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Everything you need to build production-ready agents and models. Access 200+ Google and third-party AI models and tools.
Gemini Enterprise Agent Platform is Google Cloud's comprehensive platform for developers to build, scale, govern, and optimize agents and models. Choose from Google's most advanced models and third-party models like Anthropic's Claude Model Family.
Plug&Play Hardware simulation over a virtual bus system.
The Virtual Motherboard provides a specification of a TCP/IP based system bus, a motherboard simulator implementing this specifaction, and a collection of reusable device simulators. It is the perfect start to build new custom hardware simulators.
ViennaSHE is a modern semiconductordevicesimulator for 1D, 2D and 3D device simulation. It relies on deterministic solutions of the Boltzmann Transport Equation using Spherical Harmonics Expansions.
ViennaMag is an open-source marco/micromagnetic simulator for modeling of nano-sizes magnetic devices. ViennaMag allows modeling of device operation under spin-current influence as well as under magnetic field. Thereby, this simulator is aimed to calculate magnetodynamics of devices including but not limited to magnetic memory (STT-MRAM, MRAM), spin-torque nano-oscillators, spin logic devices and etc.
TCAD DeviceSimulator.
DEVSIM is a semiconductordevice simulation software, using the finite volume method. This software solves partial differential equations on a mesh. The Python interface allows the user to specify their own equations.
One-dimensional semiconductordevicesimulator. Developed since 1982, it is widely regarded as the industry standard simulator for the photovoltaic (solar cell) industry.
Laboratory Circuit Simulator is transient simulator whiht analog and digital components support for laboratory classes.
This support spice netlist files, DSP Tms320f243 DSPemu integration and has high customizable device modules development in c.
FSEM is a set of freeFEM++ scripts and C++ code to solve the drift-diffusion (DD) semiconductordevice equations by the finite element method (FEM). It was initially developed for the nonlinear study of semiconductors under high optical injection.