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Table of Contents
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Systematic Innovation Partnerships with Artificial Intelligence and Information Technology
Robert Nowak, Jerzy Chrząszcz, Stelian Brad |
Front Matter |
New Perspectives of TRIZ
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Mathematical Modelling and Formalization of TRIZ: Trimming for Product Design
Chris Edward, Jane Labadin, Narayanan Kulathuramaiyer |
3-16 |
Improving the TRIZ Creative Engineering Methodology to Take into Account the Notion of the Value of the Idea
Serge Tremblay, Mickael Gardoni |
17-28 |
VA++ - The Next Generation of Value Analysis in TRIZ
Christian Iniotakis |
29-38 |
Using MBSE for Conflict Managing TRIZ on a Systems Engineering Level
Tim Julitz, Manuel Löwer, Tim Katzwinkel |
39-49 |
TRIZ-Based Approach in Co-creating Virtual Story-Maps
Narayanan Kulathuramaiyer, Timothy George Mintu |
50-60 |
Bridging Two Different Domains to Pair Their Inherent Problem-Solution Text Contents: Applications to Quantum Sensing and Biology
Nicolas Douard, Ahmed Samet, George Giakos, Denis Cavallucci |
61-69 |
Inventive Design Solutions for the Complex Socio-technical Problems in Preserving Indigenous Symbolic Visual Communication
Chu Hiang Goh, Narayanan Kulathuramaiyer |
70-85 |
Exploitation of causal relation for automatic extraction of contradiction from a domain-restricted patent corpus
Daria Berdyugina, Denis Cavallucci |
86-95 |
Systems, Resources, and Systemic Development in TRIZ
Hans-Gert Gräbe |
96-108 |
The Use of Publicly Available Image Search Engines to Find Solution Ideas Efficient Use of TRIZ Information Resources
Jochen Wessner |
109-120 |
Open Inventive Design Method (OIDM-Triz) approach for the modeling of complex systems and the resolution of multidisciplinary contradictions. Application to the exploration of innovative solutions to deal with the climate change impacts
Amadou Coulibaly, Florence Rudolf, Murielle Ory, Denis Cavallucci, Lucas Bastian, Julie Gobert |
121-134 |
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Market Impact Chain Analysis - MICA, New TRIZ Tool
Jerzy Obojski |
135-144 |
Modular Ideality for Systematic Segmentation
Marek Mysior |
145-153 |
Hypotheses Analysis as a Development of the System Operator Method Used in TRIZ
Marek Mysior, Sebastian Koziołek |
154-162 |
AI in Systematic Innovation
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An Interactive Artificial Intelligence System for Inventive Problem-Solving
Stelian Brad, Emil Ștetco |
165-177 |
Inventive principles extraction in inventive design using Artificial Intelligence methods
Masih Hanifi, Hicham Chibane, Remy Houssin, Denis Cavallucci |
178-186 |
AI Based Patent Analyzer for Suggesting Solutive Actions and Graphical Triggers During Problem Solving
Davide Russo, David Gervasoni |
187-197 |
Automatic TRIZ domain mapping
Guillaume Guarino, Denis Cavallucci |
198-208 |
Systematic Innovations Supporting IT and AI
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Using NLP to Detect Tradeoffs in Employee Reviews
Justus Schollmeyer |
209-219 |
TRIZ-Based Approach in Capturing and Managing Indigenous Innovation and Knowledge
Timothy George Mintu, Narayanan Kulathuramaiyer, Franklin George, John Leong |
220-229 |
The Potential of Creative Methods for IT Project Management
Monika Woźniak, Anna Boratyńska-Sala |
230-247 |
Modeling IT Systems in TRIZ
Jerzy Chrząszcz, Tiziana Bertoncelli, Barbara Gronauer, Oliver Mayer, Horst T. Nähler |
248-260 |
Modeling Software in TRIZ
Horst T. Nähler, Barbara Gronauer, Tiziana Bertoncelli, Hartmut Beckmann, Jerzy Chrząszcz, Oliver Mayer |
261-272 |
Integration of TRIZ Methodologies into the Digital Product Development Process
Vasilii Kaliteevskii, Matvey Bryksin, Leonid Chechurin |
273-284 |
Lean and TRIZ for Improving the Maintenance Process
El Ghalya Laaroussi, El Hassan Irhirane, Badr Dakkak |
285-295 |
Adoption of Artificial Intelligence in Romania: Innovative Policies to Overpass Vulnerabilities with TRIZ and Deep-Thinking Tools
Marin Iuga, Stelian Brad |
296-311 |
TRIZ Applications
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Analysis of Tools Used for Implementation of a Knowledge Base Based on an Ontology for a Service Robot in a Kitchen Environment
Grzegorz Kuduk, Maciej Bekas, Barbara Wąsowska, Piotr Pałka |
315-327 |
Combing TRIZ and LCA for a Better Awareness of the Sustainability of a Technical Solution
Christian Spreafico, Davide Russo, Daniele Landi |
328-339 |
Eco-Design Pilot Improvement Based on TRIZ and ASIT Tools
R. Benmoussa |
340-351 |
Innovation Portfolio Management: How Can TRIZ Help?
Nikhil Shree Phadnis |
352-366 |
Development of an Ontology of Sustainable Eco-friendly Technologies and Products Based on the Inventive Principles of the TRIZ Theory (OntoSustIP) – Research Agenda
Claudia Hentschel, Kai Hiltmann, Norbert Huber, Pavel Livotov, Horst T. Nähler, Christian M. Thurnes, Agata M. Wichowska |
367-381 |
Eco-Feasibility Study and Application of Natural Inventive Principles in Chemical Engineering Design
Mas’udah Mas’udah, Pavel Livotov, Sandra Santosa, Arun Sekaran, Anang Takwanto, Agata M. Pachulska |
382-394 |
Focusing the First Phase – An Interdisciplinary Approach to Modeling an Interactive System on the Use-Case Indoor-Blind-Navigation
Ken Pierre Kleemann, Nadine Schumann, Veronika Heuten, Hans-Gert Gräbe |
395-404 |
Ideal Final Result for Agriculture: Striving for Sustainability
Valery Korotchenya |
405-416 |
Analyzing the Role of Human Capital in Strengthening National Innovation System Through University-Industry Research Collaboration: A TRIZ-Based Approach
Abeda Muhammad Iqbal, Narayanan Kulathuramaiyer, Adnan Shahid Khan, Johari Abdullah |
417-428 |
TRIZ-Based Remodeling of Body Enclosure for Corpse
Ashley Soosay, Muhammad Hamdi Mahmood, Mohd Saiful Bahari, Narayanan Kulathuramaiyer |
429-439 |
TRIZ Education and Ecosystem
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WTSP Report (5) Catalogs of TRIZ and Around-TRIZ Sites in the World: We Can Learn Full Scope of TRIZ-Related Works in the World
Toru Nakagawa, Darrell Mann, Michael Orloff, Simon Dewulf, Simon Litvin, Valeri Souchkov |
443-457 |
TRIZ Training Within a Continuous Improvement (Kaizen) Event – Exploration and Evaluation
Tony Tanoyo, Jennifer Harlim |
458-469 |
TRIZ Training in Pandemic Time
Malgorzata Przymusiala |
470-478 |
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