Service & Support
Sim4Life Web Access
Manuals & Documentation
The complete User Manual, Tutorial's Guide in HTML as well as Tutorials projects and Python examples will also be copied at install time.
Flyers
Quick-start introduction to cloud simulations with Sim4Life.web
It’s never been easier to get started in computational life sciences! In this video, Carina, a junior researcher at the IT’IS Foundation, describes how to use Sim4Life.web to perform Tier 4 (ISO 10974) in vivo magnetic resonance imaging implant safety simulations natively in the cloud, with performance similar to that of the locally installed version. Visit www.sim4life.swiss for more information and to create your account!
In Silico Modeling of Neurovascular Bundle Stimulation in Sim4Life
Sim4Life offers improved functionalities to facilitate the execution of performance and safety-related investigations and predictions in the context of bioelectronics medicine. In this video, we show how Sim4Life can be used to compare the stimulation and the recording performance of endovascular stimulation of neurovascular bundles by two alternative electrode designs.
New Solver-Enhanced Body Models in Sim4Life for Accurate Simulations of 5G NR FR2 Devices
In this video, we show the straightforward simulation setup for mmWave devices with SPEAG’s mmWave hand phantoms, which starts with a simple drag and drop of the phantom's CAD file, followed by automatic assignment of the phantom to a new solver-enhanced material model with parameters obtained from the integrated SPEAG database.
Unleash Your Potential with S4L lite: The Ultimate Tool for Complex Simulations for Students
Meet S4L lite, the new web version of our advanced Sim4Life desktop computational platform for students – the ultimate tool for complex simulations! Say goodbye to laptop performance issues: S4L lite offers equivalent or better performance than Sim4Life Light, in a browser, even on a tablet, without needing to install any software. This video gives an overview of the S4L lite platform's diverse capabilities, from electromagnetic radiation simulation to complex tasks, such as millimeter-wave antenna design and magnetic resonance imaging coil simulation. In S4L lite, projects are accessible anytime, anywhere, and can be easily shared. Completely free for students, including Amazon Web Services resources and time! Visit our website to request a login for the platform.
Enhanced 5G Simulation Toolbox in Sim4Life: Simplified PD Evaluations at 6–10 GHz
ZMT and SPEAG are bringing mmWave simulations and measurements ever closer together, combining the best of both worlds. Electromagnetic (EM) data acquired in the physical world with DASY8/6 Module mmWave can take an active role in the digital world of Sim4Life too!
Sim4Life Neural Sensing Package: Simulation of Neural Activity in a Branching Peripheral Nerve
Sim4Life permits the straight-forward modeling and simulation of neural sensing applications. The sensing functionalities of Sim4Life are optimized for simulating bioelectric measurements across a variety of scales and structures, including cortical and subcortical signals, EEG, and microelectrode array recordings. In this video we test several of the new Sim4Life tools and features in a realistic model of a branching peripheral nerve with complex fascicular structure.