Climate change has made the rural community environments susceptible to water shortages, impacting crop yields. An energy-water management system is proposed based on a robust predictive control strategy to address these issues. A medium-term optimization estimates the necessary water demand required to support crop growth and high yield and a short-term optimization determines optimal crop irrigation and reserve water. Fuzzy prediction intervals characterize the dynamics and uncertainties of climate conditions. The implementation was developed with a Mapuche indigenous community in Chile.
Doris Sáez Hueichapan received PhD in electrical engineering from the Pontificia Universidad Católica de Chile. She is currently a Full Professor in the Department of Electrical Engineering, has led the Sub-directorate of Indigenous People in the Faculty of Mathematical and Physical Sciences, University of Chile, and is a researcher with Instituto Sistemas Complejos de Ingeniería. Her research fields are predictive control, fuzzy control design, fuzzy identification, control of transport systems and control of energy-water microgrids.Back to Top
The Internet of Things (IoT) serves as a connection between the physical and digital world. While the initial focus of IoT pertained largely to logistics and retail, its application has expanded to encompass a wider array of domains including Smart Cities and Buildings, Smart Manufacturing, Smart Energy, and Smart Education. The number of software frameworks, platforms and solutions is exploding, as standardization bodies, industrial networks and influential software giants compete in their fight for market shares. The diversity of IoT approaches and solutions thus does not allow a comprehensive IoT curriculum. A reduction of complexity and abstraction of IoT educational topics is needed. Practical skills – a key-requirement for real world IoT scenarios – may be cultivated through educational labs, commonly associated with disciplines like physics, electronics, production engineering, or logistics. The gap between physical and online labs is progressively narrowing – mirroring the convergence of the physical and digital realms within the IoT context.
This key-note discusses firstly the original concept of the Internet of Things, leading to a centralised IoT-standard which failed to be accepted as a single solution. Instead thousands of IoT solution approaches are competing for market shares, which is posing a huge challenge on IoT lectures. Secondly, technology abstraction and IoT modelling will be discussed as solution approaches to provide a more generalized skill-set to students. Additionally, opportunities for lab-based education are presented.
Dieter Uckelmann holds positions as a Scientific Director of the Institute of Applied Research and Professor of Information Logistics at HFT Stuttgart. He embarked on his academic journey by pursuing mechanical engineering studies in Braunschweig, culminating in the successful completion of his doctoral studies at the University of Bremen within the faculty of Production Engineering. His doctoral research delved into the realm of "Quantifying the Value of RFID and the EPCglobal Architecture Framework in Logistics," showcasing his early expertise. His scholarly pursuits are primarily dedicated to the dynamic domain of the Internet of Things (IoT). With a focal point on Industry 4.0, logistics, smart buildings, smart cities, and the associated educational challenges, he continually contributes to the advancement of knowledge in these interdisciplinary fields. He is co-editor of the renowned "International Journal of RF-Technologies: Research and Applications," solidifying his authoritative presence in the academic discourse. During the span from 2005 to the inception of 2012, he held the role of managing director at the LogDynamics Lab, an esteemed centre of research excellence at the University of Bremen. His career encompasses not only his academic pursuits but also his extensive professional background in the ICT industry. Prior to dedicating himself to academia, he served as a managing director across various companies within the ICT sector, further underscoring his rich and diverse experience.Back to Top
The fight against climate change is undisputable the greatest global challenge of our time. The use of energy is the largest source of greenhouse gas emissions worldwide, while at the same time a growing world population, in its legitimate quest for development and prosperity, is demanding more and more energy.
The solution to this dilemma lies in the responsible use of technology and the complete transformation of our energy production and use away from fossil sources towards renewable energy. We are now at the end of the fossil age and the beginning of a new age of electricity as a clean and virtually unlimited basis for global energy supply. We are at the beginning of the "All Electric Society". A world in which regeneratively generated electrical energy is available worldwide in sufficient quantities and completely economically as a new primary form of energy. A world in which energy as the origin and basis of all human development, as the engine of global prosperity, is available in almost unlimited quantities without any negative impact on the environment.
The technical foundations of the All Electric Society and the framework conditions for its implementation are already in place today. In addition to the comprehensive and rapid expansion of renewable electrical energy generation and the comprehensive electrification, networking and automation of all areas of our economy and society, an energy system that is linked and integrated across all sectors of our economy and society is the decisive key to the success of this transformation. Of course, this requires the physical networking of energy flows. However, the real key to sector coupling lies in the end-to-end information technology coupling of all areas and the intelligent management of energy generation, energy consumption and possible storage. This makes automation technology and information technology key technologies on the way to a sustainable and climate-neutral society.
This vision of a sustainable and climate-neutral society and economy is realistic and can be realized through technology, science and innovation and it also offers great economic growth potential.
Roland Bent worked at Phoenix Contact in Blomberg from 1984 until his retirement at the beginning of 2023. The company is the global market leader for components, systems and solutions in the field of electrical engineering, electronics and automation and today employs around 22,000 people worldwide. In 2022, it generated sales of 3.6 billion euros. He has been a member of the Management Board since 2001 and was responsible for marketing and product development as well as innovation and technology management.
He was active on the board of the Automation Association of the German Electrical and Electronic Manufacturers' Association (ZVEI) and in various steering committees of the German government, such as the 'National Platform Future of Mobility' or the 'Industry 4.0' platform. As long-standing President of the DKE (German Commission for Electrical, Electronic & Information Technologies of DIN and VDE) and the German national committee of the IEC, he was also responsible for German electrotechnical standardization until the end of 2022.
Roland Bent is a member of the scientific advisory board of the "Institut Industrial IT" (InIT) at Ostwestfalen-Lippe University of Applied Sciences and was a member and chairman of the board of trustees of the Fraunhofer Institute (IOSB), Karlsruhe, for many years. He was a visiting professor at Tongji University in Shanghai for many years.Back to Top
Hans-Jürgen Koch studied communications engineering at the University of Paderborn. In 1991, he began his professional career at Phoenix Contact in Blomberg, Germany, developing electronics for serial fieldbus networking in the automation industry. Since 2003, he has been an employee of Phoenix Contact Electronics, where he held senior positions in the development area of the automation technology division for many years. From 2012 to 2018, he was Vice President of the Control Systems Business Unit, responsible for control technology, Human Machine Interfaces and industrial PCs. In June 2016, he became a Board Member of the Business Area "Industry Management & Automation" and is still responsible for innovation, technology and production for the automation business of Phoenix Contact.
Hans-Jürgen Koch has been a member of the "Electrical Automation" board of the VDMA since 2016.Back to Top
Will be available in time. Please continue to check this website for updates.
|STE2024 – Author and Participant Registration||Early Bird Fee
until 15 January 2024
from 16 January 2024
|Author – Regular||495 EUR||N/A|
|Author – Members of IAOE, IGIP, EduNet & EWA||400 EUR||N/A|
|Author – Low-income Countries||250 EUR||N/A|
|Author – Student (BSc & MSc)||250 EUR||N/A|
|Participant – Regular||445 EUR||495 EUR|
|Participant – Members of IAOE, IGIP, EduNet & EWA||350 EUR||400 EUR|
|Participant – Low-income Country||200 EUR||250 EUR|
|Participant – Student (BSc & MSc)||200 EUR||250 EUR|
|Additional Paper||150 EUR||N/A|
|Conference Dinner Thursday Evening||90 EUR|
|Social Program Saturday||90 EUR|
|Accompanying Person||150 EUR||200 EUR|
The conference fee includes lunches & coffee for all three days and the Wednesday evening social event, cocktail.Back to Top
Will be available in time. Please continue to check this website for updates.Back to Top
The dinner begins with a reception at Helsinki City Hall with the Mayor (not yet confirmed).
After that the gala dinner will be in the Winter Garden in restaurant Sipuli: https://www.ravintolasipuli.fi/en/.
The address of the restaurant is: Kanavaranta 7, 00160 Helsinki.Back to Top