VisualSim is a robust discrete-event simulation tool designed to simulate complex systems by representing them as a series of events occurring at specific points in time. In a discrete-event simulation, the state of the system is updated at discrete time steps, based on the events that occur at each step. This type of simulation is […]

Read more

A VisualSim model’s correctness is determined by a number of essential aspects, all of which impact its dependability and precision. To begin, the model’s quality and comprehensiveness are critical, since a well-constructed and detailed model provides a solid platform for accurate simulations. Furthermore, the validity of the assumptions and inputs used in the model has […]

Read more

Yes! VisualSim is a powerful simulation tool that extends its capabilities to modeling avionics systems, which encompass the intricate electronic systems employed in aircraft for navigation, communication, and various other critical functions. This versatile tool offers users the flexibility to create comprehensive models of avionics systems through a variety of approaches. One approach involves leveraging […]

Read more

AXI (Advanced eXtensible Interface) is a bus architecture used for connecting components in system-on-chip (SoC) designs. To measure the AXI bus throughput using VisualSim, you can use the following steps:Create a model of the AXI bus and the components that are connected to it using VisualSim.Specify the behavior of the components and the AXI bus, […]

Read more

VisualSim is a simulation tool that can be used to model and analyze the performance, energy, and power characteristics of complex systems. To measure power using VisualSim, users can create a model of the system and specify the power consumption of each component in the model. VisualSim includes a library of predefined power models for […]

Read more