I am looking for sotware(s) that can allow anyone to visualize process models & sub-processes, allowing to share them in a collaborative way . It can be a mix of tools that can be combined to provide an intuitive platform to work within a kind of process framework management system.
Espen hyses is a software you can use for process design and simulation
Dear Ms. Nieto! I would go for ARIS - they have a community:
A) https://www.ariscommunity.com/
B) https://www.ariscommunity.com/forum
C) https://www.softwareag.com/corporate/products/aris_alfabet/bpa/aris_aware/default.html
D)https://www.ariscommunity.com/users/rbe/2018-05-30-aris-training-course-interactive-visualization-process-kpis-aris-aware-739-70e
I studied ARIS during my university degree (with SAP): it is simple and easy to use! They have licences for university collaboration projects, but there is a free of charge version available to download as well >> ARIS Express: https://www.ariscommunity.com/aris-express
Hope my input is of value to YOU - Please feel free tio address me any further questions! Have a Nice Day, Bulcsu Szekely
Hi,
Depending how deep you want to go for process simulation.
Free of charge for students Autodesk Fusion 360 - able to connect with machining and also Solid Works does the same. New verision of 3DExperience pushed out yesterday and should be able to do almost anything
But if you really want to go deeper - NX and Process Simulation. Able to connect with PLC, Teamcenter...
Thank you, I am attempting to select a solution enabling to standardize generic and specific models of process concerning services like human resources, Project management , financial service etc .. and I was considering mainly those that allows to use standard wide accepted language notations such BPMN but I am not 100 percent sure that BPMN can cover all these types of processes.
Much chemical process modelling and/or simulation work can be done with the widely-used Microsoft’s Excel.
Application example ― Simulations carried in Excel 5.0 with Visual Basic for Applications (VBA) macros ― The recursive least squares algorithm (RLS) allows for (real-time) dynamical application of least squares regression to time series. Years ago, while investigating adaptive control and energetic optimization of aerobic fermenters, I have applied the RLS algorithm with forgetting factor (RLS-FF) to estimate the parameters from the KLa correlation, used to predict the O2 gas-liquid mass-transfer, while giving increased weight to most recent data. Estimates were improved by imposing sinusoidal disturbance to air flow and agitation speed (manipulated variables). The power dissipated by agitation was accessed by a torque meter. The proposed (adaptive) control algorithm compared favourably with PID.Simulations assessed the effect of numerically generated white Gaussian noise (2-sigma truncated) and of first order delay. This investigation was reported at (MSc Thesis):
Thesis Controlo do Oxigénio Dissolvido em Fermentadores para Minimi...