Data Conference Databasea Query.Farm index
Companies

ETH Zurich

Product category: Not a vendor 94% confident
Org type: University / research 100% confident
Also listed as 2 other names

ETH · ETH Zürich

Conferences sponsored0
Events sponsored0
Speaker slots4029 distinct people
Conferences present at18sponsor or speaker
Years active2019–2027

Circuit mix

Where ETH Zurich shows up, by circuit. Each event counts once: 2 if it sponsored, 1 if it only had speakers. Hover a segment for the conference.

The year around now

Conferences where ETH Zurich sponsored or had speakers in the past 12 months, and the announced events it is already listed for. One row per conference, January to December; hover a mark for the event and the company's role.

Held in the past 12 months Next 12 months Today, Nov 9, 2026

Presence by conference and year

Each cell is one conference in one year. Fill shows the company sponsored, shaded by its best tier that year; a dot means it had speakers there. Hover for details; click to open the event.

Activity by year

Three measures on one year axis; each panel has its own scale.

Conferences present at

Distinct conferences each year, split by whether the company sponsored or only had speakers there.

  • Sponsored
  • Speakers only

Distinct speakers

People from this company on a program that year, each counted once.

Where they've grown or pulled back

ETH Zurich has never sponsored a tracked conference, so this follows where its speakers appear instead.

UpHad speakers at 5 conferences in 2026, up from 3 in 2023.

Counted per conference. 2026 is the latest year whose conferences have mostly happened. A conference counts as no longer seen only when later events published speaker lists.

New conferences spoken at 4

First speaker in 2025 or later.

No longer seen 11

No speakers since 2024 or earlier, though the conference published speaker lists after that.

Show 3 more

Regulars 3

Speakers in most years of the span.

Lookalikes

Companies with the most similar conference footprint: they sponsor and speak at the same conferences. Bars are cosine similarity, from 0 (nothing shared) to 1 (identical).

  1. EPFL0.77
  2. University of Washington0.76
  3. New York University0.75
  4. Harvard University0.74
  5. Two Sigma0.74
  6. Pennsylvania State University0.73
  7. TU Dresden0.70
  8. CNRS0.70

14 Cluster: JSM · useR! circuit →

Often sponsors alongside

Companies that sponsored the same events, by number of shared events (out of 0 this company sponsored).

No co-sponsors: this company has no recorded sponsorships, or sponsored alone.

Neighborhood: companies with nearby conference footprints

ETH Zurich (ringed) and the 30 companies closest to it on the company map. Close together means they sponsor and speak at many of the same conferences. Distances are only meaningful locally; the axes have no meaning. Dot size: conferences present at. Color: cluster.

ETH ZurichHarvard UniversityEPFLNew York UniversityCarnegie Mellon UniversityUniversity of WashingtonColumbia UniversityMITNortheastern UniversityUC BerkeleyCornell UniversityBrown UniversityThe Ohio State UniversityMetaGeorgia Institute of TechnologyUniversity of California, BerkeleyTwo SigmaThe George Washington UniversityPennsylvania State UniversityRice UniversityWeizmann Institute of ScienceBloombergTsinghua UniversityTel Aviv UniversityElsevierSpringer Nature
ETH ZurichHarvard UniversityEPFLNew York UniversityCarnegie Mellon UniversityColumbia UniversityMITNortheastern UniversityUC BerkeleyCornell UniversityBrown UniversityMetaGeorgia Institute of TechnologyTwo SigmaThe George Washington UniversityRice UniversityTsinghua UniversityTel Aviv University

Sponsorships 0

No sponsorships recorded for ETH Zurich.

Speakers 40

SpeakerEventRoleTalkLinks
Jonas DannCIDR 2027paperCODAs: Computational Data Paths for Lakehouses—
Niklas ViebigJuliaCon Global 2026speakerDifferentiable Climate Modeling: Calibrating SpeedyWeather with Enzyme—
Niklas ViebigJuliaCon Global 2026speakerA learned surface roughness scheme for climate prediction in SpeedyWeather.jl—
Niklas ViebigJuliaCon Global 2026speakerThe GPU acceleration of SpeedyWeather.jl, the friendly and flexible climate model—
Herminio Vazquez-CanoDuckCon #7talkPhages and DuckDB: The mighty duo against the giants—
Gustavo AlonsoSIGMOD/PODS 2026keynoteA New Golden Era for Data ManagementSlides
Thea Klaeboe AarrestadQCon London 2026speakerMachine Learning at the Edge of Scale and Speed: Nanosecond Inference at the CERN Large Hadron Collider—
Pinghe LiCIDR 2026paperEnd-to-End Declarative Data Analytics: Co-designing Engines, Interfaces, and Cloud InfrastructureSlides · Paper
Andreas KrauseICML 2025keynoteClosing the Loop: Machine Learning for Optimization and Discovery—
Yongjun HeICDE 2025 (41st IEEE International Conference on Data Engineering)industry paperMLKV: Efficiently Scaling up Large Embedding Model Training with Disk-based Key-Value Storage—
Thea Klaeboe AarrestadCIDR 2025keynotePushing the limits of real-time ML: Nanosecond inference for Physics Discovery at the Large Hadron Collider—
Francesc Martí EscofetPyData Paris 2024talkCatering Causal Inference: An Introduction to 'metalearners', a Flexible MetaLearner Library in Python—
Giacomo AloisiJuliaCon 2024speakerSeismicWaves.jl: a wave simulation package for FWI on multi-xPUsSlides
Mauro WerderJuliaCon 2024lightningSubglacial water flow simulations on GPUs—
Mauro WerderJuliaCon 2024speakerFastIce.jl: a massively parallel ice flow model running on GPUs—
Matthias BannertuseR! 2024posterOpen Time Series Initiative – Human-Friendly, Machine-Readable Time Series—
Matthias BannertuseR! 2024posterOpen Time Series Initiative – Human-Friendly, Machine-Readable Time Series—
Dan GraurICDE 2024 (40th IEEE International Conference on Data Engineering)industry paperAddressing the Nested Data Processing Gap: JSONiq Queries on Snowflake through Snowpark—
Gustavo AlonsoICDE 2024 (40th IEEE International Conference on Data Engineering)keynoteHow serious are we about green computing? The impact of data intensive computing—
Peter BühlmannJSM 2023 (Joint Statistical Meetings)keynoteIMS: What Does It Stand For? What Could It Stand For?—
Ludovic RässJuliaCon 2023workshopDifferentiable modelling on GPUs—
Ludovic RässJuliaCon 2023speakerJulia for High-Performance Computing—
Ludovic RässJuliaCon 2023speakerMassively parallel inverse modelling on GPUs with Enzyme—
Ludovic RässJuliaCon 2023speakerScalable 3-D PDE Solvers Tackling Hardware Limit—
Maciej BestaSixteenth LDBC TUC MeetingspeakerNeural Graph Databases with Graph Neural NetworksVideo
Andreas KrauseACML 2022keynoteSafe and Efficient Exploration via Bayesian World Models—
Michael SchmukiFOSS4G 2022speakerWebAssembly4G: Where we are, and where we're heading—
Kevin YamauchiSciPy 2022tutorialInteractive image analysis with napari—
Michal MaciejewskiEuroPython 2022talkWhen Models Query ModelsVideo
Dario KorolijaCIDR 2022paperFarview: Disaggregated Memory with Operator Off-loading for Database EnginesVideo · Paper
Alessio FigalliNeurIPS 2021keynoteOptimal Transport: Past, Present, and Future—
Tal Ben-NunPyCon Sweden 2021keynoteKeynote - Bridging Productivity, Portability, and Performance with Data-Centric Python—
Vasiliki KalavriFlink Forward Global 2021keynoteKEYNOTE | Expert Panel: Current & Future State of the Art in Real-Time Data Infrastructure—
Leonel Aguilar MelgarCIDR 2021paperEase.ML: A Lifecycle Management System for Machine LearningVideo · Paper
Marloes MaathuisNeurIPS 2020keynoteCausal LearningVideo
Matthew BrookesFlink Forward Europe 2019speakerMoving on from RocksDB to something FASTER—
Vasiliki KalavriFlink Forward Europe 2019speakerSelf-managed and automatically reconfigurable stream processing—
Dr Egor KraevPyData London 2019tutorialChoosing the right neural generative model for your problem—
Chandrasekhar RamakrishnanSciPy 2019tutorial——
Mustafa Anil TuncelEuroPython 2019talkBioinformatics pipeline for revealing tumour heterogeneitySlides · Video