00:43

Mariana Pereira da Costa: CompBiooMEd 2019 inspires biomed student to look at modelling and AI

02:07

Margaret Johnson: Cutting-edge cell simulation draws modelling from real-life data

01:13

Peter V Coveney: CompBioMed 2019 judged a success

01:45

Mari Nygård: Women are encouraged to join the computational science revolution

02:16

Mari Nygård: Computational science offers personalised cancer screening in Norway

02:18

Flora Musuamba Tshinanu: European Medicines Agency plans standards for modelling new drugs

02:16

Computational Science Impacts on Biomedics of the Future

02:01

CompBioMed 2019 inspires women to study computational science

02:17

Oliver Röhrle: Uni of Stuttgart creates subject specific muscle simulations

01:37

Anne M Robertson: Surgeons and computational scientists collaborate to save lives

02:18

Crispin Keable: Easy guide to quantum computers

01:52

Crispin Keable: Atos demos QLM quantum computer simulation at CompBioMed 2019

01:49

Richard Clayton: INSIGNEO project measures medical modelling data for accuracy

01:58

Emily Lumley: Designing a personalised virtual human

02:08

Darren Green: GSK using AI to work faster and more efficiently

01:42

Andrew Hopkins: AI can reduce time and cost of drug design by 80%

02:16

Derek Groen: VECMA toolkit enables scientists to verify their simulations

02:10

Mariano Vázquez: Virtual Human medical testing is the future of medicine now

54:38

CompBioMed Webinar 10: HemeLB – Simulation of cardiovascular flow on high performance computers

01:02:34

CompBioMed Webinar 9: EUDAT services for FAIR Data Management

36:53

Charles Loughton: Crossbow: development of a platform and workflow system

24:58

Joao Damas: Reproducible Deployment in Diverse Computing Infrastructures

16:38

Chris Reynold: Containerization at Diamond

17:24

Hamid Arabnajed: Application Containerisation

16:51

Frits Sweijen & Alexandar Mechev: Streamlined deployment of astronomical software

13:42

Björn Backeberg: EGI Cloud Container Compute to support biomedical research

26:12

Christian Kniep: Containerized Convergence of Big Data and Big Compute

25:26

Marian Bubak: In quest for reproducibility of medical simulations on e-infrastructures

29:38

Kenneth Hoste: Do containers really relieve the burden of installing scientific software?

22:03

Timothy Randles: Charliecloud: LANL’s Lightweight Unprivileged Container Runtime

22:14

Phil Bates: Cloud for Research & Higher Education

19:24

Jorge Gomes: Running Linux containers with udocker

26:17

David Godlove: Singularity: simple, secure containers for HPC

20:12

Andrew Lahiff: Running HTC & HPC applications opportunistically across clouds

16:12

Reginald Cushing: Application-defined infrastructures

19:57

Alexandre Bonvin: Structural biology in the clouds: Automation through containerisation

21:55

Mariano Vazquez: The ELEM Biotech Case: Porting Alya to HPC Clouds

18:31

Peter Coveney: High throughput binding affinity predictions at the emerging exascale

41:57

Webinar 8: The EOSC Digital Innovation Hub: open data services for biomedicine and business

55:50

CompBioMed Webinar 7: Sensitivity analysis of a strongly coupled cardiac electro-mechanical model

01:27:56

Visualization applied to 2D/3D scientific datasets

48:19

Data Visualization for Researchers

01:42:31

PlayMolecule: Cloud-based Applications for Molecular Discovery

01:02:08

Zoom in on blood - Using supercomputers in hemodynamics

54:59

CompBioMed Webinar 6: CompBioMed: Innovations on medical student training

01:02:24

CompBioMed Webinar 5: High Throughput Molecular Dynamics for Drug Discovery

34:53

Application Simple magnetic drug targeting simulations with HemeLB, Robin Richardson, UCL

01:01:59

Application Cellular blood flow simulations for HPC, Britt Van Rooij and Ben Czaja, UvA

01:16:37

Introduction to HPC Computing A Practical Tutorial, Marco Verdicchio, SURFsara

01:09:09

CompBioMed Webinar 4: Introduction to Biomedical Applications on High Performance Computers

01:05:11

CompBioMed Webinar 4: Introduction to Biomedical Applications on High Performance Computers

32:20

Fluid structure interaction applied to electromechanical models of the heart

01:12:51

HPC Multi-scale computational modelling using Alya Red

01:40:59

High Throughput Molecular Dynamics Simulations for Drug Discovery

01:22:46

Computational Biomechanics: trends in modelling and simulation

01:41:58

Data Visualisation for Researchers Crash Course

01:04:21

Introduction to Computer-Aided Drug Design (CADD) and GPCR Modelling

30:37

Innovations in HPC-training for medical, science and engineering students

01:48:20

Big Compute: HPC in the Cloud with Microsoft Azure

48:01

Predicting the risk of fall - A computational modelling approach using CT2S