Statistics for Innovation [electronic resource] : Statistical Design of "Continuous" Product Innovation /
Erto, Pasquale.editor.
The objective of this book is to illustrate statistical methodologies that incorporate physical and numerical experiments and that allow one to schedule and plan technological innovation, similar to any other productive activity. This methodology should be implemented through a structured procedure aimed at reducing the high rate of commercial failure characterizing actual innovation processes. In fact, it is well known that: i) The rate of commercial failure of a innovative idea is very high (90–94 out of 100 proposals for innovation undergo substantial failure in the EU and in the USA). ii) Low reliability in the long run and sensitivity to usage conditions are the factors that determine the failure of the innovation. The definition of an iterative design activity is an objective that can be reached by subdividing the complex innovation process into "short" steps in experimental statistics research. The approach adopted to analyze customer needs and the tools used to reduce unwanted variability form the framework for the statistical design of "continuous" product innovation. Starting from the observation that product innovation is achieved when a "quality" that is able to satisfy a new customer need is conferred on the product and survives over real operating conditions and time, this book illustrates the operative steps required to perform the whole innovation process iteratively.
Description based upon print version of record.
Includes bibliographical references and index.
Design for Innovation -- Analysis of User Needs for the Redesign of a Postural Seat System -- Statistical Design for Innovation in Virtual Reality -- Robust Ergonomic Virtual Design -- Computer Simulations for the Optimization of Technological Processes -- Technological Process Innovation -- Design for Computer Experiments: Comparing and Generating Designs in Kriging Models -- New Sampling Procedures in Coordinate Metrology Based on Kriging-Based Adaptive Designs -- Product and Process Innovation by Integrating Physical and Simulation Experiments -- Continuous Innovation of the Quality Control of Remote Sensing Data for Territory Management -- An Innovative Online Diagnostic Tool for a Distributed Spatial Coordinate Measuring System -- Technological Process Innovation via Engineering and Statistical Knowledge Integration -- Innovation of Lifecycle Management -- Bayesian Reliability Inference on Innovated Automotive Components -- Stochastic Processes for Modeling the Wear of Marine Engine Cylinder Liners -- Research and Innovation Management -- A New Control Chart Achieved via Innovation Process Approach -- A Critical Review and Further Advances in Innovation Growth Models.
The objective of this book is to illustrate statistical methodologies that incorporate physical and numerical experiments and that allow one to schedule and plan technological innovation, similar to any other productive activity. This methodology should be implemented through a structured procedure aimed at reducing the high rate of commercial failure characterizing actual innovation processes. In fact, it is well known that: i) The rate of commercial failure of a innovative idea is very high (90–94 out of 100 proposals for innovation undergo substantial failure in the EU and in the USA). ii) Low reliability in the long run and sensitivity to usage conditions are the factors that determine the failure of the innovation. The definition of an iterative design activity is an objective that can be reached by subdividing the complex innovation process into "short" steps in experimental statistics research. The approach adopted to analyze customer needs and the tools used to reduce unwanted variability form the framework for the statistical design of "continuous" product innovation. Starting from the observation that product innovation is achieved when a "quality" that is able to satisfy a new customer need is conferred on the product and survives over real operating conditions and time, this book illustrates the operative steps required to perform the whole innovation process iteratively.
Statistics .
Engineering design.
Quality control.
Reliability.
Industrial safety.
Computer mathematics.
Statistical Theory and Methods.
Statistics for Engineering, Physics, Computer Science, Chemistry and Earth Sciences.
Engineering Design.
Quality Control, Reliability, Safety and Risk.
Computational Science and Engineering.