Hauptinhalt
Topinformationen
Education Working Group Remote Sensing and Digital Image Analysis
Dr. rer. nat. Thomas Jarmer
Lehrveranstaltungen
Sommersemester 2025
Wintersemester 2024/25
Sommersemester 2024
Wintersemester 2023/24
Prof. Dr. Gordon Pipa
© Gordon Pipa
Fachbereich 8: Humanwissenschaften
Wachsbleiche 27
49090 Osnabrück
Raum: 50/218
Tel.: +49 541 969-2277
E-Mail: officeninf@uos.de
Sprechzeiten: n.V.
Lehre
Wintersemester 2026/27
Sommersemester 2026
Wintersemester 2025/26
Sommersemester 2025
Wintersemester 2024/25
- 8.30472 Advanced Introduction to Neuroinformatics (4 ECTS, PO2024)
- 8.3086 Begleitseminar zum Studienprojekt: DreamGuard: A Web Application for restful Nights (Part II)
- Brainstorming Excellence Cluster: Plasticity across scales
- 8.30471 Introduction to Neuroinformatics (8 ECTS, PO2024)
- 8.3047 Neuroinformatics (12 ECTS, PO2019/20)
- 8.3057 Study Project: DreamGuard: A Web Application for restful Nights (Part 2)
Sommersemester 2024
- 8.3086 Begleitseminar zum Studienprojekt: DreamGuard: A Web Application for restful Nights (Part I)
- Brainstorming Excellence Cluster: Plasticity across scales
- 8.3055 Decoding Neuronal Activity
- 8.3090 Diving into neuromorphic computing
- 8.3057 DreamGuard: A Web Application for restful Nights (Part I)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neurodynamics (Prerequisites and Abstract)
- Talk Neuromorphic Computing - Next generation of brain-inspired computing ai
Wintersemester 2023/24
Sommersemester 2023
Wintersemester 2022/23
- Brainstorming Excellence Cluster: Plasticity across scales
- Bridging the Gap between Biological and Artificial Neural Networks
- 8.3574 From Polysomnography to dream engineering: Sleep and dream technologies of the past, presence and future (Block course)
- 8.3581 How does a quantum computer work? (Block seminar taught by Prof. Dr. Peter Rabl)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3580 Neuromorphic computing: Principles, Implementation of Computing with neuroinspired technologies (Block seminar tought by Dr. Daniel Brunner)
- 8.3556 Why we dream
Sommersemester 2022
Wintersemester 2021/22
- 8.3304 Implementing ANNs with TensorFlow
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3413 Statistics and Data Analysis
- 8.3506 Study Project for Cognitive Computing Master's Students Part II (Cognitve Computing students only!!)
Sommersemester 2021
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- Mathematics for Cognitive Science (Exam)
- 8.3501 Mathematics for Cognitive Science (Lecture & Practice)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3506 Study Project for Cognitive Computing Master's Students Part I (Cognitve Computing students only!!)
Wintersemester 2020/21
- 8.3458 Classification of material master data using a neural network (Part I)
- 8.3459 Classification of material master data using a neural network (Part I), Begleitseminar zum Studienprojekt
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3413 Statistics and Data Analysis
Sommersemester 2020
- 8.3442 Begleitseminar zum Studienprojekt: Sleep and Dream Part II (CS-MP-SP - Study Project)
- 8.3441 Begleitseminar zum Studienprojekt: The Hanabi Challenge: A new Frontier for AI Research Part II (CS-MP-IDC)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3178 Sleep and Dream Part II (CS-MP-SP - Study Project)
- 8.3425 The Hanabi Challenge: A new Frontier for AI Research Part II (CS-MP-SP - Study Project)
Wintersemester 2019/20
- 8.3352 Begleitseminar zum Studienprojekt: Cognitive Robotics (Part IV)
- 8.3079 Decoding Neuronal Activity (CS-BWP-NI - Neuroinformatics, CS-BWP-NS - Neuroscience, CS-MP-IDC - Interdisciplinary Course, CS-MWP-NI - Neuroinformatics, CS-MWP-NS - Neuroscience)
- 8.3427 Hackathon 2020 - AI 4 Closed-Loop Control Systems (CS-MWP-NI - Neuroinformatics)
- 8.3304 Implementing ANNs with TensorFlow
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3374 Introductory Course in Analysis & Linear Algebra for Cognitive Science (Weiterer Mitwirkender: Taher Habib)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3178 Sleep and Dream (CS-MP-SP - Study Project)
- 8.3351 Study Project: Cognitive Robotics (Part IV)
- 8.3419 Study Project: Application of AI in Finance (Part II)
- 8.3425 The Hanabi Challenge: A new Frontier for AI Research (CS-MP-SP - Study Project)
Sommersemester 2019
- 8.3406 Applied Mathematics for Cognitive Science (Lecture + Tutorial)
- 8.3352 Begleitseminar zum Studienprojekt: Cognitive Robotics (Part III)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3351 Study Project: Cognitive Robotics (Part III)
- 8.3419 Study Project: Application of AI in Finance (Part I)
- 8.3390 Study Project: Computation at the Edge of Chaos in L2L Architectures (Part II)
Wintersemester 2018/19
- 8.3352 Begleitseminar zum Studienprojekt: Cognitive Robotics (Part II)
- 8.3304 Implementing ANNs with TensorFlow
- 8.3391 Interdisciplinary Course: Computation at the Edge of Chaos in L2L Architectures (Part I)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3374 Introductory Course in Analysis & Linear Algebra for Cognitive Science Masters Students (Weiterer Mitwirkender: Taher Habib)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3351 Study Project: Cognitive Robotics (Part II)
- 8.3390 Study Project: Computation at the Edge of Chaos in L2L Architectures (Part I)
Sommersemester 2018
- 8.3237 Bayesian statistics
- 8.3352 Begleitseminar zum Studienprojekt: Cognitive Robotics (Part I)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3351 Study Project: Cognitive Robotics (Part I)
- 8.3349 Study Project: Predicting Company Revenues Based on Supply Chain Analysis (Part II)
Wintersemester 2017/18
- 8.3355 Edge Computing on Intel Movidius Neural Compute Stick and Mobile EEG
- 8.3304 Implementing ANNs with TensorFlow
- 8.3232 Interdisciplinary course: Data analytics and question answering for heterogeneous multi-modal domains Part VI
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3231 Study Project: Data analytics and question answering for heterogeneous multi-modal domains Part VI
- 8.3317 Study Project: Moral decisions in the interaction of humans and a car driving assistant (Part II)
- 8.3349 Study Project: Predicting Company Revenues Based on Supply Chain Analysis (Part I)
Sommersemester 2017
- 8.3079 Decoding Neuronal EEG Activity (Blockkurs)
- 8.3232 Interdisciplinary course: Data analytics and question answering for heterogeneous multi-modal domains Part V
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3059 Interdisciplinary Course: Osnabrück Computational Cognition Alliance Meeting (OCCAM 2017) (Mechanisms and models of social interaction)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3231 Study Project: Data analytics and question answering for heterogeneous multi-modal domains Part V
- 8.3317 Study Project: Moral decisions in the interaction of humans and a car driving assistant (Part I)
Wintersemester 2016/17
- 8.3304 Implementing ANNs with TensorFlow
- 8.3232 Interdisciplinary course: Data analytics and question answering for heterogeneous multi-modal domains Part IV
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3231 Study Project: Data analytics and question answering for heterogeneous multi-modal domains Part IV
Sommersemester 2016
- 8.3079 Decoding Neuronal EEG Activity (Blockkurs)
- 8.3277 Hands-on training: Representation learning with feedforward neural networks ((Weitere Lehrende: Anna-Lena Popkes))
- 8.3232 Interdisciplinary course: Data analytics and question answering for heterogeneous multi-modal domains
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3269 Representation learning with feedforward neural networks ((Weitere Lehrende: Anna-Lena Popkes))
- 8.3259 Sleep and Memory (Part II)
- 8.3231 Study Project: Data analytics and question answering for heterogeneous multi-modal domains Part III
- 8.3257 Study Project: Controlling non-autonomous dynamical systems with conceptors - Exploring high-dimensional state spaces (Part II)
- 8.3250 Study Project: Moral Decisions in the interaction oh Humans and a car driving assistant (Part II)
Wintersemester 2015/16
- 8.3232 Interdisciplinary course: Data analytics and question answering for heterogeneous multi-modal domains
- Interdisciplinary Course: Controlling non-autonomous dynamical systems with conceptors - Exploring high-dimensional state spaces (Part I)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3250 Moral Decisions in the interaction oh Humans and a car driving assistant
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3259 Sleep and Memory (Part I)
- 8.3231 Study Project: Data analytics and question answering for heterogeneous multi-modal domains Part II
- Study Project: Controlling non-autonomous dynamical systems with conceptors - Exploring high-dimensional state spaces (Part I)
Sommersemester 2015
- 8.3015 Doctorate Colloquium
- 8.3232 Interdisciplinary course: Data analytics and question answering for heterogeneous multi-modal domains
- 8.3079 Interdisciplinary course: Decoding Neuronal EEG Activity
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3059 Interdisciplinary Course: Osnabrück Computational Cognition Alliance Meeting (OCCAM 2015) (From simple neurons to large-scale models of cognition)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3231 Study Project: Data analytics and question answering for heterogeneous multi-modal domains Part I
Wintersemester 2014/15
Sommersemester 2014
- 8.3015 Doctorate Colloquium
- 8.3170 Interdisciplinary Course: Decoding neural spiking activity
- 8.3175 Interdisciplinary Course: Closed loop EEG experiments
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3174 Study Project: Closed loop EEG experiments
Wintersemester 2013/14
- 8.3079 Decoding Neuronal Activity
- 8.3015 Doctorate Colloquium
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3059 Interdisciplinary Course: Osnabrück Computational Cognition Alliance Meeting (OCCAM 2014) (The Brain as a Probabilistic Inference Engine)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
Sommersemester 2013
- 8.3079 Decoding Neuronal EEG Activity
- 8.3015 Doctorate Colloquium
- 8.3117 Interdisciplinary course: Neuroinspired time series prediction
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3059 Interdisciplinary Course: Osnabrück Computational Cognition Alliance Meeting (OCCAM 2013 ) (The Brain as a Self-Organized Dynamical System)
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3116 Study project: Neuroinspired time series prediction (Part I)
Wintersemester 2012/13
- 8.3079 Decoding Neuronal Activity
- 8.3015 Doctorate Colloquium
- 8.3035 Drugs and anesthesia as a tool to understand cognitive processes (Weiterer Lehrender: PD Dr. med. Bertram Scheller)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3047 Neuroinformatics (Lecture + Tutorial)
- 8.3092 Study Project: Mobile EEG Measurements in Virtual and Natural Environments (Part I)
- 8.3091 Study Project: Multi timescale reservoir computing
Sommersemester 2012
- 8.3079 Decoding Neuronal Activity
- 8.3018 Decoding Neuronal EEG Activity
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3041 Interdisciplinary Course: Osnabrück Computational Cognition Alliance Meeting (OCCAM), 2012 on The Brain as an Information Processing System
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3046 Neurodynamics (Seminar)
- 8.3092 Study Project: Mobile EEG Measurements in Virtual and Natural Environments (Part I)
- 8.3091 Study Project: Multi timescale reservoir computing
Wintersemester 2011/12
Sommersemester 2011
- 8.3049 Decoding neuronal activity (Blockveranstaltung)
- 8.3017 Interdisciplinary Course: Lab Rotation (important further details can be found in the general folder)
- 8.3041 Interdisciplinary Course: Osnabrück Computational Cognition Alliance Meeting (OCCAM), 2011 on Natural Computation in Hierarchies
- 8.3047 Neurodynamics (Lecture + Tutorial)
- 8.3046 Neurodynamics (Seminar)
