Ruum U02-229
E-post: Ants.Koel@taltech.ee

Teemad:

• Smart doorbell (MSFT calendar integrated to interactive doorbell)

 

PS. Palun vaadata ka teemasid magistri teemade alt.

Ruum: U02-229.
E-post: yannick.lemoullec@taltech.ee

Teemad:

• RISC-V synthesis and programming

Ruum U02-229
E-post: Ants.Koel@taltech.ee

Teemad:

• Investigation of vibrations for biomedical applications. Continuation of HW development, DAQ, UI
• Camera synchronization electronics development for LoC application 
• Electronics development for portative GBH drug analyser
• Camera adjustment mechanics, electronics and firmware for Lab-on-Chip application
• AI-based image quality adjustment of camera for Lab-on-Chip application
• Matlab and LABView models for flow cytometry droplet generation module
• Catalytic etching experiment for SiC. Development of experimental setup, surface measurements
• Detection of gases using graphene detector. Continuation of development of HW, graphene contact, measurements

Ruum: U02-224
E-post: Muhammad.Alam@taltech.ee

Teemad:

• 5G NR PRS receiver supplement for OAI software
• Implementation of 5G-IoT Use-cases: Predictive Car maintenance Background
• 5G testbed system integration and evaluation [Telia]
• CAT-M1 coverage analysis for demo campus environment [Telia]

Ruum U02-222A
E-post: Olev.Martens@taltech.ee

Teemad:

• Bioimpedantsi mõõtelahendused / sünkroonmõõtmised
   

Need teemad on mõeldud 4-6 tudengile, kes on valmis välja töötama ja uurima täpset analoog- ja segaelektroonikat instrumentide jaoks,
seotud riistvara, püsivara ja tarkvara.

Võimalikud platvormid:

• CADs, DSPs/DSCs-s of Texas Instruments,
• MSP432 processor,
• CodeComposer Studio,
• LabView, R,. Python, C/C++

Võimalikud juhendajad:

• Paul Annus- analog and data acquisition, algorithmical  parts,
• Eero Haldre- MSP432-based solutions,
• Andrei Krivošei - advanced processing of physiological signals,
• Olev Märtens - DSP-based solutions etc

 

Alateemad vaadatakse läbi tudengiga individuaalselt, olenevald tudengi huvidest ja võimekusest:

• Improved) DSP-based imepdance measurement solution (O.Märtens)

• Innovations in the lock-in acquisition of analog  (impedance) signals (P.Annus)
• MSP432 based Impedance-spectrometer (E.Haldre)
• Correlation analysis between the brachial blood pressure and the Electrical Bioimpedance (EBI) cardiac component synchronously measured from the left and right wrist radial arteries (including: measurement system configuration, measurement procedure providing ( Andrei Krivošei)
• Extracting the Electrical Bioimpedance (EBI) cardiac signal component from the artifacts: respiratory component and motion component ( Andrei Krivošei )
• Development of the machine learning based algorithm for the Electrical Bioimpedance (EBI) cardiac signal component analysis, artifacts suppression, features extraction ( Andrei Krivošei , O.Märtens)

 

Ruum: U02B-212
E-post: Tamas.Pardy@taltech.ee

Teemad:

• Open-source microfluidic flow regulation hardware
• Open-source microfluidic thermal regulation hardware

Ruum: U02-229.
E-post: yannick.lemoullec@taltech.ee

Teemad:

• Machine Learning (ML) based Data-Driven Control Of Network traffic/scheduling Using Raspberry Pi
• RISC-V based (ML-based) image processing on edge devices for flow cytometry
• RISC-V based (ML-based) image processing on edge devices for UAVs

Thomas Johann Seebecki elektroonikainstituudis kaitstud bakalaureuse lõputööd leiab TalTech'i raamatokogu digikogust.

Thomas Johann Seebecki elektroonikainstituudis kaitstud magistri lõputööd leiab TalTech'i raamatukogu digikogust.