Wingsuits:
Canopies and Containers:
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Wingsuits:
Canopies and Containers:
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Complex Systems Dr. Nick Rugai offers contracting on advises on the modeling of complex systems of any nature. With our modeling method (fully disclosed), all the variables and criteria are minimized to a point before information is lost. Then an isomorphic system is built using mainly soft computing principles. In the end, the modeled system can be considered "just as the real system", or alternately, from an outside prospective, the two systems are equal. For instance, if you are to build a complex system that costs billions, it might be beneficial to have its isomorphic system loaded in your laptop because it could make the difference between losing it all, doing OK, or utilizing every single resource the system has to be as optimal as it best possibly can (by maximizing efficiency). Above all, the costs of such a simulation system will not even matter in the grand scheme of many projects. We will not provide you with an actual language code. However, up to the specific variables that bear no information to the whole, we will provide you with the framework to be used to simply self-calculate internal variables of the architecture, activity, and synchronization of the system and its subsystems. You will need a team of programmers (not provided by us) to write the actual software. However, most architectures are very simple to implement for anyone proficient in a computing language. All the algorithms are fully disclosed. Feel free to contact if you think we might be of help: Your Contact Information
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