Master Project Market HS 2016

Transcription

1 Master Project Market HS 2016 Nathan Labhart Academic Coordinator Master Project Market HS 2016 Nathan Labhart 1

2 Master Project: Rules The Master Project is a group project with two or more members. Chance of denial for individual projects: 99% The Master Project can only be started after the Master Basismodul has been completed successfully (only for Major). Best time: During semester break. Max. 1 year to complete. The Master Project must be done with a professor of IfI. You will get 18 credit points. Submit a final report that concludes your work Master Project Market HS 2016 Nathan Labhart 2

3 Master Project Market: Procedure Groups at IfI prepared projects for you and published them online: Projects are presented at the Market ask representatives To form groups, go to OLAT course Once a group is complete, hand in the application form Master Project Market HS 2016 Nathan Labhart 3

4 Master Projects

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6 Blockchain in international trade and finance Department of Informatics Research Group Information Management This project is aimed at creating a blockchain-based system to support existing finance processes in international trade. While shipping goods, monetary payments are required. Managing supply payments against invoices and related cash management can be a burden, and increases greatly in complexity when transactions are across national borders, involving correspondent banks as intermediaries. For all parties, factoring involves multiple risk factors including nonpayment, duplicate payment, misrepresentation and even fraud. This project aims at overcoming these challenges by the creation of a blockchain-based system. It gives a chance to get into the highly dynamic and emerging field of digital innovations and embraces business and technical aspects of the blockchain technology. Read more: Contact: Liudmila Zavolokina, Prof. Dr. Gerhard Schwabe 6

7 Institut Department für Informatik of Informatics Template Editor for Digital Shiftlogging Contact: Peter Heinrich Information Management Research Group BIN-2.C.08 Project Goals: Create a template editor that allows easy editing and creating of documents used in industrial manufacturing. Project Task: From the existing data-collection (documents, interviews, project-reports ) you elicitate requirements and implement the editor as a prototype. Environment: You need to work with the existing architecture of the current system prototype and stay compliant with it. Your Benefit: Gain experience with state-of-the-art web development (Frontend: HTML5/Angular 2.0, Backend: REST-API with Spring/MySQL/Tomcat). Be embedded in a large scale EU project! 7

8 Collecting data about pain should not be painful Having data about patient s pain symptoms prior to clinical interview can improve diagnosis and treatment. In this project you will: evaluate the usability of the existing web-based pain questionnaire design and implement an information visualization that summarizes the questionnaire results to be used in by the patient and the clinician during consultations design and implement a mobile app how pain changes over time Available as Master project or thesis zpac.ch/theses 8 Image: neurosincronizacion.com

9 People in romantic relationship tends to use similar words to talk to each other. This similarity can predict romantic interest and divorces. This project aims to create a web application that: analyzes the language use in couple s texting log visualizes the result and give hints to improve relationship Image: lifehacks.io Available as Master project or thesis zpac.ch/theses 9

10 Difficult concepts are easier understood by both reading text and seeing graphical diagrams or charts. But many people read text and graphics separately. In this project you will build an interactive space for reading that: use an eye tracker to track the location on printed papers that the reader is looking augments the reading experience such as playing animation on the paper according to where the reader looks Image: clipartkid.com Available as Master project or thesis zpac.ch/theses 10

11 Foreground/Background Color Analysis from Films Tools for the automatic extraction of color features in actual films Temporal segmentation of a stream of frames into a set of coherent video segments Spatial segmentation of the frames to identify relevant foreground objects and characters in the foreground/ background Quantitative color and texture analysis to annotate the identified objects with relevant features Requirements Python / C++ (familiarity with Matlab) Computer vision and mathematical background tools Additional libraries and tools: OpenCV, Libmv (Blender) Visualization and MultiMedia Lab

12 Large Scale Geographic Visualizations Extend a Terrain Rendering Engine [RASTeR] for: Procedural terrain algorithm working for a 3D generated terrain A Level-of-Detail implementation for a specific data type (volumes, meshes, ) An extension of a climate volume renderer to dynamically navigate though climate dataset An implementation for large scale graph visualizations within the perspective 3D view An extension to view large scale city models based on meshes or point clouds A port of viewer to mobile client to make visualisations of terrain also accessible on embedded devices An implementation for an update of the Equalizer parallel rendering framework Requirements Cross-platform application development with QT, C++ and OpenGL Computer graphics and mathematical background Visualization and MultiMedia Lab

13 The Semantic Quiz Tobias Grubenmann, Daniele Dell Aglio - DDIS A quiz where questions are projected on a screen and the participants can vote for the correct answer using their Smartphone. 3 main tasks: Create questions using Semantic Web techniques and present as a graph such that people understand the question. Each question is about a node in DBPedia. The questions are procedurally generated. The questions are not in plain text but presented as a graph with a missing node. Create an Android/iOS App which allows participants to vote for the correct answer. Create the server application which connects the two above and allows to access the questions on a public screen. db:ontology/ President A: db:resource/ Kenneth_Maryboy B: db:resource/ Bill_Clements C: db:resource/ Richard_Coke D: db:resource/ Davis_Filfred a?president db:ontology/party db:resource/ Republican_Party_(Uni ted_states) db:ontology/nationality db:resource/ United_States

14 REAL-TIME DATA ON UZH TOWER Goal: project real-time visualizations of streamed data on UZH Tower for Scientifica and for event in Hong Kong Means: Set up life data-streaming system that gathers and processes data from multiple sources Develop real-time visualizations Help data suppliers (city of ZH, canton, etc.) to setup real-time data feeds Contacts: Abraham Bernstein and Daniele Dell'Aglio

15 Design and Implementation of a Smart Contract Application Goals Supporting automated contracting Avoiding paperwork Increasing user privacy Tasks Design of Android App Development of Smart Contract Framework using Solidity Prototyping Supervisors Sina Rafati, Dr. Thomas Bocek, Prof. Burkhard Stiller Communication Systems Group CSG, rafati@ifi.uzh.ch 2016 UZH, CSG@IfI 15

16 Interested in a project? Talk to representatives and form groups! Good luck with your Master Project 16