From conceiving an electronic watch; to designing and verifying the control in
an advanced, luxury production car; or building a Formula 1 Mars Rover, EST's
ultra-high performance modeling and simulation technologies, and mapping and
optimization methodologies gives design and production engineers the capabilities
to deliver both a verified product design, and the validated physical product,
while meeting time-to-market, cost, performance, reliability and safety, and
aesthetic appeal objectives.
To design, produce and validate the simplest to the most complex control systems
within a specified time and to cost and without having to use incompatible tools
and engineering processes. And, utilize a supply chain that is optimized for
the task of design and/or manufacturing a validated control system.
EST provides a unique and unified set of modeling, simulation and empirical optimization
based technologies, products, and methodologies to perform specification and
architecture, design and verification, production and validation, diagnosis and
debugging, and retirement and mothballing of control systems constructed
from software, electronic and mechanical technologies. EST enables the incorporation
of 3rd party tools and models - which preserves a company’s sunk-cost investments
in model based engineering.
The structure of the various levels of models constituting the
system architecture define the relationships between (and possibly within) suppliers
and integrators in the supply chain. Optimal architectures will yield optimal
structural relationships within the supply chain.
Ultra-high performance - the ability to simulate entire super-systems.
- The speed advantage of EST’s ultra-high performance simulation technology
over any competing technology will be anywhere from 1x for a single control unit,
2.5x for a dual model system in which the 2 models are running simultaneously,
to 30,000x for a moderately large system with in excess of 120 models executing
simultaneously.
- The simulation technology lies within 10% of the maximum possible theoretical
performance of simulation that maintains the timing accuracy of constituent models
for all levels of simulation.
Higher productivity for both the design and manufacturing engineering teams,
greater product quality, reliability and safety, and reduced time to market.
- The promulgation of the same engineering paradigm through a company's design
and manufacturing supply chains enables the economic benefits of optimized design
and verification, and production and validation to be captured by the company
and its suppliers.
- The rigorous processes and methodologies underlying EST's optimization and
verification processes ensures a disciplined approach to innovation in building
complex, optimized control for super systems.
- The adoption of the over-arching EST engineering paradigm enables a highly
consistent process to be adopted that is suited to a statistically-based continuous
improvement regime.
- A design team may ignore the process oriented methodology, and simply use
EST’s simulation and fabric technologies to have a major impact on time-to-market,
quality, reliability and safety of engineering a product.
Preserves your investment in existing tools and models.
- The ability to use 3rd party tools and models preserves the sunk-cost of
investment already made by the company in modeling and simulation.
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