Table of Contents
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New Opportunities for Innovation Breakthroughs for Developing Countries and Emerging Economies
Rachid Benmoussa, Roland de Guio, Sébastien Dubois, Sebastian Koziołek |
Front Matter |
TRIZ Improvement: Theory, Methods and Tools
|
If All You Have Is a Hammer: TRIZ and Complexity
Darrell Mann |
3-15 |
Innovation Lab: New TRIZ Tools for Fast Idea Triggering
Davide Russo, Paolo Carrara |
16-25 |
Patent Based Method to Evaluate the Market Potential of a Product
Davide Russo, Christian Spreafico, Matteo Spreafico |
26-35 |
Evaluation of the Effectiveness of Modern TRIZ Based on Practical Results in New Product Development
Oleg Abramov, Alexander Medvedev, Vladimir Rychagov |
36-44 |
Applied Ideality: From Concepts to Inventive Problem Solving Algorithm
Evgeniy Smirnov |
45-54 |
Deducing Altshuller’s Laws of Evolution of Technical Systems
Justus Schollmeyer, Viesturs Tamuzs |
55-69 |
A New Way to Classify Physical Effects for Ontology Instantiation
Pei Zhang, Denis Cavallucci, Cecilia Zanni-Merk |
70-78 |
TRIZ and Other Innovation Approaches
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TRIZ-Assisted Frugal Innovation
Oliver Mayer, Tiziana Bertoncelli |
81-92 |
How Can TRIZ Tools Tremendously Stimulate the Lean Canvas Analysis to Foster Start-Up Business Model and Value Proposition?
Pascal Sire, Eric Prevost, Yves Guillou, Alain Riwan, Pierre Saulais |
93-105 |
A Proposal for a Methodology of Technical Creativity Mixing TRIZ and Additive Manufacturing
Armand Lang, Claude Gazo, Frédéric Segonds, Fabrice Mantelet, Camille Jean, Jerôme Guegan, Stéphanie Buisine |
106-116 |
FAST for TRIZ
Kai Hiltmann |
117-134 |
Differences and Complementarities Between C-K and TRIZ
Sébastien Dubois, Roland Guio, Hicham Chibane |
135-143 |
TRIZ Applications in Technical Design
|
An Approach Merging the IDM-Related Knowledge
Xin Ni, Ahmed Samet, Denis Cavallucci |
147-158 |
How to Find Disruptive Technologies Systematically?
Jianguang Sun, Zhitao Song, Kang Wang, Haoyu Li, Runhua Tan |
159-173 |
Research of the Possibilities for Using and Linking TRIZ Methods with Systems Engineering
Ovidiu Bielefeld, Vladimir Sizikov, Nadine Schlüter |
174-186 |
An Approach for Customer Requirements Acquisition Based on Time Iteration
Wen-Dan Yang, Guo-Zhong Cao, Jun-Lei Zhang, Chuan He |
187-203 |
Method of Identification of Useful Functions in the Scope of Technical System Development
Marek Mysior, Witold Hnat, Sebastian Koziołek |
204-215 |
Improving Inventive Design Methodology’s Agility
Masih Hanifi, Hicham Chibane, Rémy Houssin, Denis Cavallucci |
216-227 |
A Multi-perspective and Multi-level Based Approach to Organize and Represent Inventive Knowledge
Longfan Liu, Denis Cavallucci, Yan Li |
228-239 |
Conceptual Design of the Technical System Using Complementary Use of TRIZ Function Analysis and Patent Information
Sehoon Cho, Kyeongwon Lee, Yongwon Song |
240-256 |
TRIZ Barcamp Exercise: Ideas for Wearable Defibrillators
Tiziana Bertoncelli, Barbara Gronauer, Horst Nähler |
257-265 |
TRIZ Applications in Eco Design
|
Sustainable Innovation in Process Engineering Using Quality Function Deployment Approach and Importance-Satisfaction Analysis of Requirements
- Mas’udah, Pavel Livotov, Arun Chandra Sekaran |
269-281 |
Investigating the Value Perception of Specific TRIZ Solutions Aimed to Reduce Product’s Environmental Impact
Lorenzo Maccioni, Yuri Borgianni |
282-294 |
TRIZ Applied to Waste Pyrolysis Project in Morocco
Davide Russo, Paolo Peri, Christian Spreafico |
295-304 |
TRIZ Directed Evolution for Automobile Fuel
Mohd Hassan, Yaser Al-Kodami |
305-313 |
Classification of TRIZ Inventive Principles and Sub-principles for Process Engineering Problems
Arun Chandra Sekaran, Pavel Livotov, - Mas’udah |
314-327 |
Technological Landscape and Ideation in the Field of Waste Separation with Help of TRIZ
Luka Ivanovskis, Timo Kärki, Ville Lahtela |
328-339 |
Technology Strategy by TRIZ Tools for Eco-Aircare Solution
Gukhyun Cho, Ahreum Lee, Jungin Kim, Wanseok Jeong, Youshin Han |
340-349 |
Enhancing Eco-Design Methods Using TRIZ Tools: the Case of ECOFAIRE
Fatima Ben Moussa, Fatima Essaber, Rachid Benmoussa, Sébastien Dubois |
350-367 |
TRIZ Applications in Software Engineering
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TRIZ, a Systematic Approach to Create Quantum Activation Function for Deep Learning’s Hidden Layers, in Order to Make AI Explainable with Quantum Computer
Adehi Guehika |
371-387 |
Exploring State Machine CECA Model
Jerzy Chrząszcz |
388-399 |
CALDET: A TRIZ-Driven Integrated Software Development Methodology
Stelian Brad, Emilia Brad, Daniel Homorodean |
400-416 |
Future Home 4.0 for People with Major Neurodegenerative Disorders, Finding the Contradictions
Jean Renaud, Rémy Houssin, Negar Armaghan, Mickaël Gardoni |
417-426 |
TRIZ Applications in Specific Disciplinary Fields
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Using TRIZ in the Healthcare Environment: First Proposition of a New Design Method
Axel Degland, Camille Jean, Claude Gazo |
429-437 |
The Concept of Contradiction Finding and Classification in the Field of Marketing Communication Quality Management
Joanna Majchrzak, Agnieszka Chuda, Arkadiusz Kalemba, Gerhard Weber |
438-457 |
Characteristics of Traditional Farm Equipment in Korea from the Viewpoint of TRIZ’s Invention Principle
Sehoon Cho |
458-471 |
An Innovative Methodology to Design LCM Mold for Aeronautic and Automotive Industries
A. Ouezgan, S. Adima, A. Maziri, E. Mallil, J. Echaabi |
472-485 |
Application of TRIZ and Innovation Management Theory on Decision Support for Transport Infrastructure
Giacomo Bersano, Pierre-Emmanuel Fayemi |
486-493 |
TRIZ in Teaching
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Study on Finding Effective Measures in Education to Counter Googling Action Based on TRIZ
Yutaka Takafuji |
497-507 |
World TRIZ Sites Project (WTSP) (2): To Build Catalogs of TRIZ-Related Web Sites in the World
Toru Nakagawa, Darrell Mann, Michael Orloff, Simon Dewulf, Simon Litvin, Valeri Souchkov |
508-525 |
Lower Abstraction Level of TRIZ Inventive Principles Improves Ideation Productivity of Engineering Students
Pavel Livotov, Arun Chandra Sekaran, - Mas’udah |
526-538 |
