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ELC Labs provides pre-sales and business development and post sales support and development services for Mirabilis Design Inc. Mirabilis Design is a ten year-old company with considerable experience in complex software solutions used by defense, aerospace, electronics and semiconductor companies worldwide. The company has 100’s of man-years of experience in data handling, predictive analysis and scenario modeling. ELC Labs has worked closely with over 12 marketing companies to create a highly targeted closed-loop between promotions and sales. As a company with deep-roots in technology research with operations in quality-sensitive markets, we make firm long-term commitments to our customers and partners.

VisualSim Architect From Mirabilis Design Inc
VisualSim is the electronic system level modeling and simulation software developed by Mirabilis Design Inc. The product has been available since 2005. VisualSim is based on the extremely popular Ptolemy simulation platform from University of California Berkeley.

VisualSim is used for modeling and simulation in the systems engineering domain for architecture exploration, power measurement and performance analysis early in the design phase. Using this graphical modeling environment, users construct models of the proposed system, debug real-life conditions, simulate with a variety of iterative parameters, and analyze the responses. Models constructed in VisualSim can combine different levels of abstraction (cycle-accurate to statistical) and different models of computation (digital, software and control systems).

A simple FIVE step process to ensure a robust design.
Develop the block-diagram of the system and of the environment using predefined, predefined and parameterized models in the extensive VisualSim Library or build customized models to suit your requirements.

Run simulations to explore the design space. VisualSim’s heterogeneous modeling environment supports modeling of systems that have behaviors that need to be defined using a different simulation paradigm.

Analyze the results of the simulations using graphical analysis objects and over 3000 pre-defined reports.

Derive conclusions based on the analysis of these reports.

Communicate conclusions and communicate justification for those conclusions using the same executable system models and analysis objects using our web application, VisualSim Explorer