ACADEMIC WEBSITE - ADRIAN HORZYK, PhD, DSc., PROF. AGH
AGH University of Science and Technology in Cracow, Poland
Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering
Department of Biocybernetics and Biomedical Engineering
Field of Biocybernetics, Cognitivistics and Artificial Intelligence
We can make and achieve a lot in our lifetime - as history shows - regardless of our starting point, which is usually not easy. We can also leave many behind, especially faith, hope, love and the works we have made, the knowledge we have gained, and the people who handed something nice. Our achievements are usually more valuable than others when they are the work of cooperation and efforts of many people. Currently, the computerization of our civilization opens up more and more access to information and opportunities to collaborate. Many known and unknown people in the course of exhausting work and effort have created works that we see, from which we learn and use and that open us new possibilities and allow us to a longer, healthier and more interesting life. Our civilization is facing us with more and more challenges that we should deal with if we learn to cooperate and share our gained knowledge. The rate of the further development of our civilization and ourselves is dependent on the further development of our intelligence and the ability to see our work in the broadest possible context of the world around us, especially other people. Further growth of our civilization is also dependent on the development of new intelligent technologies and computational methods capable of forming associative knowledge in the way that is used by biological brain structures for millions of years. Modern civilization makes us more and more challenges that we face. The amount of processed data increases exponentially. BIG PROBLEM arises from BIG DATA until we do not learn to use the capabilities of the human mind to form associative knowledge and an associative way of data processing which enable us to deal with the vertical exponential data growth. Many of us dream of a better future and wonder how life will look like on our planet after thousands of years? - This will depend largely on our attitude to others, understand their and own needs, skills in constructive negotiations and aspiration to satisfactory cooperate with others! Competition and self-centered contention of resources reduce their utility, making that the resources of our civilization are still very inefficiently used. A better future is coming to us in proportion to our ability to cooperate with others. Working together and taking into account needs of other people we can make such progress in a few years, for which otherwise we would have to wait thousands of years... Our future and the future world are created after our way of conducting negotiations. We also influence other people around us and their behavior after this. Sometimes you can just hold out your hand to somebody or allow others to do something important, satisfactory or let them fulfill their dreams. Let us also take advantage of the fact that everywhere are a lot of talented people, waiting for the opportunity to cooperate and engage in some interesting, intriguing or useful works ... Together we can do more! We can make our World a better place to live! Life makes sense only when we love and we are loved! My Research Statement and
My Teaching Statement
Shouldn't the coronavirus pandemic (COVID-19) make us think about the values we carry with our lives? In these difficult moments, our nature, our values, our beliefs and our aspirations are most visible ... and how much love, understanding, patience, sacrifice, faith and hope are in us? Will God help us through these difficult moments if people do not become better, more forgiving and full of God's Spirit? If so, then hope is for us, and if not, then maybe we will have another, even more difficult attempt ...
Radio Broadcasts Audycje with Adrian Horzyk (in Polish)
Would you like to take advantage of the computational power of artificial associations operating for millions of years in nature that are the basis of human intelligence and gain unique kwnowledge in the field of artificial associative systems that can allow you to achieve valuable position in the labour market? You can learn and practice these solutions at the new elective lecture combined with the practical projects: Associative Computations in Artificial Associative Systems or during lectures and laboratories of Computational Intelligence and during the implementation of Engineer's dissertations, Master's dissertations i PhD theses.
Member of the new elective College of the Faculty of Electrical Engineering, Automatics, Computer Science and Biomedical Engineering of the AGH University of Science and Technology since 2020-10-01.
Member of the Committee on Applied Research and Implementation of the Biocybernetics and Biomedical Engineering Committee of the Polish Academy of Sciences from 2020-06-23
Member of the Education Committee of the Biocybernetics and Biomedical Engineering Committee of the Polish Academy of Sciences from 2020-06-23
Member of the Discipline Board of Biomedical Engineering of the AGH University of Science and Technology from 2019-06-12 to 2020-08-31.
Member of the Doctoral School Council of the AGH University of Science and Technology from 2019-06-12 to 2020-08-31.
Deputy Team Leader of AGH University of Science and Technology in CERN ALICE experiments and projects since 2017-09-11.
Member of the Faculty of Doctorate Scholarship Commission since 2017-09-26 as determined by Dean of EAIiIB Faculty No. 4/2017.
Member of the Team Research at the Department of Automatics and Biomedical Engineering since 2016-11.
Member of the Faculty Admissions Committee to carry out the selection procedure for doctoral studies in the academic year 2016/2017.
Chairman of Diploma Majoring Committee (in the postgraduate level) in the field of Biomedical Engineering for the term 2016-2020
Member of the Faculty Admissions Committee to carry out the selection procedure for doctoral studies in the academic year 2015/2016.
Member of the Faculty Admissions Committee to carry out the selection procedure for doctoral studies in the academic year 2014/2015.
Member of the Polish Section of the IEEE Association since 2020-03-05
IEEE Member no 93112804 since 2018, IEEE Senior Member since 2018.
ENNS Member 2018. (European Neural Network Society)
INSTICC Member no 14562 since 2017.
Board Member of the Polish Neural Network Society (PTSN) (since 2011-11-14) dealing with the popularization and promotion of modern computational methods of artificial intelligence, neural networks and soft computing, and organizing ICAISC conferences.
1990 - Won the second prize in the provincial mathematical competitions
1987-1994 - Won or took high places in several competitions of mathematics, physics, chemistry, computer science, history, Polish language, Red Cross, poetry and literature.
2003-2006 - Leader and Principal Investigator in the KBN project No 4 T11C 025 24, entitled Efficient classification based on a new type of ontogenic neural networks. - list of publications.
2003-2005 - Investigator in the KBN project No 4 T11E 031 23, entitled The use of artificial intelligence to assist in the interpretation of biomedical quality of acoustic signals.
2000-2001 - Key Investigator in the KBN PhD project No 8 T11C 002 19, entitled New methods of training neural networks without feedback, supervised by Prof. Ryszard Tadeusiewicz - list of publications.
11th International Conference on Human System Interaction (HSI 2018) July 04-06, 2018, Gdańsk, Poland, Chair of Session 1, Track B: TT Education and Training.
2011 - Training Spin Out/Out "Enterprising Scientist", financed by te EU - diploma EN-1, diploma EN-2
2005 - Training Workshop on OSH Kontrakt – Trading as a game. How to build relationships with customers, based on their needs and their distance to the harsh licks?
1996 - Scholarship – International Course of German Language and Culture at the Karls-Ruprechts Universitat in Heidelberg in Germany
1995-1996 - Teaching course
Knowledge of Languages:
native: Polish, Czech
fluently: English
communicative: German
understanding: Slovak, Russian
Personal Record:
Born in the Czech Cieszyn in the Czech Republic in 1973-04-28
Modeling: intelligence, knowledge, need, and cognitive processes using complex dynamic neural association graphs, development of new models of neurons, their networks and functional processes relevant to the formation of knowledge and the operation of intelligence.
Dancing (5 times winning the King of the Ball award)
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