printlogo
ETH Zuerich - Homepage
Computer Engineering and Networks Laboratory (TIK)
 
ETH Zurich - ITET - TIK - Thesis
print
  

Available Theses for all TIK Groups

B = Bachelor, G = Group, M = Master, S = Semester

  title category type contact/supervisor assigned   edit (new)
Accelerate Pruning of Artificial Neural Networks B/M/S Gino Brunner,
Yuyi Wang
available
Advanced State Retention for Transient Systems M/S Andres Gomez,
Andreas Tretter
available
Analysing the Memory of Recurrent Neural Networks B/M/S Gino Brunner,
Yuyi Wang
available
Android App Repackaging Protection B/M/S Simon Tanner,
Gino Brunner
available
Android Audio Beamforming B/G/M/S Simon Tanner,
Pascal Bissig
available
Android Audio Synchronization B/G/M/S Simon Tanner,
Pascal Bissig
available
Android Backup B/G/M/S Gino Brunner,
Simon Tanner
available
Audio Compression for Acoustic Sensing M/S Matthias Meyer available
Augmented Reality B/G/M/S Manuel Eichelberger,
Gino Brunner
available
BitThief QoL B/G/M/S Michael König available
Building a 3D Scanner B/G/M/S Manuel Eichelberger,
Gino Brunner
available
Cops & Robbers B/S Sebastian Brandt,
Georg Bachmeier
available
Deep Learning: Network- vs. Data-Structure B/M/S Gino Brunner,
Yuyi Wang
available
Deep Learning: To Prune or Not to Prune B/M/S Gino Brunner,
Yuyi Wang
available
DJ Roboto B/M/S Yuyi Wang,
Gino Brunner
available
Extremely Professional Android Phone Benchmarker B/G/M/S Gino Brunner,
Pascal Bissig
available
Hidden in Plain Sight B/G/M/S Manuel Eichelberger,
Michael König
available
Housing 2.0 B/G/M/S Gino Brunner,
Simon Tanner
available
How Adaptive are Neural Networks? B/M/S Gino Brunner,
Yuyi Wang
available
Improved Electronic Design Workflow B/G/M/S Simon Tanner,
Manuel Eichelberger
available
Improving Asynchronous Byzantine Agreement B/M/S Roger Wattenhofer available
Learning (Mining) from Non-i.i.d. Examples B/G/M/S Yuyi Wang,
Thomas Ulrich
available
Neural Classroom B/M/S Gino Brunner,
Yuyi Wang
available
Neural Theory B/S Sebastian Brandt,
Yuyi Wang
available
Online Graph Exploration 2.0 B/S Sebastian Brandt available
Outdoor Sports Route Generation B/G/S Manuel Eichelberger available
Plan my vacation B/G/M/S Georg Bachmeier,
Gino Brunner
available
Recurrent Neural Networks: Do you even generalize? B/M/S Gino Brunner,
Yuyi Wang
available
Reinforcement Learning Playground B/G/M/S Gino Brunner,
Yuyi Wang
available
Robust Facial Recognition with Convolutional Neural Networks B/M/S Gino Brunner,
Yuyi Wang
available
Self-Constructing Neural Network B/M/S Gino Brunner,
Yuyi Wang
available
Self-Organizing Navigation Network for Mining (Industry Project) M Michael König available
Smart Canvas B/G/S Pankaj Khanchandani available
Towards More Realistic Neural Networks B/M/S Gino Brunner,
Yuyi Wang
available
Using Deep Learning to Annotate Karaoke Songs B/M/S Yuyi Wang,
Gino Brunner
available
Fast Data Flush on Matterhorn Ad-hoc-Networks M/S Jan Beutel,
Tonio Gsell
available
Automated Energy Harvesting Source Characterization Embedded Systems M/S Lukas Sigrist,
Andres Gomez
available
Batteryless Bluetooth Communication Embedded Systems S Lukas Sigrist,
Andres Gomez
available
Orchestrate the Mixed-Criticality Melody (I) Embedded Systems M Pengcheng Huang available
Outsourcing Scheduling - a Key for efficient Wireless Protocol Implementation and Testing Embedded Systems S Romain Jacob available
Prediction strategies for energy harvesting sources Embedded Systems S Rehan Ahmed,
Stefan Draskovic
available
Real-time Network Functions for the Internet of Things Embedded Systems S Romain Jacob available
Visualize Volumes of Air Quality Data Environmental Sensing B/G/M/S Balz Maag,
Zimu Zhou
available
A Smart Attack using the Frequency Covert Channel Multicore Architecture M Philipp Miedl,
Matthias Meyer
available
UnCovert 4 - The Power Covert Channel Multicore Architecture S Philipp Miedl available
What’s my Thermal Fingerprint? Multicore Architecture G/S Philipp Miedl,
Rehan Ahmed
available
Battle of the Smartphones Performance Evaluation B/G/M/S Gino Brunner,
Pascal Bissig
available
ConEx-Based Load Balancing for Data Centers (ConExA) Performance Evaluation M Mirja Kühlewind available
top
© 2016 Laboratory TIK, ETH Zurich | Imprint | Last updated on Mon, 18 May, 2015 18:15 | t=0.0612s | Valid HTML 4.01