Entwicklung AI Agent Phase 0
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Chair in Signal and System Theory
Teaching
- Signal and System Theory
- Digital Signal Processing
- Image Processing and Machine Vision
- Stochastic processes with applications in signal processing
- Artificial Intelligence ā Fundamentals and Applications
- Artificial Intelligence ā Frameworks and Applications
- Selected chapters on AI and data science
- Fundamentals of quantum computing
- Industrial AI
- Intelligent algorithms for digital signal processing, with a focus on image and sensor
data processing
Career
Prof. Dr.-Ing. Alexander Lampe was born in Leipzig in 1970. He studied electrical engineering at the University of Erlangen-Nuremberg, graduating in 1998 with a degree in engineering (Dipl.-Ing.). In 2003, he was awarded a doctorate in engineering (Dr.-Ing.) from the same university.
After completing his studies, he worked from 2002 to 2009 in the field of research and development of mobile communications algorithms and chips at Philips Semiconductors, NXP and ST-Ericsson. Since 2009, he has been Professor of Signal and System Theory at Mittweida University of Applied Sciences.
His teaching areas include, amongst others, signal and system theory, stochastic processes in signal processing, as well as artificial intelligence and quantum computing.
His current research focuses on industrial AI and intelligent algorithms for digital signal processing, with an emphasis on image and sensor data processing.
Projects and Publications
AI in the Loop
Innovationscluster HSMW 2021, AP 9-19: Forschungsanschub zur Steigerung der DrittmittelfƤhigkeit der Hochschule
Nachwuchsforschergruppe MaLeKITA Maschinelles Lernen und KI in Theorie und Anwendungen, MaLeKITA Technik
Entwicklung, Einführung und Test eines Ausbildungsangebotes mit dem Schwer-punkt Automatisierungstechnik, TU Jiangsu (F+U Sachsen gGmbH)
Comparison of Autoscaling Frameworks for Containerised Machine-Learning-Applications in a Local and Cloud Environment
Raspberry Pi Controller for Remote Laboratory Hardware Access
Enhancing Digital Learning: A User Management and Access System for Remote Laboratories
Prototype-based One-Class-Classification Learning Using Local Representations
A feasibility study of deep neural networks for the recognition of banknotes regarding central bank requirements