Initiativbewerbung Abschlussarbeit / final thesis (all genders) — Fraunhofer FEP | SciFind

Back to jobs

Student / Thesis🇩🇪 GermanyNo deadline

Fraunhofer FEP

Initiativbewerbung Abschlussarbeit / final thesis (all genders)

🇩🇪 Dresden

View Original

About this position

WIR VEREDELN OBERFLÄCHEN – UND VERFEINERN UNSER KÖNNEN. VERÄNDERUNG STARTET MIT UNS. Die Fraunhofer-Gesellschaft ist eine der weltweit führenden Organisationen für anwendungsorientierte Forschung. 74 Institute entwickeln wegweisende Technologien für unsere Wirtschaft und Gesellschaft – genauer: 33 000 Menschen aus Technik, Wissenschaft, Verwaltung und IT. Sie wissen: Wer zu Fraunhofer kommt, will und kann etwas verän…

This is a short preview. Read the full posting on the source site. View Original ↗

View Full Posting & Apply

Opens the original posting on the institution’s or employer’s portal

AI Application Kit

A tailored cover letter and CV tips for this position.

Generate a tailored application

Pro writes a cover letter and CV tips tuned to this exact posting, using your profile and CV.

Position Details

Institution

Fraunhofer FEP

Similar positions

Other openings you might be interested in

Fraunhofer FEP · FEP - Elektronenstrahl- und Plasmatechnik

Student / Thesis

Masterarbeit, Thema: Elektronenstrahlprozesse für biologische Reinigung in Aquakultur (all genders)

WIR VEREDELN OBERFLÄCHEN – UND VERFEINERN UNSER KÖNNEN. VERÄNDERUNG STARTET MIT UNS. Die Fraunhofer-Gesellschaft ist eine der weltweit führenden Organisationen für anwendungsorientierte Forschung. 75 Institute entwickeln wegweisende Technologien für unsere Wirtschaft und Gesellschaft – genauer: 32 000 Menschen aus Technik, Wissenschaft, Verwaltung und IT. Sie wissen: Wer zu Fraunhofer kommt, will und kann etwas verändern. Für sich, für uns und die Märkte von heute und morgen. Oberflächenbehandlung, Behandlung von Gasen und Flüssigkeiten sowie Vakuumbeschichtung – das sind unsere Themen am…

🇩🇪 Dresden

No deadlineSource: Fraunhofer FEP

Fraunhofer SIT · SIT - Secure Information Technology

Student / Thesis

Master's Thesis: Explainability of Transformer Models in Authorship Verification

Background/Motivation: Authorship verification (AV) is used in areas such as forensics, plagiarism detection, and fake news detection to identify the true author of a text. The goal of authorship verification (AV) is to classify whether two or more texts were written by the same author (Y) or not (N). As in most AI fields today, the most powerful models are usually based on transformer architectures. While these continuously achieve new state-of-the-art results, the application of explainability methods is mostly limited to somewhat older models or architectures. This limits the applicability…

🇩🇪 Darmstadt

No deadlineSource: Fraunhofer SIT

Fraunhofer SIT · SIT - Secure Information Technology

Student / Thesis

Master's Thesis: Detection of Suggestive Poses and Facial Expressions

Background/Motivation: For the detection of erotic and pornographic images, models that can recognise human skin, body parts, or scenes are often used. With the help of appropriate datasets [1], classification and object detection models can be trained. However, there are also images that are obviously erotic or pornographic, but cannot be recognised by conventional methods. This applies, for example, to images in which erotic poses or partial sections of pornographic scenes can be recognised. Here, poses and facial expressions can be used for classification, among other things [2].…

🇩🇪 Darmstadt

No deadlineSource: Fraunhofer SIT

Initiativbewerbung Abschlussarbeit / final thesis (all genders)

About this position

AI Application Kit

Position Details

Similar positions

Masterarbeit, Thema: Elektronenstrahlprozesse für biologische Reinigung in Aquakultur (all genders)

Master's Thesis: Explainability of Transformer Models in Authorship Verification

Master's Thesis: Detection of Suggestive Poses and Facial Expressions

Master's Thesis: Detection and Segmentation of Suggestive Clothing

Master's Thesis: Attacking Current Backdoor Detection Methods

Master's Thesis: Localisation of Safety Neurones in Text2Image Models