Abstract: Embodiments of the present disclosure support a simulation of a plurality of processor core models. The processor core models are executed in parallel within a sliding time window of a defined size. Each processor core model is executed in a different corresponding thread and advances a local core time within the sliding time window. The sliding time window advances by updating a start time of the sliding time window based on the local core time of each processor core model. One or more hardware models and a simulation kernel are executed in a separate thread having a simulation time and simulation events. The start time of the sliding time window is updated based further on an event time of a next event of the simulation events scheduled in the separate thread.

Abstract: A system-level simulation includes generating netlist information including component library information, which describes instances of the hardware components, and component instance information, which describes component dynamic libraries that include models of hardware components. The simulation is generated at simulation run-time based on the netlist information. Component dynamic libraries corresponding to the component library information are loaded based on the component library information. A simulation dynamic library referenced by the component dynamic libraries is loaded. One or more interlibrary adapters corresponding to the component dynamic libraries are loaded to provide compatibility between the component dynamic libraries and an application binary interface of the simulation dynamic library. Instances of hardware components are instantiated based on the component instance information, and the instantiated instances of the hardware components are connected to form the simulation.

Abstract: Embodiments of the present disclosure support a simulation of a plurality of processor core models. The processor core models are executed in parallel within a sliding time window of a defined size. Each processor core model is executed in a different corresponding thread and advances a local core time within the sliding time window. The sliding time window advances by updating a start time of the sliding time window based on the local core time of each processor core model. One or more hardware models and a simulation kernel are executed in a separate thread having a simulation time and simulation events. The start time of the sliding time window is updated based further on an event time of a next event of the simulation events scheduled in the separate thread.

Abstract: A system-level simulation includes generating netlist information including component library information, which describes instances of the hardware components, and component instance information, which describes component dynamic libraries that include models of hardware components. The simulation is generated at simulation run-time based on the netlist information. Component dynamic libraries corresponding to the component library information are loaded based on the component library information. A simulation dynamic library referenced by the component dynamic libraries is loaded. One or more interlibrary adapters corresponding to the component dynamic libraries are loaded to provide compatibility between the component dynamic libraries and an application binary interface of the simulation dynamic library. Instances of hardware components are instantiated based on the component instance information, and the instantiated instances of the hardware components are connected to form the simulation.

Abstract: A system-level simulation includes generating netlist information including component library information, which describes instances of the hardware components, and component instance information, which describes component dynamic libraries that include models of hardware components. The simulation is generated at simulation run-time based on the netlist information. Component dynamic libraries corresponding to the component library information are loaded based on the component library information. A simulation dynamic library referenced by the component dynamic libraries is loaded. One or more interlibrary adapters corresponding to the component dynamic libraries are loaded to provide compatibility between the component dynamic libraries and an application binary interface of the simulation dynamic library. Instances of hardware components are instantiated based on the component instance information, and the instantiated instances of the hardware components are connected to form the simulation.

Abstract: A system-level simulation includes generating netlist information including component library information, which describes instances of the hardware components, and component instance information, which describes component dynamic libraries that include models of hardware components. The simulation is generated at simulation run-time based on the netlist information. Component dynamic libraries corresponding to the component library information are loaded based on the component library information. A simulation dynamic library referenced by the component dynamic libraries is loaded. One or more interlibrary adapters corresponding to the component dynamic libraries are loaded to provide compatibility between the component dynamic libraries and an application binary interface of the simulation dynamic library. Instances of hardware components are instantiated based on the component instance information, and the instantiated instances of the hardware components are connected to form the simulation.