SimuQuest's products augment the MathWorks product platform to enable an optimized Model-Based Development Process.

QuantiPhi

QuantiPhi is a tool for accelerating device driver development and providing access to device drivers from within the Simulink environment. QuantiPhi allows you to build Simulink models that require device driver interfaces like analog to digital, CAN, SPI, and GPIO. Then, it automatically generates software drivers along side the auto-code from the Simulink model. The following microcontroller families are supported:

• Renesas SH2A (SH72543, SH72544, and SH72546. Please inquire about other variants.)
• In Development: Renesas R8C (32, 34, 36, and 38 packages in W, X, Y, and Z variants. Please inquire about other variants.)
• Freescale S12X (XS256/XS128/XEG/XEP/XET. Please inquire about other variants.)
• Freescale S12 (DG, DJ, DP and DT Series)

The user-friendly interface is unique in the industry providing a single powerful and intuitive interface for converting your hardware interface requirements into low-level driver code.

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UniPhi

UniPhi is a toolset for configuring block IO in a modular, Simulink-based controller architecture. The toolset eliminates the need for routing signal lines between individual blocks to exchange data and yet supports the implementation of individual block IO in a very transparent manner. Thus, the toolset facilitates a consistent block architecture and supports true plug-and-play algorithm implementation.

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For a downloadable demo version of UniPhi - contact: uniphi@simuquest.com

 

Enginuity

Enginuity is a Matlab/Simulink-based product that consists of an engine component model library and a GUI-based model calibration toolset. Enginuity is the result of a thoroughly physics-based, zero-dimensional modeling approach. The performance of each component model is a function of the component geometry and, occasionally, e.g., in the case of the heat release in the combustion chamber, also of a small number of regression parameters. Thus, the product facilitates the rapid assembly and calibration of accurate, real-time capable simulation models for any given target SI engine. The model executable is obtained from native Simulink blocks using standard code generation tools. The compiled model code executes very rapidly both on PCs within Simulink or on dedicated HIL target platforms such as dSPACE or Opal-RT systems.

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