Lehre

>Aktuelle Lehrveranstaltungen am Institut für Pädagogik, Abteilung Allgemeine Pädagogik der Christian-Albrechts-Universität zu Kiel:

>UnivIS-Veranstaltungsverzeichnis – siehe auch OpenOLAT

• Concatenated k-Path Covers. Beck, Moritz; Lam, Kam-Yiu; Ng, Joseph Kee Yin; Storandt, Sabine; Zhu, Chun Jiang (2019).

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• Nadgrobni govor Nikole Modruškog za Pietra Riarija. Jovanović, Neven (2018). 27.(27.) 123-141.

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  The funeral oration of Nicholas of Modruš (1427-1480) for the cardinal priest of St Sixtus and the nephew of Pope Sixtus IV Pietro Riario (1445-1474), Oratio in funere reverendissimi domini d. Petri cardinalis Sancti Sixti (after January 18, 1474), is known from seven printed editions (1474-1484) and seven more manuscript copies. It is an exceptionally popular example of the funeral rhetoric of papal Renaissance Rome. Although the work is also the first known printed book by a Croatian author, Nicholas’ speech has never been a subject of study in the history of the national literature. Establishing the chronology of the repeated editions of the oration, we can recognise two phases. While the first is directly connected with the death of Riario, we are inclined to locate the second in 1482, in which year the only dated edition appeared, that from Padua (Matthaeus Cerdonis). At that time Nicholas of Modruš was already deceased (he was dead by May 29, 1480). We consider the historical and cultural context of the second phase of the printing of this oration: for Sixtus IV, 1482 was a year of vigorous political and cultural activity. It was the year of the great Italian war, and of the conflict with the Dominican Andrija Jamometić Andreas Croatus (who in Basel presented himself actually as cardinal priest of St Sixtus, appropriating the title of the late Riario), who, having convened the council, attacked not only the pope but also Pietro’s brother Girolamo Riario. In that same year, 1482, Sixtus proclaimed the Franciscan Bonaventura a saint (both Pietro Riario and the pope were Franciscans), and the interior decoration of the renovated Sistine Chapel was completed, to symbolize the cultural, religious and ideological programme of papal dominance. In its thematic structure, Nicholas’ speech follows the ancient tradition of laudatio funebris; we discern the exordium, narratio (with twelve sub-units) and the peroratio. The piece creatively interweaves proofs of Riario’s virtues (pietas, magnitudino animi, munificentia, prudentia, modestia, iustitia) with a narration of his life and death. Numerous thoughts and expressions of ancient authors, both pagan and Christian (Cicero, Plato, Justin, Suetonius, Solinus, Aristotle, Pliny, Aurelius Victor, Seneca, Plotinus, Propertius, Horace, Terence; Minucius Felix, Augustine, St Bernard of Clairvaux, Innocent III, Abbot Guerric of Igny) are included in the work, but without being particularly featured. Nicholas was not apt to be prodigal of his learning and reading. Nicholas’ oration presented a justification of Riario’s (and implicitly thus of the papal) policy and propaganda, as well as an ideal image of the »good cardinal« in an age when the loss of the real power of this position was compensated for by increments of outer show. Some thirty five years after Nicholas, Paolo Cortesi was to formulate a didactic work containing instructions for cardinals (De cardinalatu, published in 1510); Cortesi, like Nicolas, built the ideal figure of a cardinal around a set of moral virtues particularly defending the most problematic aspects of the work of the cardinal (wealth and opulence) – the same that Nicholas had had to defend in his portrait of Riario.
• Selective parallel G-quadruplex recognition by a NIR-to-NIR two-photon squaraine. Grande, Vincenzo; Shen, Chia-An; Deiana, Marco; Dudek, Marta; Olesiak-Banska, Joanna; Matczyszyn, Katarzyna; Würthner, Frank (2018). 9 8375 - 8381.

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• Pavao Skalić protiv Pier Paola Vergerija, 1559.-1564. Jovanović, Neven G. Pobežin, Štoka, P. (eds.) (2018).

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• Quadrata rotundis? Lexical Comparison of Two Sets of Neo-Latin Texts. Jovanović, Neven (2018). 209--230.

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• Area-Preserving Subdivision Simplification with Topology Constraints: Exactly and in Practice. Mendel, Thomas R. Pagh, Venkatasubramanian, S. (eds.) (2018). 117-128.

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• VINCENT MULLER. MULLER, VINCENT (V. I. N. C. E. N. T. MULLER, ed.) (2018).

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• Labeling Points of Interest in Dynamic Maps using Disk Labels. Krumpe, Filip in LIPIcs, S. Winter, Griffin, A., Sester, M. (eds.) (2018). (Vol. 114) 8:1-8:14.

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• Mixed Hodge-Riemann bilinear relations and $m$-positivity. Xiao, Jian (2018).

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  Motivated by our previous work on Hodge-index type inequalities, we give a form of mixed Hodge-Riemann bilinear relation by using the notion of $m$-positivity, whose proof is an adaptation of the works of Timorin and Dinh-Nguyên. This mixed Hodge-Riemann bilinear relation holds with respect to mixed polarizations in which some satisfy particular positivity condition, but could be degenerate along some directions. In particular, it applies to fibrations of compact Kähler manifolds.
• A Reductions Approach to Fair Classification. Agarwal, Alekh; Beygelzimer, Alina; Dudík, Miroslav; Langford, John; Wallach, Hanna (2018).

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  We present a systematic approach for achieving fairness in a binary classification setting. While we focus on two well-known quantitative definitions of fairness, our approach encompasses many other previously studied definitions as special cases. The key idea is to reduce fair classification to a sequence of cost-sensitive classification problems, whose solutions yield a randomized classifier with the lowest (empirical) error subject to the desired constraints. We introduce two reductions that work for any representation of the cost-sensitive classifier and compare favorably to prior baselines on a variety of data sets, while overcoming several of their disadvantages.
• A new and flexible rainy season definition: Validation for the Greater Horn of Africa and application to rainfall trends. Seregina, Larisa S.; Fink, Andreas H.; van der Linden, Roderick; Elagib, Nadir A.; Pinto, Joaquim G. (2018).

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  Previous studies on observed or projected rainfall trends for the Greater Horn of Africa (GHA) generally focus on calendric 3-month periods, and thus partly neglect the complexity of rainfall seasonality in this topographically heterogeneous region. This study introduces a novel and flexible methodology to identify the rainfall seasonality, the onset, cessation and duration of the rainy seasons and the associated uncertainties from rainfall time series. The definition is applied to the Climate Hazards Group InfraRed Precipitation with Stations (CHIRPS) satellite product and an extensive rain gauge data set. A strong agreement with known seasonal dynamics in the region and the commonly used calendric rainy seasons is demonstrated. Compared to the latter definition, a clear added value is found for the new approach as it captures the local rainfall features (associated with, for example, the sea breeze), thus facilitating evaluations across rainfall seasonality borders. While previously known trends are qualitatively confirmed, trends are amplified in some regions using the flexible definition method. Notably, a drying trend in Tanzania and Democratic Republic of Congo and a wetting trend in central Sudan and parts of eastern Ethiopia and Kenya can be detected. The trends are regionally associated with changes in rainy season cessation. CHIRPS and station trend patterns are consistent over larger regions of the GHA, but differ in regions with known rainfall contributions from warmer cloud tops. Discrepancies are found in coastal and topographically complex areas, and regions with an unstable seasonality of rainfall. As expected, CHIRPS shows spatially more homogeneous trends compared to station data. The more precise definition of the rainy season facilitates the assessment of rainfall characteristics like intensity, rainfall amounts or temporal shifts of rainy seasons. This novel methodology could also provide a more adequate calibration of climate model simulations thus potentially enabling more realistic climate change projections for the GHA.
• A first collective validation of global fluvial flood models for major floods in Nigeria and Mozambique. Bernhofen, Mark V; Whyman, Charlie; Trigg, Mark A; Sleigh, P Andrew; Smith, Andrew M; Sampson, Christopher C; Yamazaki, Dai; Ward, Philip J; Rudari, Roberto; Pappenberger, Florian; Dottori, Francesco; Salamon, Peter; Winsemius, Hessel C (2018). 13(10) 104007.

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  Global flood models (GFMs) are becoming increasingly important for disaster risk management internationally. However, these models have had little validation against observed flood events, making it difficult to compare model performance. In this paper, we introduce the first collective validation of multiple GFMs against the same events and we analyse how different model structures influence performance. We identify three hydraulically diverse regions in Africa with recent large scale flood events: Lokoja, Nigeria; Idah, Nigeria; and Chemba, Mozambique. We then evaluate the flood extent output provided by six GFMs against satellite observations of historical flood extents in these regions. The critical success index of individual models across the three regions ranges from 0.45 to 0.7 and the percentage of flood captured ranges from 52% to 97%. Site specific conditions influence performance as the models score better in the confined floodplain of Lokoja but score poorly in Idah’s flat extensive floodplain. 2D hydrodynamic models are shown to perform favourably. The models forced by gauged flow data show a greater level of return period accuracy compared to those forced by climate reanalysis data. Using the results of our analysis, we create and validate a three-model ensemble to investigate the usefulness of ensemble modelling in a flood hazard context. We find the ensemble model performs similarly to the best individual and aggregated models. In the three study regions, we found no correlation between performance and the spatial resolution of the models. The best individual models show an acceptable level of performance for these large rivers.
• Evaluation of Subtropical North Atlantic Ocean Circulation in CMIP5 Models against the Observational Array at 26.5°N and Its Changes under Continued Warming. Beadling, R. L.; Russell, J. L.; Stouffer, R. J.; Goodman, P. J. (2018). 31(23) 9697-9718.

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• Global Procurement Software Market Share Analysis Report 2021. sharif, Mohammad (sharif, ed.) (2018).

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• Optimizing Transmit Coils for a Magnetic Particle Spectrometer. Chen, Xin; Neumann, Alexander; Buzug, Thorsten. M (2018). 161.

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• First Measurement and SNR Results of a 3D Magnetic Particle Spectrometer. Chen, Xin; Graeser, Matthias; Behrends, André; von Gladiss, Anselm; Buzug, Thorsten M. (2018). 4(1)

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• Air Trails--Urban Air Quality Campaign Exploration Patterns. Becker, Martin; Lautenschlager, Florian; Hotho, Andreas (2018).

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• SmartAQnet – Remote and In-Situ Sensing of Urban Air Quality. Budde, Matthias; Riedel, Till; Beigl, Michael; Schaefer, Klaus; Emeis, Stefan; Cyrys, Josef; Schnelle-Kreis, Jürgen; Philipp, Andreas; Ziegler, Volker; Grimm, Hans; Gratza, Thomas (2017). 12.

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• Unsupervised anomaly detection with generative adversarial networks to guide marker discovery. Schlegl, Thomas; Seeböck, Philipp; Waldstein, Sebastian M; Schmidt-Erfurth, Ursula; Langs, Georg (2017). 146--157.

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• Convolutional sequence to sequence learning. Gehring, Jonas; Auli, Michael; Grangier, David; Yarats, Denis; Dauphin, Yann N (2017).

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• Robust Map Matching for Heterogeneous Data via Dominance Decompositions. Seybold, Martin P. N. Chawla, Wang, W. (eds.) (2017). 813-821.

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• Deep learning for short-term traffic flow prediction. Polson, Nicholas G; Sokolov, Vadim O (2017). 79 1--17.

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• Unsupervised real-time anomaly detection for streaming data. Ahmad, Subutai; Lavin, Alexander; Purdy, Scott; Agha, Zuha (2017). 262 134--147.

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• Mining Subgroups with Exceptional Transition Behavior. Lemmerich, Florian; Becker, Martin; Singer, Philipp; Helic, Denis; Hotho, Andreas; Strohmaier, Markus B. Krishnapuram, Shah, M., Smola, A. J., Aggarwal, C., Shen, D., Rastogi, R. (eds.) (2016). 965-974.

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• Statistical modelling of particle number concentration in Zurich at high spatio-temporal resolution utilizing data from a mobile sensor network. Mueller, M.D.; Hasenfratz, David; Saukh, Olga; Fierz, Martin; Hueglin, Christoph (2016). 126 171 - 181.

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  Highly resolved pollution maps are a valuable resource for many issues related to air quality including exposure modelling and urban planning. We present an approach for their generation based on data from a mobile sensor network and statistical modelling. An extensive record of particle number concentrations (PNCs) spanning more than 1.5 years was compiled by the tram-based OpenSense mobile sensor network in the City of Zurich. The sensor network consists of 10 sensor nodes installed on the roof of trams operating on different services according to their regular operation schedules. We developed a statistical modelling approach based on Generalized Additive models (GAMs) utilizing the PNC data obtained along the tram tracks as well as georeferenced information as predictor variables. Our approach includes a variable selection algorithm to ensure that individual models rely on the optimal set of predictor variables. Our models have high temporal and spatial resolutions of 30 min and 10 m by 10 m, respectively, and allow the spatial prediction of PNC in the municipal area of Zurich. We applied our approach to PNC data from two dedicated time periods: July–Sept. 2013 and Dec. 2013–Feb. 2014. The models strongly rely on traffic related predictor variables (vehicle counts) and, due to the hilly topography of Zurich, on elevation. We assessed the model performance by leave-one-out cross-validation and by comparing PNC predictions to measurements at fixed reference sites and to PNC measurements obtained by pedestrians. Model predictions reproduce well the main features of the PNC field in environment types similar to those passed by individual trams. Model performance is worse at elevated background locations probably due to the weak coverage of similar spots by the tram network. We end the paper by outlining a route finding algorithm which utilizes the highly resolved PNC maps providing the exposure minimal route for cyclists.
• 3D-GUI Simulation Environment for MPI. Vogel, P.; Rückert, M.A.; Behr, V.C. in Proc. IWMPI (2016). p. 95, Lübeck, Germany.

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• Rotational Drift Spectroscopy (RDS): Measuring Fast Relaxing Magnetic Nanoparticle Ensembles. Rückert, M.A.; Vilter, A.; Vogel, P.; Behr, V.C. in Proc. IWMPI (2016). p. 90, Lübeck, Germany.

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• Bimodal TWMPI-MRI hybrid scanner - first MRI results. Klauer, Peter; Rommel, Eberhard; Vogel, Patrick; Rückert, Martin A.; Behr, Volker C. in Proc. IWMPI (2016). p. 29, Lübeck, Germany.

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• MPI meets MRI - simultaneous measurement of MPI and MRI signals. Vogel, P.; Kampf, T.; Rückert, M.A.; Vilter, A.; Jakob, P.M.; Behr, V.C. in Proc. IWMPI (2016). p. 69, Lübeck, Germany.

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• MPI Cube - fully 3D field free line scanner. Vogel, P.; Rückert, M.A.; Behr, V.C. in Proc. IWMPI (2016). p. 26, Lübeck, Germany.

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• RDS Toolbox - Simulation of 3D Rotational Drift. Vilter, A.; Rückert, M.A.; Kampf, T.; Sturm, V.J.F.; Behr, V.C. in Proc. IWMPI (2016). p. 64, Lübeck, Germany.

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• Graph-based Collaborative Ranking. Shams, Bita; Haratizadeh, Saman (2016).

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  Data sparsity, that is a common problem in neighbor-based collaborative filtering domain, usually complicates the process of item recommendation. This problem is more serious in collaborative ranking domain, in which calculating the users similarities and recommending items are based on ranking data. Some graph-based approaches have been proposed to address the data sparsity problem, but they suffer from two flaws. First, they fail to correctly model the users priorities, and second, they cannot be used when the only available data is a set of ranking instead of rating values. In this paper, we propose a novel graph-based approach, called GRank, that is designed for collaborative ranking domain. GRank can correctly model users priorities in a new tripartite graph structure, and analyze it to directly infer a recommendation list. The experimental results show a significant improvement in recommendation quality compared to the state of the art graph-based recommendation algorithms and other collaborative ranking techniques.
• TribeFlow: Mining & predicting user trajectories. Figueiredo, Flavio; Ribeiro, Bruno; Almeida, Jussara M; Faloutsos, Christos (2016). 695--706.

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• Early flood detection for rapid humanitarian response: harnessing near real-time satellite and Twitter signals. Jongman, Brenden; Wagemaker, Jurjen; Romero, Beatriz Revilla; de Perez, Erin Coughlan (2015). 4(4) 2246--2266.

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• Long short term memory networks for anomaly detection in time series. Malhotra, Pankaj; Vig, Lovekesh; Shroff, Gautam; Agarwal, Puneet (2015). 89.

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• Magnetic Particle Imaging with Labeled Tumor Cells: Proof of Principal Study in a Murine Small Cell Lung Cancer Model. Herz, Stefan M.; Vogel, Patrick; Brede, Christian; Rückert, Martin A.; Kampf, Thomas; Veldhoen, Simon; Jakob, Peter M.; Behr, Volker C.; Beilhack, Andreas; Bley, Thorsten A.; Brandl, Andreas in Proc. RSNA (2015). MI232-SD-THA2, Chicago, IL, USA.

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• Simulating and Modeling Relaxation Effects in Magnetic Particle Imaging. Rückert, Martin A.; Vogel, Patrick; Jakob, Peter M.; Behr, Volker C. in Proc. IWMPI (2014). P23, Berlin, Germany.

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• Simulating the Signal Generation of Rotational Drift Spectroscopy. Rückert, Martin A.; Vogel, Patrick; Kampf, Thomas; Kullmann, Walter H.; Jakob, Peter M.; Behr, Volker C. in Proc. IWMPI (2014). P29, Berlin, Germany.

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• Metamaterial magnetoinductive lens performance as a function of field strength and acceleration factor. Guisado, José Miguel Algarín; Rosales, Manuel José Freire; Breuer, Felix; Behr, Volker Christian in Proc. URSI (2014). #227, Valencia, Spain.

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• MPI Meets MRI: A First MPI/MRI Hybrid Scanner. Vogel, Patrick; Lother, Steffen; Rückert, Martin A.; Kullmann, Walter H.; Jakob, Peter; Fidler, Florian; Behr, Volker C. in Proc. ISMRM/ESMRMB (2014). #4836, Milan, Italy.

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• Superspeed Traveling Wave MPI. Vogel, Patrick; Rückert, Martin A.; Klauer, Peter; Kullmann, Walter H.; Jakob, Peter M.; Behr, Volker C. in Proc. IWMPI (2014). P04, Berlin, Germany.

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• Visualizing Immune Processes with 3D Magnetic Particle / Magnetic Resonance Fusion Imaging: Proof of Concept in a Murine Graft-versus-Host Disease Model. Herz, Stefan M.; Vogel, Patrick; Rückert, Martin A.; Brede, Christian; Kampf, Thomas; Veldhoen, Simon; Jakob, Peter M.; Beilhack, Andreas; Behr, Volker C.; Bley, Thorsten A. in Proc. RSNA (2014). MIS127, Chicago, IL, USA.

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• Traveling Wave Magnetic Particle Imaging for Determining the Iron-Distribution in Rock. Vogel, Patrick; Rückert, Martin A.; Klauer, Peter; Kullmann, Walter H.; Jakob, Peter M.; Behr, Volker C. in Proc. MRPM (2014). P-07, Wellington, New Zealand.

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• Projected Traveling Wave MPI. Vogel, Patrick; Rückert, Martin A.; Klauer, Peter; Kullmann, Walter H.; Jakob, Peter M.; Behr, Volker C. in Proc. IWMPI (2014). P03, Berlin, Germany.

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• Rotational Drift Spectroscopy for Magnetic Particle Ensembles. Rückert, Martin A.; Vogel, Patrick; Vilter, Anna; Kullmann, Walter H.; Jakob, Peter M.; Behr, Volker C. in Proc. IWMPI (2014). P28, Berlin, Germany.

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• Water distribution changes in six wood species after supercritical carbon dioxide dewatering. Hill, Stefan; Sandquist, David; Meder, Roger; Behr, Volker Christian in Proc. APNMR/ANZMAG (2013). Brisbane, Australia.

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• \# Earthquake: Twitter as a distributed sensor system. Crooks, Andrew; Croitoru, Arie; Stefanidis, Anthony; Radzikowski, Jacek (2013). 17(1) 124--147.

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• Uncovering supercritical CO2 wood dewatering via interleaved 1H-imaging and 13C-spectroscopy with real-time reconstruction. Fuchs, J.; Meder, R.; Sandquist, D.; Franich, R.A.; Behr, V.C. in Proc. ICMRM (2013). P20, Cambridge, UK.

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• 1H and 13C MR imaging of wood-water interactions under supercritical CO2 conditions. Meder, Roger; Franich, Robert A.; Hill, Stefan; Sandquist, David; Behr, Volker Christian in Proc. APNMR/ANZMAG (2013). Brisbane, Australia.

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• Steering user behavior with badges. Anderson, Ashton; Huttenlocher, Daniel; Kleinberg, Jon; Leskovec, Jure (2013). 95--106.

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• Tweetin'in the Rain: Exploring Societal-Scale Effects of Weather on Mood. Hannak, Aniko; Anderson, Eric; Barrett, Lisa Feldman; Lehmann, Sune; Mislove, Alan; Riedewald, Mirek (2012).

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• 3D Magnetic Particle Imaging with a Traveling Wave. Vogel, Patrick; Rückert, Matrin A.; Klauer, Peter; Kullmann, Walter H.; Jakob, Peter M.; Behr, Volker C. in Proc. ISMRM (2012). #2742, Melbourne, Australia.

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• Fast, Indirect Assessment of the 19F B1 Profile by 1H Bloch-Siegert B1 Mapping Using Double-Resonant 1H/19F Coils. Basse-Lüsebrink, Thomas Christian; Sturm, Volker Jörg Friedrich; Vilter, Anna; Kampf, Thomas; Behr, Volker Christian; Jakob, Peter Michael in Proc. ISMRM (2012). #3367, Melbourne, Australia.

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• Comparison of a Solenoid and Scroll Coil Probe at 750 MHz. Lykowsky, G.; Sturm, V.; Behr, V.C. in Proc. ICMRM (2011). P40, Beijing, China.

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• Magnetic Particle Imaging: Linear Gradient Array for Imaging with a Traveling Wave. Klauer, P.; Rückert, M.A.; Vogel, P.; Kullmann, W.H.; Jakob, P.M.; Behr, V.C. in Proc. ISMRM (2011). #3783, Montreal, Canada.

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• A high pressure setup to examine wood drying at 7T using 1H and 13C NMR in a supercritical CO2 atmosphere at 20 MPa. Schmid, Martin W.; Franich, Robert A.; Kroese, Hank; Meder, Roger; Behr, Volker C. in Proc. ICMRM (2011). P28, Beijing, China.

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• Non-Linear Concentration Effects in Magnetic Particle Imaging. Behr, V.C.; Kampf, T.; Gehrcke, J-P.; Rückert, M.A.; Vogel, P.; Kullmann, W.H.; Jakob, P.M. in Proc. ISMRM (2011). #1437, Montreal, Canada.

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• Improving automatic weather observations with the public Twitter stream. Cox, Jeff; Plale, Beth (2011).

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• Metamaterial Media for MRI Applications. Terrones, M.A. Lopez; Algarín, J.M.; Freire, M.J.; Jakob, P.M.; Behr, V.C.; Marqués, R. in Proc. ISMRM (2011). #1805, Montreal, Canada.

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• A Thermally Variable Setup for the Study of Moisture Transport in Silica during Drying under Temerature Gradients at 17.6T. Vilter, Anna; Wiener, Matthias; Reichenauer, Gudrun; Behr, Volker C. in Proc. ICMRM (2011). P21, Beijing, China.

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• An efficient Design for a Quadrature Birdcage at 750 MHz. Lykowsky, G.; Terrones, M.A. Lopez; Behr, V.C. in Proc. ICMRM (2011). P12, Beijing, China.

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• Particulate matter air pollution and cardiovascular disease: an update to the scientific statement from the American Heart Association. Brook, Robert D; Rajagopalan, Sanjay; Pope III, C Arden; Brook, Jeffrey R; Bhatnagar, Aruni; Diez-Roux, Ana V; Holguin, Fernando; Hong, Yuling; Luepker, Russell V; Mittleman, Murray A; others, (2010). 121(21) 2331--2378.

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• Investigation of The Magnetic Particle Imaging Signal's Dependency on Ferrofluid Concentration. Gehrcke, J.-P.; Rückert, M.A.; Kampf, T.; Kullmann, W.H.; Jakob, P.M.; Behr, V.C. in Proc. IWMPI (2010). p. 73f., Lübeck, Germany.

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• Characterization of Porous Media at 17.6 Tesla - Preliminary Results. Dornblut, Johannes; Kampf, Thomas; Jakob, Peter M.; Behr, Volker C. in Proc. MRPM (2010). P24, Leipzig, Germany.

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• Common sense: participatory urban sensing using a network of handheld air quality monitors. Dutta, Prabal; Aoki, Paul M; Kumar, Neil; Mainwaring, Alan; Myers, Chris; Willett, Wesley; Woodruff, Allison (2009). 349--350.

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• Direct Detection of SPIO Labeled Stem Cells. Rückert, M.A.; Kampf, T.; Kullmann, W.H.; Jakob, P.M.; Behr, V.C. in Proc. ISMRM (2009). #909, Honolulu/Hawaii, USA.

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• Estimating regional spatial and temporal variability of PM2. 5 concentrations using satellite data, meteorology, and land use information. Liu, Yang; Paciorek, Christopher J; Koutrakis, Petros (2009). 117(6) 886.

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• Impact of local SPIO concentration on the Magnetic Particle Imaging signal. Gehrcke, J.-P.; Rückert, M.A.; Kampf, T.; Kullmann, W.H.; Jakob, P.M.; Behr, V.C. in Proc. ICMRM (2009). P56, West Yellowstone/Montana, USA.

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• Direct detection of magnetic nanoparticles. Rückert, M.; Behr, V.C.; Kampf, T.; Jakob, P.M. in Proc. ESMRMB (2008). #164, Valencia, Spain.

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• A dynamic clustering approach in wireless networks with multi-cell cooperative processing. Papadogiannis, Agisilaos; Gesbert, David; Hardouin, Eric (2008). 4033--4037.

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• Gaussian predictive process models for large spatial data sets. Banerjee, Sudipto; Gelfand, Alan E; Finley, Andrew O; Sang, Huiyan (2008). 70(4) 825--848.

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• Mapping the flux density of a coil with an optical detector. Behr, Volker C.; Jakob, Peter M. in Proc. ICMRM (2007). P-1, Aachen, Germany.

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• Design of a double-resonant 19F-1H resonator for in vivo MRI detection of amyloid plaques at 17.6T. Köllisch, Ulrich; Behr, Volker C.; Faber, Cornelius in Proc. ICMRM (2007). P-8, Aachen, Germany.

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• Entwicklung einer 4+4 Kanal Multifunktionsspule mit kleinen Einzelelementen. Gareis, D.; Behr, V.C.; Breuer, F.; Jakob, P. in Proc. DS-ISMRM (2007). P18, Würzburg, Germany.

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• Resonator designs and results for microscopic in-vivo and ex-vivo MRI at highest field strengths up to 17.6 T. Behr, Volker C.; Gareis, D.; Oechsner, M.; Heil, C.; Wieland, I.; Neuberger, T.; Weber, T.; Haddad, D.; Haase, A.; Faber, C.; Jakob, P. in Proc. Highfield Symposium (2006). P8, Würzburg, Germany.

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• Short Echo Spectroscopic Imaging Combined with Lactate Editing in a Single Scan. Melkus, Gerd; Moerchel, Philipp; Behr, Volker Christian; Kotas, Markus; Jakob, Peter Michael; Flentje, Michael in Proc. ISMRM (2006). #3053, Seattle/Washington, USA.

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• Multipurpose 4+4 Channel Array Setup for Parallel Imaging in 3D. Gareis, Daniel; Behr, Volker Christian; Breuer, Felix; Griswold, Mark; Jakob, Peter in Proc. ISMRM (2006). #2585, Seattle/Washington, USA.

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• Measurement of T1 Relaxation Times of Major Metabolites in the Mouse Brain at 11.7 and 17.6 Tesla Using Voxel-Localized Proton Magnetic Resonance Spectroscopy. Neuberger, Thomas; Webb, Andrew; Faber, Cornelius; Behr, Volker Christian; Neubauer, Stefan; Schneider, Jürgen E. in Proc. ISMRM (2006). #1490, Seattle/Washington, USA.

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• Modular and in-vivo probe bases for MRI and MRS experiments at highest field strengths. Behr, Volker C.; Kaufmann, I.; Wieland, I.; Haase, A.; Faber, C.; Jakob, P. in Proc. Highfield Symposium (2006). P9, Würzburg, Germany.

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• Combined lactate editing and T2 measurement for quantification in lipid rich tissues. Melkus, G.; Mörchel, P.; Behr, V.C.; Kotas, M.; Jakob, P.; Flentje, M. in Proc. ESMRMB (2006). #839, Warsaw, Poland.

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• Link Prediction using Supervised Learning. Hasan, Mohammad Al; Chaoji, Vineet; Salem, Saeed; Zaki, Mohammed (2006).

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• Quantification of in vivo T1 relaxation times in rat spinal cord at 17.6 Tesla. Weber, T.; Behr, V. C.; Neuberger, T.; Aussenhofer, S.; Faber, C.; Jakob, P. M. in Proc. ISMRM (2005). #2538, Miami/Florida, USA.

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• In vivo and In vitro High Field Imaging of Rat Spinal Cord Injury. Weber, T.; Neuberger, T.; Vroemen, M.; Weidner, N.; Behr, V. C.; Wieland, I.; Bogdahn, U.; Haase, A.; Jakob, P.; Faber, C. in Proc. ISMRM (2004). #1529, Kyoto, Japan.

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• An improved probebase and coil design for in-vivo body MRI of small mammals at 17.6T. Behr, Volker C.; Wieland, I.; Oechsner, M.; Gareis, D.; Weber, T.; Neuberger, T.; Haase, A.; Faber, C. in Proc. ESMRMB (2003). #165, Rotterdam, Netherlands.

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• Multi-channel resonators for experiments at 17.6T. Behr, Volker C.; Oechsner, M.; Gareis, D.; Wieland, I.; Neuberger, T.; Haase, A.; Faber, C. in Proc. ESMRMB (2003). #157, Rotterdam, Netherlands.

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• High Field Magnetic Resonance Microscopy of pig cartilage. Tsai, J.C.; Weber, T.; Neuberger, T.; Purea, A.; Behr, V.; Haase, A.; Webb, A. in Proc. ESMRMB (2003). #75, Rotterdam, Netherlands.

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• High-Field NMR-Microscopy of Prenatal Dolphins. Haddad, D.; Haas-Roith, M.; Kossatz, L.S.; Huggenberger, S.; Behr, V.; Oelschläger, H.H.A.; Haase, A. in Proc. ECS (2003). NT05, Las Palmas de Gran Canaria, Spain.

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• In vivo MR imaging of spinal cord injury at 17.6 Tesla. Weber, T.; Neuberger, T.; Weidner, N.; Vroemen, M.; Behr, V.; Wieland, I.; Bogdahn, U.; Haase, A.; Faber, C. in Proc. ESMRMB (2003). #410, Rotterdam, Netherlands.

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• An improved Probebase and Resonator Setup for in-vivo body MR Imaging of small mammals at 17.6 T. Behr, Volker C.; Wieland, I.; Oechsner, M.; Gareis, D.; Weber, T.; Neuberger, T.; Haase, A.; Faber, C. in Proc. ICMRM (2003). P-67, Snowbird/Utah, USA.

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• Resonators for in-vivo and ex-vivo MRI at field strengths up to 17.6T. Behr, Volker C.; Wieland, I.; Oechsner, M.; Gareis, D.; Neuberger, T.; Haddad, D.; Haase, A.; Faber, C. in Proc. ESMRMB (2003). #164, Rotterdam, Netherlands.

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• High Field Magnetic Resonance Microscopy of Pig Cartilage. Tsai, J.C.; Weber, T.; Neuberger, T.; Purea, A.; Behr, V.; Haase, A.; Webb, A. in Proc. ICMRM (2003). P-69, Snowbird/Utah, USA.

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• Resonator Designs and Results for Microscopic in-vivo and ex-vivo MRI at Highest Field Strengths up to 17.6 T. Behr, Volker C.; Wieland, I.; Oechsner, M.; Gareis, D.; Neuberger, T.; Haddad, D.; Haase, A.; Faber, C. in Proc. ICMRM (2003). P-68, Snowbird/Utah, USA.

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• Resonator Designs for Very High Field 1H and X-Nuclei in-vivo and ex-vivo Microscopic MRI Experiments. Behr, V.C.; Gareis, D.; Oechsner, M.; Neuberger, T.; Haddad, D.; Faber, C.; Haase, A. in Proc. ISMRM (2003). #2360, Toronto, Canada.

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• High-Field NMR Microscopy of Dolphin Embryos and Fetuses. Haddad, D.; Behr, V.C.; Oelschläger, H.H.A.; Haase, A. in Proc. ESMRMB (2002). #430, Cannes, France.

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• High Field 3D-NMR Imaging of Dolphin Embryos and Fetuses. Haddad, D.; Behr, V.C.; Oelschläger, H.H.A.; Haase, A. in Proc. ISMRM (2002). #2533, Honolulu/Hawaii, USA.

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• 3D-NMR Imaging of Dolphin Embryos and Fetuses. Haddad, D.; Behr, V.; Oelschläger, H.H.A.; Haase, A. in Proc. ICMRM (2001). P11, Nottingham, U.K.

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• Empeiria. Versioni di greco per il triennio con nozioni di sintassi Montanari, F.; Bottonelli, G. (2001). Loescher.

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• Relaxation of fluorinated gases for lung imaging. Behr, V.C.; Kuethe, D.O. in Proc. ICMRM (1999). P83, Heidelberg, Germany.

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• A density-based algorithm for discovering clusters in large spatial databases with noise. Ester, Martin; Kriegel, Hans-Peter; Sander, Jörg; Xu, Xiaowei; others, (1996). (Vol. 96) 226--231.

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• Selection of relevant features in machine learning. Langley, P. (1994).

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