Economic Optimization of Innovation and Risk - Shuler, Robert
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A Theory of Crash Rate for Private & Public Projects with Critical or non-Critical systems. Analyzing & managing risk has been a quest for 5000 years, and is essential to everything from water supplies, finance, and agriculture to computers and space travel. At last there is a quantitative theory and a simple equation that allows you to: - choose your failure rate - get there optimally - avoid unexpected effects - profit where the competition fails Work a project example based on real-world data to manage the risk of a for-profit 10-passenger transport to an orbital tourism facility. Examine…mehr

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Produktbeschreibung
A Theory of Crash Rate for Private & Public Projects with Critical or non-Critical systems. Analyzing & managing risk has been a quest for 5000 years, and is essential to everything from water supplies, finance, and agriculture to computers and space travel. At last there is a quantitative theory and a simple equation that allows you to: - choose your failure rate - get there optimally - avoid unexpected effects - profit where the competition fails Work a project example based on real-world data to manage the risk of a for-profit 10-passenger transport to an orbital tourism facility. Examine possibilities for managing the crash rate of countries and even the world.
Autorenporträt
Robert Shuler combines 42 years of aerospace & software fault tolerant systems design, verification and management with a knack for finding hidden principles. He has half a dozen patents and numerous publications in fields ranging from economics (corporate risk compensation, the equity premium) to physics (inertia & quantum gravity). He lives in Texas with his wife Natasha and son Grandon.