Proceedings of the 4th Brazilian Technology Symposium (BTSym'18), 1st ed. 2019 Emerging Trends and Challenges in Technology Smart Innovation, Systems and Technologies Series, Vol. 140

1.1. How to build bridges between different ways of working

1.2. Nurturing the dialog between different specializations

1.3. How to deploy a project: from the designer desk to human beings

1.4. New paradigms dedicated to organize evolving technology efforts for the benefit of humanity

2. SMART DESIGNS

2.1. Architecture and Urbanism

2.2. Computer Science

2.3. Informatics

2.4. Industrial Design

2.5. Probability and Statistics

2.6. Aerospace Engineering

2.7. Agricultural Engineering

2.8. Biomedical Engineering

2.10. Electrical Engineering

2.11. Production Engineering

2.12. Mechanical Engineering

2.13. Other STEM areas

2.14. Industry 4.0

2.15. Big Data

2.16. Resilient and robust control

      2.17.  Flexibility and self-healing abilities

      2.18. Vehicle systems

      2.19. Smart system architectures

      2.20. Smart electricity

      2.21. Decentralized decision-making

      2.22. Phishing analytic and system security

      2.24.  Quality-of-Service (QoS), energy-efficiency, and fault tolerance

      2.26. Smart infrastructural dependencies

      2.28. Modelling and simulation of smart systems

      2.30. Management techniques for distributed energy generation and storage to increase power

           availability in smart cities

      2.31. Energy storage technologies

      2.32. Service engineering and algorithm design

      2.34. Real-world deployment experiences

      2.36.  Scalable designs

      2.38.  Cyber-physical systems

3. MEDICAL ELECTRONIC INSTRUMENTATION

3.1. Informatics for Healthcare, Humanitarian Engineering, Public Health, and Transdisciplinary Efforts

3.3. ICT Design practices, Integration

3.4. Engineering for Healthcare, Humanitarian Engineering, Public Health, and Transdisciplinary Efforts

3.5. Inpatient and Outpatient Care

3.6. Assistive Living

3.7. Ethics

3.8. Decision Making in Human Centric Applications

3.9. Simulation and Modeling in Human Centric Applications

3.10. Services in Human Centric Applications

3.11. Neuroinformatics

3.12. Translational Bioinformatics and Drug Design

- Prof. Yuzo Iano The Prof. Yuzo Iano holds a degree (1972), a master's degree (1974) and a doctorate (1986) in Electrical Engineering from the State University of Campinas (Unicamp). Since then, it has been active in a vast field of technological production, with 1 patent granted, 8 patent applications filed, 3 software registrations (in process) and 36 completed projects with research and development agencies. He has successfully supervised 5 postdoctoral projects, supervised 33 doctoral theses, 56 master's dissertations, 74 undergraduate monographs, 48 scientific initiation works and 198 other orientations (Teaching Internship Program, projects, etc). He participated in 102 masters examinations, 50 doctoral and 50 in qualifications (master's and doctorate), author/co-author of 2 books, 8 chapters of books and 300 papers published. Received two Innovation Awards from Inova Unicamp, "Licensed Technology" category (2013 and 2018), an Award for Teaching Excellence in Undergraduate Education, Faculty of Electrical Engineering and Computing (2012) and a "Life Member" honor received from the Institute of Electrical and Electronics Engineers - IEEE (2018). Currently he is MS6 in RDIDP of Department of Communications of the Faculty of Electrical and Computer Engineering of Unicamp, Editor in chief of the SET International Journal of Broadcast Engineering and President of the Brazilian Technology Symposium (BTSym). He has experience in the area of Electrical Engineering, with emphasis in Telecommunications, Electronics and Information Technology, working mainly in the field of audio-visual communications and data. The main topics of interest are: digital signal processing and transmission of images / video / audio / data, hdtv, digital tv, 3G / 4G / 5G networks, middleware, television signal transmission / digital signal encoding, data transmission / storage, sensors and small signals, preventive and predictive maintenance, magnetic materials analysis,

Provides technology-driven solutions to overcome obstacles in the research and development of smart designs

Explores the best practices to pool information and enhance urban designs

Discusses how electronic instrumentation can interact with the Internet of Things and cloud computing

Examines communications requirements and implementation paradigms to handle big and distributed data arising from everyday tasks, agribusiness, industry, academia, services, e-government, and healthcare

Investigates the use of virtual and augmented realities as aids to the control and performance of smart cities and grids

Elaborates on existing open source tools for smart designs