1. AR application for presentation of a smart house
Develop a mobile application using augmented reality for presentation of a room/house.
The Problem:
There are a couple of objects in a room, which should be presented in AR space on mobile devices. Each object is labeled using a marker (QR code for example). When the marker is focused on, using the mobile application, a 3D AR representation of the object is presented to the user. The object should be interactively manipulated (rotation, pressing on a certain part should give a presentation of that part through text or video or image or...).
The application should also provide the same functionality when the user is not in the room, in this case the application should offer a list of such objects for previewing, interaction,...
The application should also be intuitive for use (user experience aspects), designed for an average, non-tech user.
Additional Info:
https://unity3d.com/learn/tutorials/s/xr
Required Skills:
SW development Unity/Vuforia, C#
The Team:
Eva Marie, Marjan, David, Benjamin
Company/Lab:
LMMFE FE
Mentors:
Matevž Pogačnik, FE
2. BARIS – Slovenian web application for treatment of morbid obesity
To design responsive website design for morbidly obese patients, enabling to assess their eating habits and generating virtual patient tailored diet menu.
The Problem:
Prevalence of obesity in Slovenia is increasing. Lifestyle modifications and pharmacological interventions have shown limited weight loss, often associated with weight regain and adverse anti-obesity drug side effects. Bariatric surgery is the only effective and successful weight loss therapy for patients with BMI >40 kg/m2 or BMI 35.0–39.9 kg/m2 along with obesity-associated comorbidities, in terms of effective weight loss and its maintenance, effective reduction/resolution of obesity-associated comorbidities and improved quality of life. Dietary intervention plays an important role in pre-and postsurgery period for optimisation short- and long-term outcomes. A responsive website design for morbidly obese patients is a novel approach in dietary intervention programme, enabling to assess patient’s eating habits and enchance patient’s adherence to the dietary programme by generating virtual patient tailored diet menu with nutritionally balanced meal choices that meet patient’s personal preference.
Required Skills:
Enthusiastic and creative multidisciplinary team; technical features: HTML/CSS/Javascript/Jquery/PHP/web application development/UI design.
The Team:
Nina
Company/Lab:
Medical Faculty, UL
Mentors:
Tanja Čarli, MF and Luka Mali, FE
3. ChatBot App
Aplikacija naj bo pripravljena tudi tako, da jo je možno uporabljati kot »chat bot« in avtomatiko reševanja nastavitev na mobilnem terminalu.
The Problem:
Cilj te teme je analiza, priprava in če je možno tudi uvedba aplikacije v mobilni terminal, ki bi v primeru okvar/motenj v aplikacijo User info posredovala vse pomembne podatke/parametre (IMSI, S/N, tehnologija, RTT, okvara na, …) S tem bi pridobili točne informacije za ustrezno obravnavo v tehnični pomoči ter posledično izboljšali uporabniško izkušnjo.
Required Skills:
Analitičnost, komunikativnost, poznavanje mobilnih storitev, terminalov, aplikacij
The Team:
Tim
Company/Lab:
Telekom Slovenije d.d.
Mentors:
Miha Ljubič, TS and Andrej Kos, FE
4. Therapy Light
To design a device and application that use information from sensors and from the internet to automate the use of light therapy in the workplace.
The Problem:
Research shows that there is a lack of daylight exposure in the workplace, which negatively impacts the health and wellbeing of employees. The symptoms include mood disorders, circadian rhythm disorders, sleep disorders, and lower energy levels which negatively impact productivity and can be the causes of absence from work.
Light therapy is proven to be effective against symptoms caused by the lack of exposure to daylight. The product is a device that would automate unnecessary and repetitious interactions. By using information gathered by sensors and from the internet about the presence of the user, ambient light intensity, time and weather it would enable more effective use of light therapy and it would increase concordance.
The product is intended for use by employees that work in seating positions in spaces with a lack of daylight as well as for patients with clinical diagnosis of seasonal affective disorder (SAD) and similar disorders related to lack of daylight exposure.
Current State:
Concept
Required Skills:
Arduino, sensors, IoT
The Team:
Lin, Domen
Faculty:
Academy of Fine Arts and Design, Industrial design
Mentors:
Peter Kramar, FE and Luka Mali, FE
5. Invisible E-Bike
The Idea of the project is to design a electrical Bicycle. The goal ist to hide all electrical parts inside of the bicycle frame, to have the imagination of a normal (no electrical) bicycle.
The Problem:
Nowdays the typical E-Bike look like a crazy spaceship, heavy, big and in my eyes really ugly. So the idea for my e-bike is to change all that. It supposed to look like a normal bicycle, maybe a bit fancy, but still with the beautiful shape of a standard city bike.
All electrical parts, like the engine or the batteries should be small enough to hide them inside the bicycle frame, but it should be powerful enough, to have a good reason to take the e-bike instead of a normal bike.
Current State:
Idea
Required Skills:
I don't know jet.
The Team:
Jan, Miha, Teo, Tim
Faculty:
Faculty of Electrical Engineering
Mentors:
Luka Mali, FE
6. Aplikacija za pomoč pri industrijski sestavi vozil s pomočjo obogatene resničnosti
Izziv je izdelati pilotsko aplikacijo z uporabo tehnologij obogatene resničnosti (Augmented Reality, AR) za pomoč pri sestavi počitniških prikolic.
The Problem:
Izziv je izdelati pilotsko aplikacijo z uporabo tehnologij obogatene resničnosti (Augmented Reality, AR) za pomoč pri sestavi počitniških prikolic.
Izbrati je potrebno primerno tehnologijo (npr. MS Hololens) ter ugotoviti prednosti in trenutne omejitve strojne in programske opreme za realizacijo AR rešitev. Prvi uporabniški scenarij obsega prikaz pohištvenih sklopov za pomoč pri sestavi in montaži. Drugi uporabniški scenarij obsega prikaz inštalacij (npr. električna, plinska, vodovodna) in njihova umestitev v prostor. Izziv pri tem je čim bolj natančna postavitev inštalacij v dejanski prostor prikolice oz. vozila. Posebej zaželenj prikaz skritih delov že nameščenih inštalacij. Cilj te aplikacije je pomoč pri izdelavi ter pri servisu vozil/prikolic.
Required Skills:
AR/VR, Unity, C#, Ux, dizajn, 3d modeliranje
The Team:
Aleksander
Company/Lab:
LMMFE FE
Mentors:
Jože Guna, FE
7. Daily Dilemma - Web App
A web application that would question its users about a scientific, moral,... dilemma and would at the end of the day use its users feedback to present the "people's opinion" in a visualized way.
The Problem:
The problem are the unanswered dilemmas that pose a problem in advancement of humanity in many areas such as science, medicine, technology,... The goal of the web app wouldn't be to answer this questions but to gain insight into users opinions, give them a place to express their opinions and most importantly, to make users question our future and promote open thinking about trending issues.
Current State:
Idea
Required Skills:
HTML, CSS, JavaScript, Angular, Node.js
The Team:
Lovro, Rebeka
Faculty:
Faculty of Electrical Engineering
Mentors:
Emilija Stojmenova Duh, FE
8. Primerjava ITS-G5 IEEE802.11p in 3GPP 5G
Analitična primerjava standardov ITS-G5 IEEE802.11p in 3GPP 5G
The Problem:
Cilj te teme je analitična primerjava standardov ITS-G5 IEEE802.11p in 3GPP 5G. Gre za standarda, ki sta v osnovi namenjena različni uporabi, saj je prvi standard osredotočen na komunikacije V2X, drugi pa na mobilne komunikacije. Kljub temu sta v določenih scenarijih lahko oba standarda uporabljena za komunikacijo V2X. Primerjava naj zajema primerjavo uporabljenih frekvenc in njihovih značilnosti, primerjavo hitrosti prenosa podatkov, zakasnitve in primernost za različne scenarije uporabe. Preveri naj se možnost zaščite oziroma kriptiranja povezav, optimalnost uporabljenih protokolov, možnost centralnega nadzora, cenovna primerjava in možnost oddaljenega konfiguriranja uporabljenih naprav v vozilih.
Current State:
Idea
Required Skills:
Poznavanje brezžičnih telekomunikacij
The Team:
Aljaž
Company/Lab:
Telekom Slovenije d.d.
Mentors:
Peter Zidar, TS and Andrej Kos, FE
NOT SELECTED PROJECTS
Mobilna aplikacija za navigacijo in obveščanje uporabnikov v zgradbah kulturne dediščine
Izziv je preizkusiti tehnologije navigacije uporabnikov znotraj zgradb (indoor navigation) ter pilotska implementacija v obliki mobilne aplikacije.
The Problem:
Izziv je preizkusiti tehnologije navigacije uporabnikov znotraj zgradb (indoor navigation) ter pilotska implementacija v obliki mobilne aplikacije.
Preizkusiti je potrebno različne tehnologije (npr. navigacija s pomočjo WiFi/Bluetooth tehnologije), raziskati omejitve ter prednosti in izbrati najustreznejšo možnost. Uporabniški scenarij obsega učinkovito navigacijo uporabnikov znotraj zgradb in obveščanje. Izziv je preizkusiti možnost integracije rešitev navigacije znotraj zgradb s sistemi za upravljanje podatkov (npr. MiTeam platforma, tehnologija Apache Cordova). Cilj je izdelava pilotske mobilne aplikacije za ilustracijo navedenih izzivov s poudarkom na dobri uporabniški izkušnji.
Required Skills:
Android Studio, Java
The Team:
TBA
Company/Lab:
LMMFE FE
Mentors:
TBA
Računalniško podprto merjenje učinkov uporabe tabel s spremenljivo vsebino v mestih
PKP projekt (UL FPP, podjetje SWARCO LEA, UP FAMNIT) - iščemo še 2 študenta elektrotehnike
The Problem:
V podjetju Swarco so razvili t.i. "mestno prikolico" z LED prikazovalnikom - zaradi svoje velikosti in resolucije prikazovalnika je ta prikolica primerna za urbano rabo. Transport prikolice je mogoč z osebnim avtomobilom.
Mestno prikolico je mogoče opremiti z različnimi senzorji, detektorji in komunikacijskimi moduli. Možno jo je uporabiti v različnih primerih:
- usmerjanje prometa ob dogodkih,obveščanje uporabnikov (pešci, kolesarji, vozniki, ...) z različnimi obvestili (ne nujno vedno prometne narave),
- spremljanje dogodkov (histrost voznika, onesnaženost zraka, zasedenost parkirnih mest, spremljanje prometa itn.) s pomočjo različnih senzorjev (radarja, NOx senzorja, kamer itn.).
Podjetje želi prikolico umestiti na trg. V ta namen bi v okviru PKP projekta izvedli študijo, ki bi obravnavala razmere pred in po uporabi prikolice znotraj istega dogodka/primera. Poskušali bi tudi narediti načrt oziroma zasnovo uporabniške aplikacije, prek katere bi se dalo spremljati informacije o dogajanju v realnem času).
Required Skills:
Poznavanje delovanja senzorjev, detektorjev, komunikacij
The Team:
TBA
Company/Lab:
Fakulteta za pomorstvo in promet, UL
Mentors:
TBA
Razpoznava govora v IVR aplikacijah za uporabo v telemedicini in telezdravlju ter klicnih centrih
Ker v Sloveniji ni takega sistema na voljo, je predmet te naloge načrtovanje in preučitev možnosti izdelave aplikacije, ki ima tak uporabniški vmesnik za vnos podatkov – IVR.
The Problem:
Cilj teme je preučiti uporabo in delovanje IVR (interaktivni glasovni odzivnik) aplikacij z namenom, da se ugotovi, ali so telefonski govorni uporabniški vmesniki primerni za uporabo na področju telemedicine in telezdravja ter klicnih centrov v Sloveniji. Študija naj razišče možnosti tega področja in po možnosti naj se izdela aplikacija, ki omogoča vnos osnovnih podatkov za spremljanje kroničnih bolezni z uporabo IVR – sistema in spletnega brskalnika.
Required Skills:
Analitičnost, komunikativnost, spletno programiranje, digitalna obdelava signalov, opensource
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
3GPP analiza varnostne arhitekture IMS platforme in varnostna politika
IMS ima povezavo s fiksnim in mobilnim omrežjem, z omrežji poslovnih uporabnikov, medoperaterskimi omrežji in internetom.
Vse več pozornosti je posvečeno zaščiti in varovalnim mehanizmom.
The Problem:
Cilj teme je raziskati in vzpostaviti varnostne mehanizme po priporočilih 3GPP ter postavitev informacijske zaščite operaterskega omrežja v katerem je implementirana IMS arhitektura. V operaterskem omrežju IMS Telekom Slovenije že zagotavlja tehnološko konvergenco omrežij, storitev, aplikacij, registriranja, zaračunavanja, itd. V skupini Telekoma Slovenije je IMS identificiran kot ena od možnosti fiksno mobilne konvergence v več operaterskem okolju, zato je potrebno raziskati še dodatne možnosti kriptiranja in varnosti SIP/RTP povezav ter načrtovati implementacijo le teh za poslovne uporabnike, med medoperaterskimi omrežji in internetnimi omrežji.
Required Skills:
Poznavanje IMS in IKT varnosti
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
SMS 2.0 oz. RCS Universal profile
Analiza možnosti in potenciala prenove sporočilnih storitev v mobilnem svetu z uporabo RCS universal profile.
The Problem:
Analiza področja RCS
Required Skills:
Analitičnost, poznavanje mobilne scene
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
5G EDGE uDC IOT okolje
Namen projekta je vzpostavitev 5G EDGE mDC (mikro DC) okolja za podporo IoT storitvam. Vzpostaviti okolje za povezovanje Interneta stvari z zalednimi sistemi za inteligentno obdelavo podatkov.
The Problem:
Okolje bo sestavljeno iz primarnega DC in skeundarnega mikro DC na robu omrežja. Primarni namen je zagotovitev nizkih odzivnih časov v primeru kritičnih storitev, kot je na primer nadzor elektro energetskega omrežja, in hkrati posredovanje informacije v samo jedro operacij.
Povezava obrobnih elementov bo vzpostavljena preko 5G omrežja in bo delovala dvosmerno z možnostjo upravljanja terminalnih elementov. Terminalni elementi bodo avtonomni in bodo omogočali pred obdelavo zajetih podatkov. Med projektom bomo vzpostaviti delujoče okolje s celotno IoT storitveno vertikalo temelječo na 5G povezljivost. Vertikala bo sestavljena iz naslednjih elementov:
• Pametni terminal s senzorjem,
• Dostopovna brezžična povezava preko različnih tipov dostopa (4G, NB-IoT, WiFi, Lora,..)
• 5G EPC hrbtenica,
• IoT platforma Kaa,
• Shranjevanje podatkov,
• Prikaz podatkov,
• Obdelava podatkov z orodji za umetno inteligenco.
Required Skills:
Analitičnost, poznavanje mobilne scene
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
Prepoznava obrazov (face recognition) za titan
Home box s kamero za avtomatično prepoznavo uporabnikov. Avtentikacija.
The Problem:
Home box s kamero za avtomatično prepoznavo uporabnikov. Avtentikacija
Required Skills:
Analitičnost, poznavanje IPTV, programiranje, testiranje
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
Orkestracija kontejnerjev
Analiza možnosti in potenciala avtomatizacije upravljanja kontejnerjev z uporabo Kubernetes, Swarm ali druge primerne tehnologije.
The Problem:
Analiza možnosti in potenciala avtomatizacije upravljanja kontejnerjev z uporabo Kubernetes, Swarm ali druge primerne tehnologije. Postavitev testnega okolja v laboratoriju in izdelava procesa testiranja change management proces.
Required Skills:
Programiranje, opensource, tehnologija kontejnerjev, analiza TMF okolij
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
Samodejno zdravljenje (Auto Healing) omrežja in storitev
Analiza možnosti preventivnega preprečevanja degradacije storitev in omrežja v laboratorijskem okolju na podlagi network performance/fault event-ov z mehanizmi AI in ML.
The Problem:
Analiza možnosti preventivnega preprečevanja degradacije storitev in omrežja v laboratorijskem okolju na podlagi network performance/fault event-ov z mehanizmi AI in ML. Pričakovan rezultat je frekvenca in tip izboljšave na podlagi analize podatkov.
Required Skills:
AI, ML
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
IoT tehnologije
Analiza orodij za IoT
The Problem:
HiveMQ, Apache nifi, hadoop, Solr, Hive, elastic, Apache Spark, kafka, Storm, Apache Hbase, Lucidworks, Kibana, Apache Zeppelin.
Poudarek je Kafka in Kibana
Required Skills:
IoT, opensource, programiranje (collect, store/analyse, visualize)
The Team:
TBA
Company/Lab:
Telekom Slovenije d.d.
Mentors:
TBA
Smart parking
Smart parking solutions offer drivers to find a parking place within a parking facility or in a smart city. On the other hand, owners of parking facilities have a better overview of utilisation.
The Problem:
Knowledge about available/occupied parking lots does not offer desired added value. The smart parking solution should be connected with any kind of identification system, which would enable reservation of a parking place, billing, improved statistics and possibility for additional added-value services. Therefore, identification solutions and their technical viability (security, user-friendliness, ...) should be investigated and possibly demonstrated as a proof of concept. Our company will provide necessary hardware, APIs to smart parking solution and our expertise.
Required Skills:
Analytics, research, IT architecture, programming
The Team:
TBA
Company/Lab:
Špica International d.o.o.
Mentors:
TBA
RFID portal
RFID portal/antennas deployed on the side of roads can offer improved, smart management of traffic and/or access control to private areas.
The Problem:
Our company has a hardware solution that has only some communication possibilities for integration with other systems which limits development of new services with added value. The idea is to add new communication possibilities either on Linux-based hardware itself or on a dedicated server that receives data from the hardware (API, MQTT, ...).
Required Skills:
Will to learn & develop, motivation, IT system architecture, programming, independent work
The Team:
TBA
Company/Lab:
Špica International d.o.o.
Mentors:
TBA
Računalniško podprto merjenje učinkov uporabe tabel s spremenljivo vsebino v mestih
PKP projekt (UL FPP, podjetje SWARCO LEA, UP FAMNIT) - iščemo še 2 študenta elektrotehnike
The Problem:
V podjetju Swarco so razvili t.i. "mestno prikolico" z LED prikazovalnikom - zaradi svoje velikosti in resolucije prikazovalnika je ta prikolica primerna za urbano rabo. Transport prikolice je mogoč z osebnim avtomobilom.
Mestno prikolico je mogoče opremiti z različnimi senzorji, detektorji in komunikacijskimi moduli. Možno jo je uporabiti v različnih primerih:
usmerjanje prometa ob dogodkih,obveščanje uporabnikov (pešci, kolesarji, vozniki, ...) z različnimi obvestili (ne nujno vedno prometne narave),
spremljanje dogodkov (histrost voznika, onesnaženost zraka, zasedenost parkirnih mest, spremljanje prometa itn.) s pomočjo različnih senzorjev (radarja, NOx senzorja, kamer itn.).
Podjetje želi prikolico umestiti na trg. V ta namen bi v okviru PKP projekta izvedli študijo, ki bi obravnavala razmere pred in po uporabi prikolice znotraj istega dogodka/primera. Poskušali bi tudi narediti načrt oziroma zasnovo uporabniške aplikacije, prek katere bi se dalo spremljati informacije o dogajanju v realnem času).
Required Skills:
poznavanje delovanja senzorjev, detektorjev, komunikacij
The Team:
TBA
Company/Lab:
UL Fakulteta za pomorstvo in promet
Mentors:
TBA
PREOBLIKOVANJE OLIMPIJSKE SABLJE
Projektno izhodišče je tehnična brezžična dovršitev sabljaškega športnega orožja, ki v zadnjih desetletjih ni sledil trendom in tehnologiji.
The Problem:
Sabljaško orožje za beleženje zadetkov nasprotnika uporablja električni tokokrog. Tehnologija na vseh nivojih še vedno bazira na žičnem priklopu.
V raziskavi, ki je bila opravljena med sabljači amaterskega, narodnega in svetovnega nivoja je jasno razvidno, da kar 60% anketiranih izpostavlja problem z žičnim priklopom, ki je trenutno nezanesljiv hkrati pa sabljača zaradi priklopa v bližini dlani lahko ovira pri izvajanju njegovih napadalnih in obrambnih akcij.
Problem tako na podlagi prepoznane ključne točke ponuja poslovno priložnost ter možnost za enkratno inovacijo rekvizita skladno s sodobnimi tehnološko oblikovnimi tendencami za redefiniranje sablje kot olimpijskega orožja/rekvizita v 21. stoletju.
Additional Info:
https://www.gettyimages.com/photos/fencing-sabre?sort=mostpopular&mediatype=photography&phrase=fencing%20sabre
Required Skills:
Znanje in zanimanje za področje brezžične tehnologije
The Team:
TBA
Company/Lab:
Akademija za likovno umetnost in oblikovanje
Mentors:
TBA
Telepresence phone stand
To goal of this project is to create motorized stand for use with mobile phone to be used as telepresence system for meetings/teleconferences.
The Problem:
To make teleconference calls / remote meetings more interactive. Telepresence system will allow remote users to more actively participate in live meeting. Goal is to develop system that will use mobile phone or tablet for video-call. The system will include motorized stand for phone with at least two active degrees of freedom so that remote user can look left-right and up-down). System's movement can be controlled remotly by person doing the videocall through GUI, phone's gyroscope/accelerometer or head tracking (maybe also include VR/AR?). Additional speakers or microphone can be added if necessary.
Current State:
Idea
Required Skills:
Microcontroller,motor-driver, network, video-call (Skype/Hangouts/...), android app or web GUI, ...
The Team:
Tim Kambič
Faculty:
Faculty of Electrical Engineering
Mentors:
TBA
AR assisted language learning for children
Development of an Augmented Reality application, that would allow the user (a child) to point at an object and have the name of the object displayed and pronounced in multiple languages.
The Problem:
Many parents in multilingual households have the issue of having to teach their child more than one language from a very early age on. The application would alleviate their problem by allowing the child to explore their surroundings from very early on with just the use of a tablet and learn the name of the object in multiple languages at the same time.
Current State:
Idea
Required Skills:
Mobile app development, Object recognition software (Vuforia or similar), Translation services or dictionaries, Text-to-speech services or software
The Team:
Domen Kacin Vodičar
Faculty:
Faculty of Electrical Engineering
Mentors:
TBA
Application for indoor navigation and providing informations (menus, grades,...)
Develop an app that gives the user a way of navigating him indoors, but also giving him an oversight of his activites on the current facility.
The Problem:
Develop an app that gives the user a way of navigating him indoors, but also giving him an oversight of his activites on the current facility. A WIP design for Android is provided to give a basic understanding of the desired aplication: https://1drv.ms/b/s!An_0fA78V4CukqlMkk4kdCklMpFFLw
Current State:
Idea/Concept
Required Skills:
Unity3D (C#), development for Android (Android Studio - Java, Xamarin Forms,...) and Adobe XD (or simmilar UI designing software).
The Team:
Aleksander Kovač
Faculty:
Faculty of Electrical Engineering
Mentors:
TBA
GEO VR
A VR app for teaching geography
The Problem:
It is hard to conceptualize what effect billions of years and millimeter movement of tectonic plates have on the earth. So the idea is to visualize this process. The user could tear the planet apart to see what it's made of, and also watch a video on, for example, how the Alps were made, what changes the ice age brought,...
Current State:
Idea
Required Skills:
VR, Unity,...
The Team:
Marjan Bogataj
Faculty:
Faculty of Electrical Engineering
Mentors:
TBA
Intelligent wearable device for emotion recognition for persons with autistic spectrum disorders
Development of software and determining hardware components for a functional prototype of the device. Proving the concept by testing the software on a PC.
The Problem:
1 out of 68 people has an autistic spectrum disorder (ASD). The symptoms include poor social and communication skills. One of the deficits resulting from poor social skills is an inability to recognise and understand other peoples emotions. That is why people with ASD could potentially benefit from having a device which could help them do just that. The goal is to implement AI for emotion recognition (possibly utilising cloud service) into a wearable device which uses the processing power of a cell phone. The device should communicate with the user through sound via a bone transducer and visually through an app on the phone. The emotion recognition should be performed on video and/or sound captured by the device. The device should also measure stress of its user (possibly through HRV measurements) and recommend breathing practice when there is an increase of level. It is therefore required to figure out both the hardware and the software for the device. A proof of concept is also required as a preliminary step by testing the software using a PC.
So far the concept has undergone quick testing with experts on the disorder and potential users through a number of interviews and observations.
*The project is also in application process for PKP with Mashoni design studio and looking for 2 more students.
Presentation video of concept displayed at ALUO exhibition: https://youtu.be/yZAPotfJyko
Current State:
Concept
Required Skills:
Emotion recognition, HRV or other stress measurement, mobile application, bone conductor to output sound, image and sound capture and others if necessary.
The Team:
Jernej Kapus
Faculty:
Academy of fine arts and design
Mentors:
TBA
Augmented Reality Gesture Control
The aim of this project is to deal with the "next big step" depicting Augmented (and Virtual) Reality, namely controlling virtual surroundings and objects by gesture and motion control.
The Problem:
The interaction with an augmented reality scene is quite limited in its current condition. It requires the use of both hands, one to hold on to the display and the other hand to interact with the screen of your device. To interact with the virutal enviroment without holding on to a device, so Virtual/Augmented Reality controlled by hand gesture and movement is the next obstacle to overcome.
In what way the gesture control will be realized is not yet defined. (Possible: Product like a glove or an armband. Program to capture motion. etc.).
Current State:
Idea
Required Skills:
Not defined yet. (Possible: Augmented Reality Glasses, Kinect for Motion and Gesture recognition. Technology for developing a Glove, which recognizes hand gestures, etc.)
The Team:
Eva Marie Kircher
Faculty:
Faculty of Electrical Engineering
Mentors:
TBA