A utility unit operation to exchange material stream information between CAPE-OPEN compliant flowsheet simulation environments; information is stored in XML, so exchange with XML capable applications is also possible. Open source.
Import CAPE-OPEN version 1.1 thermodynamic and physical Property Packages into SciLab. A command driven package allows for selecting a CAPE-OPEN Property Package, and then perform thermodynamic and physical property calculations and phase equilibria.
The SciLab CAPE-OPEN Unit Operation is a unit operation implementation for which the calculations can be entered in SciLab. Can be used in CAPE-OPEN compliant process simulators. Requires Scilab installation.
The Matlab CAPE-OPEN Unit Operation is a unit operation implementation for which the calculations can be entered in Matlab. Can be used in CAPE-OPEN compliant process simulators.
The Excel CAPE-OPEN Unit Operation is a unit operation implementation for which the calculations can be entered in Microsoft Excel. It allows for creating an Excel workbook that defines unit operation for use in CAPE-OPEN compliant simulators
COCO (CAPE-OPEN to CAPE-OPEN) is a free-of-charge CAPE-OPEN compliant steady-state simulation environment consisting of a flowsheet environment, thermodynamics, unit operations and reaction packages, plus various tools
It improves the diagnostic capabilities of the existing medical equipment and increases their capacity, creating additional working storage areas for doctors dealing with this equipment; it better facilitates instances of remote consulting regarding.
Protects the integrity of the patients` data storage in the healthcare provider information system (HIS), as well as provides medical research planning and patients` data transfer to medical devices.
Takes medical images from non-standard medical devices and transforms them into DICOM-standard ones to better facilitate their transfer to the other DICOM-devices; provides their integrated view and analysis. Can dicomize bmp, jpg and pdf files.
This utility simulates how the electrically charged particles interact and how the gluonic field is created, taking into account the granularity of space and its mechanics.
