It is our pleasure to invite you to participate in the 19th IFAC Conference on Technology, Culture and International Stability - TECIS 2019, which aims to bring together researchers and practitioners from industry and academia to give an overview of the state of the art, to present new research results and to exchange ideas and experiences in the field of international stability.
Draft papers submission deadline (Extended):
Deadline for submission of invited sessions proposals - 2019-04-07
Control and automation technologies can be used to improve the conditions in less developed regions by helping to create jobs and improving inflows of wealth. They can be also used to improve agriculture and to provide medical services in unstable regions. Technology development leads to dramatic changes in international stability. It has never been so important to examine system stability. During recent years social international and national systems of control have been shown to be inadequate and prone to be fundamental and most basic instable. Many basic assumptions are no longer certain and are definitely questioned. This event will systematically examine topics associated with these issues. Whilst TECIS 2019 will accept any papers within the scope of the event (see below) the conference is particularly concerned with the role of Cost Oriented Automation as a way of improving international stability, through its applications, technologies, processes and as part of larger systems contexts. With the current new technological developments and emerging trends the importance of the cost-oriented automation has increased significantly and may have a lasting impact on the society and international stability. After a sequence of successful symposia on "Low Cost Automation" (1986 - 2004) and on "Cost-Oriented Automation" or "Affordable Automation Systems" (2007 - 2010) this conference aims to provide a place for the specialists in the field to discuss new methods for reducing the cost of automation systems considering not only the development and application of low cost components of control systems, but the control aspects of their life cycle regarding design, production, operating, maintenance, reconfiguration and recycling.
Whilst this conference is particularly interested to attract papers which address cost-oriented issues, the IPC will consider any papers within the scope of TC 9.5. The scope includes, but is not limited to:
Abstract: The report is devoted to the modeling of some higher psychic functions, i.e. such mental functions that the subject are controlled. In particular, such functions include goal setting, reflection, and self-awareness. The basis of such control is a subjective model of the world, which, from the point of view of modern neurophysiological and psychological concepts, has a sign-based character. The report discusses the basics of subjective sign-based theories of reality and models of said functions.
Abstract: Currently we are living with real time data streams that flow from various sensors in different complex systems, machines and industrial plants. Such bulk of information is becoming more and more difficult to assess, analyze and use in a meaningful way in order to produce respective decision about the operation status of the systems and to detect a possible change or deterioration in the system performance. The talk is focused on several possible methods and techniques for a partial, but still realistic solution of the above problem. A moving window approach to continuously monitoring the operation status of the system is used as a base tool for continuous extraction of different “data clouds” from the real operation. Then each data cloud is compared to a “typical” predefined operation by using some measure of similarity in order to make the most plausible classification of the operation status. Theoretically the problem is similar by definition to the standard supervised classification, but it also has some unique specifics, which comes from the endless real time data clouds in the stream. Here different clustering methods, as well as the concept of the grid fuzzy models are used for capturing the typical behaviors of the industrial system. More details and application results are given in the talk on the examples of monitoring systems for anomaly detection in the operation of hydraulic excavators, photovoltaic systems and a petrochemical plant.
Abstract: The current AI narratives of “digital society”, “human-centered A.I.” and the “Fourth Industrial Revolution”, draw our attention to the historical debate on determinism and cybernetics, and the ongoing concerns with the design of human-machine systems for possible symbiotic technological futures. The debate continues today in the predicament of automation vs. augmentation that still seeks coherence and stability of interconnected societal systems. We are faced with the impact of automation on the one hand, and the desire for the common-good potential of augmented digital systems on the other. Whilst the automation agenda of the work place, organisational systems, and institutions continues to happen quietly, it presents us with social challenges of governance, ethics, accountability and intervention. These challenges arise from the accelerated integration of powerful artificial intelligence systems into core social institutions. Moreover, as autonomous systems creep into our everyday lives, we are confronted with an electronic world where digital bots or electronic ‘agents’ are already representing us in our interactions. The challenge we face is to come up with possible human-machine futures that mitigate the impact of the instrumental models of Big Data systems, machine learning, and deep learning algorithms. How can we transcend the instrumental reason of ‘machine thinking’ to mould technological futures for common good? We need to address questions such as, can we harness collective intelligence as a transforming tool for addressing unpredictable problems of complex social systems? This talk will explore whether reframing the ideas of ‘causality’ and ‘alignment’ can overcome the unpredictability of black box architectures and the limit of ‘instrumental’ approach to socio-technical solutions.
Abstract: Process – and manufacturing automation as well as robotics are currently one of the fastest growing fields in automation. Cyber-physical systems, industry 4.0 and “advanced robots” are not longer a headline. Production 4.0 is in realization but production 5.0 is knocking on the door. Production 4.5 was introduced one year ago as an immediate step for small and medium enterprises. They are some first dreams on production 6.0. An important part of production automation is (semi) automated assembly. This topic is currently only outlined in the literature with some description of laboratory tests. Concerning of one of the scopes of TECIS “End of life management – EoL” an important part (semi) automated disassembly is currently missing in all of these concepts. Therefore in this contribution first ideas on (semi) automated disassembly 4.0 including new tasks for “advanced” robots will be given and shortly discussed. As a consequence of these developments new social, ethical and human questions appear.
Abstract: The paper is devoted to the problems arising in the design and implementation of robust control laws for embedded multivariable control systems. Identification, derivation of uncertainty models of multivariable plants as well as problems associated with the determination of robust controllers on the basis of such models are discussed in some details. A methodology for building uncertainty models based on the identification results is presented. The problems arising on the different design stages are illustrated by an example of embedded robust control of two-input two-output analog model. The plant is identified by using black box and gray box identification methods which produce the necessary information to build the corresponding uncertainty models. Two discrete-time robust controllers are designed and embedded in the real system. Simulation results for the closed-loop system and experimental results obtained by using the robust controllers are given.
Abstract:The fields of science, engineering and technology have always been international. In the recent decades, the importance of global engagement has substantially increased because many emerging critical problems are trans-boundary, and optimal solutions to those require the participation of multiple stakeholders. In many cases, scientists/engineers and national/international policymakers must work together to resolve these complicated issues. Such mixed teams may be very rewarding, but also have risks and pitfalls: there is a need for great understanding and openness, which takes nontrivial effort. Increasingly, we will have to develop a new generation of engineers who would be comfortable and excited to join the policymakers .
In this talk, I argue that in the engineering side, we could inspire a cultural change from a traditional definition of engineering careers to a broader, more inclusive view, where venturing into the world of international policy is an acceptable option. I also argue that international experiences are essential for engineering students in order to develop the right mindset to successfully function in the ever-evolving global workplace. In this context, I propose that engineering curricula should include examples of how engineers help solve global socio-technical problems, contribute to sustainable development, contribute to world peace and international stability. Last but not the least, in this talk I will present information on how the US National Science Foundation promotes and funds the development of a globally engaged science and technology workforce, and how international partners can collaborate in such funded projects.
F.Allgöwer (DE) M.Hadjiski (BG) T. Neshkov (BG) I. Eksin (TUR) A. Ollero (ES) K.Boshnakov (BG) E. Hajrizi (KOS) O. Kaynak (TR) M. Hersh (SCO) S. L. Jamsa-Jounela (FL) E. Uyar (TUR) P. Korondi (H) Chang-Koon Choi (Rep.K) K. Gill (UK) H. Hashimoto (JP) M. Stankovski (FYROM) M. de J. Ramirez C. (MX) A. Rodic (RS) S. Strmcnik (SLOV) S. Domek (PL) S. Nof (USA) D. Silviu (RO) T. Dinibutun (TR) E. Nikolov (BG) V. Sgurev (BG) R. Susta (CZ) R. H. Weston (UK) P. Albertos (ES) L. Vlacic (AUSRALIA) R. Carreli (ARG) A. Cipriano (Chile) S. Boverie (F) J. Sasiadek (CA) L.Fan (CHN) G. Vachkov (BG) A. Kordon (USA) F. Lamnabhi-Lagarrigue (FR) E. Blanzeri (IT) D.Martin (USA) D.Brandt (D) V.Piuri (IT) V. Tsyganov (RUS) Z. Avdeeva (RUS) D. Makarenko (RUS) V.V. Kulba (RUS) P. Groumpos (GR) R. Goncalves (PT)
Professor Larry Stapleton
All the paper submissions should be carried out through the official conference manuscript management system (it is OPEN now). To submit regular papers, invited session or invited papers, please click on the SUBMIT button.
All papers must be in English. Papers should be prepared in double column format suitable for direct printing onto A4 paper (210mm x 297mm / 8.3in x 11.7in) paper, justified if possible, using Times Roman 10pt typeface. IFAC MS Word template for papers submitted to IFAC technical meetings can be donloaded HERESubmit
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