu - Rootfinders for Rust
Scientific Computing in Rust
Owen White & Daniel Alemayehu - Rootfinders for Rust
9:42
Miguel Raz - Building a compile-time SIMD optimized smoothing filter
Scientific Computing in Rust
Miguel Raz - Building a compile-time SIMD optimized smoothing filter
10:11
Rohit Goswami - Bless: transparently logging program outputs
Scientific Computing in Rust
Rohit Goswami - Bless: transparently logging program outputs
9:12
Fabian Murariu - Raphtory: temporal graphs from Scala to Rust
Scientific Computing in Rust
Fabian Murariu - Raphtory: temporal graphs from Scala to Rust
14:47
Timo Betcke - RLST: linear algebra frameworks in Rust for the solution of PDEs
Scientific Computing in Rust
Timo Betcke - RLST: linear algebra frameworks in Rust for the solution of PDEs
12:25
Adrian Paskert - AcoDyn: fluid dynamics on the GPU powered by Rust
Scientific Computing in Rust
Adrian Paskert - AcoDyn: fluid dynamics on the GPU powered by Rust
11:38
Johan Hidding - Entangled: literate programming and computational notebooks in markdown
Scientific Computing in Rust
Johan Hidding - Entangled: literate programming and computational notebooks in markdown
15:02
Jennings Zhang - Modernization of DICOM workflows
Scientific Computing in Rust
Jennings Zhang - Modernization of DICOM workflows
16:07