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Success Brief: Siemens develops telecom design models using Intel® CoFluent™ Studio and an existing 100 Mbps Ethernet switch, optimizing performance.
IP and device modeling with Intel® CoFluent™ technology enables users to construct virtual platforms and models for all aspects of system design.
The MCSE methodology overview provides information about top-down design process, including requirements definitions, specifications, and prototyping.
Executable specifications created with Intel® CoFluent™ Studio enable engineers to test system functionality and use cases, validating behavior.
Success Brief: Sensata Technologies creates a digital imaging performance model with Intel® CoFluent™ Studio, optimizing system architecture.
Timed-behavioral modeling with Intel® CoFluent™ Studio simulates system application behavior and time properties, enabling efficient implementations.
Product Brief: Share simulation modeling and analysis results with all project stakeholders using Intel® CoFluent™ Reader, boosting productivity.
Intel® CoFluent™ Studio virtual system representation simulates customer-specific use cases to view the effects of changes to key parameters.
Model and simulate complex electronic systems; Intel® CoFluent™ studio estimates behavior and performance without embedded software application code.
Timed-behavioral modeling examples created with Intel® CoFluent™ Studio enhance MDA* approaches for real-time application simulations.
Define appropriate abstraction levels for virtual architecture models created with Intel® CoFluent™ Studio, enabling system validation.
System architecture design created with Intel® CoFluent™ Studio allows predictive, application-driven system simulations at a high abstraction level.
Product Brief: Enabling system simulation and modeling, Intel® CoFluent™ Studio provides real-time performance analysis of embedded systems.
Learn more about the Intel® CoFluent™ Studio university program, providing training, curriculum, technical support, and research opportunities.
Performance prediction of multicore real-time embedded system architecture with Intel® CoFluent™ technology enables early analysis.
Success Brief: Nokia develops mobile terminal models with Intel® CoFluent™ Studio, eliminating the pitfalls of informal spreadsheet analysis.
Intel® CoFluent™ technology enables use case and executable specification models, offering performance analysis and system design simulation.
Contact Intel® CoFluent™ technology support resources to complete an inquiry form, make a comment, or report a problem.
Product Brief: Delivering a graphical IP and device modeling solution, Intel® CoFluent™ Studio v4 provides an alternative to manual modeling.
Intel® CoFluent™ Studio platform model provides details on structural and communication elements, creating functional and executive maps.
Intel® CoFluent™ Studio functional modeling details the organizational and behavioral viewpoints of specific application functions.
Access Intel® CoFluent™ Reader models, providing examples of the simulation and modeling capabilities offered by Intel® CoFluent™ Studio.
Intel® CoFluent™ Studio combines graphical notation and C code to create models, facilitating hardware and software co-designs.
Power modeling using Intel® CoFluent™ Studio addresses the optimization and low power challenges of embedded devices and chip designs.
Intel® CoFluent™ Studio, a set of integrated modeling tools, simulates system behavior, architecture, and performance, aiding development and testing.