| | SLO | ENG | Cookies and privacy

Bigger font | Smaller font

Search the digital library catalog Help

Query: search in
search in
search in
search in
* old and bologna study programme

Options:
  Reset


1 - 8 / 8
First pagePrevious page1Next pageLast page
1.
Development and validation of open source CTD sensor : magistrsko delo
Tadej Plej, 2022, master's thesis

Abstract: The CTD sensor captures measurements of conductivity, temperature and depth of the oceans. Scientists lack this data to discover unexplored areas of the oceans, as measuring systems and maintaining them are very expensive. The aim of this master's thesis is to produce a open source CTD sensor that will be cost-effective, accurate enough to make the data credible and attachable to a sea turtle. Through the thesis we learned about the theoretical background of processes in the oceans, reviewed the measurement methods for measuring conductivity, temperature and pressure. We made a circuit for measuring conductivity and measuring electrodes from graphite DC motor brushes. We validated all the sensors and finally assembled them into the first prototype of a CTD sensor.
Keywords: CTD, conductivity, temperature, depth, open source project
Published in DKUM: 17.06.2022; Views: 208; Downloads: 34
.pdf Full text (3,67 MB)

2.
Development of an open-source framework for automatic alignment of KORUZA free-space optical communication system : magistrsko delo
Nejc Klemenčič, 2022, master's thesis

Abstract: This thesis aims to implement an open-source framework for the automatic alignment and tracking of the KORUZA v2 Pro free-space optical solution. Free-space optical systems are explored and current optical alignment and tracking solutions are analyzed. We use Neural Network-based object detection approaches to complement the essential collection of framework functionality. We train a Neural Network to detect KORUZA v2 Pro units with data gathered from currently deployed links. The out-of-the-box solution for automatic alignment and tracking can be freely modified and extended.
Keywords: free-space optics, automatic alignment, neural networks, object detection, open-source framework
Published in DKUM: 14.03.2022; Views: 339; Downloads: 60
.pdf Full text (4,68 MB)

3.
Development of the Waterproof Enclosure for Tracking System PitStop : master's thesis
Blaž Bratuš, 2018, master's thesis

Abstract: The IUCN Red List of Threatened Species classifies six out of seven species of sea turtle as Threatened. Different tagging systems are being used to better protect and conserve the sea turtles and their habitats with the data gathered being essential to design better conservation strategies. Tagging sea turtles can be quite expensive using the proprietary commercial tags. The aim of this project was to develop a reliable and affordable tracking system PitStop for monitoring threatened sea turtles. Different designs, materials and sealing methods were proposed and tested to find the optimal solution considering the performance, reliability and costs.
Keywords: waterproof enclosure, tracking system, PitStop, GPS tagging, open-source conservation, sea turtles
Published in DKUM: 08.10.2018; Views: 851; Downloads: 161
.pdf Full text (3,84 MB)

4.
Open educational resources in e-learning
Dejan Dinevski, Samo Fošnarič, Tanja Arh, 2010, original scientific article

Abstract: Open educational resources in e-learning are the future source of information for lifelong learners. Open source and open standards are defined as the basis of the "Open educational resource movement" that is beginning to form on a global level in the last decade. The characteristics of the OS are investigated in the relation to e-Learning, existing and new pedagogical principles and copyright issues. Several good practices, ideas and existing initiatives are presented and the vision of the future of open educational resources is introduced.
Keywords: e-learning, open source, open educational resources
Published in DKUM: 04.12.2017; Views: 1002; Downloads: 322
.pdf Full text (167,88 KB)
This document has many files! More...

5.
Razvoj aplikacije za podporo administrativnim procesom v organizaciji
Simon Kralj, 2017, bachelor thesis/paper

Abstract: Podjetja veliko pozornosti posvečajo temu, da svojim strankam ali naročnikom nudijo najboljše možne storitve, pri tem pa pogosto pozabljajo na izboljšave pri vodenju internih procesov. Ti so pogosto vodeni oz. dokumentirani v papirni obliki, zaradi česar je upravljanje z zahtevami ob rasti podjetja oteženo, interni stroški pa višji. Z vpeljavo aplikacije za vodenje internih poslovnih procesov v elektronski obliki lahko podjetja znižajo svoje stroške, saj se čas, ki bi ga zaposleni porabili za tiskanje in prenašanje zahtev v papirni obliki znatno zmanjša. V diplomski nalogi je predstavljen proces razvoja aplikacije, ki bo končnemu naročniku omogočila informacijsko podporo za vodenje internih poslovnih procesov. V nalogi so ovrednoteni tudi stroški, ki so povezani s tovrstnimi internimi poslovnimi procesi in prihranek, ki bi ga dosegli ob uvedbi aplikacijske podpore.
Keywords: Spletna aplikacija, Poslovni procesi, JAVA, JSF, MYSQL, Open Source, Slapovna metodologija
Published in DKUM: 14.09.2017; Views: 1039; Downloads: 80
.pdf Full text (1,95 MB)

6.
Development of the Next Generation Open Hardware 3D Printer Troublemaker
Blaž Bratuš, 2015, undergraduate thesis

Abstract: The development of the next generation of 3D printer Troublemaker is described in this project. Since their first development Troublemakers have been in operation for more than a year and we have decided that some design features should be improved. All the design features and parts of the original Troublemaker had to be evaluated and improved or replaced if necessary. All the 3D modelling was done parametrically in SolidWorks. The Troublemaker 3D printer has open-source hardware design and all the documentation will be freely available to anyone.
Keywords: development, 3D printer, Troublemaker, additive manufacturing, 3D printing, open source, open hardware
Published in DKUM: 27.10.2015; Views: 1954; Downloads: 120
.pdf Full text (3,70 MB)

7.
Novi pristopi v arhitekturi - Naredi sam (DIY)
Janeta Čretnik, 2015, diploma project paper

Abstract: Zaradi ekonomske krize in želje po individualnosti ali po trajnostnem in ekološkem načrtovanju so na veliki popularnosti pridobili projekti naredi sam oziroma »DIY – Do It Yourself«. V tem oziru v teoretičnem delu predstavimo pojme »DIY« (Do It Yourself – naredi sam), »Upcycling« (nadgradnja), »Recycling« (reciklaža) ter »Open source« (odprta koda). Prav tako raziščemo zgodovino tega pristopa kot tudi razloge, ki so glavni vzrok nujnosti oziroma popularnosti takšnih projektov. Projektna naloga temelji na predstavitvi oblikovalskega pristopa "naredi sam". Vsebuje zasnovo in izvedbo modularnega kosa pohištva s podanimi navodili za izdelavo. Koncept pohištva temelji na modularnosti in možnih modifikacijah, ki omogočajo opremljanje prostora za različne rabe.
Keywords: DIY, naredi sam, pohištvo, modularnost, Open source
Published in DKUM: 18.08.2015; Views: 1096; Downloads: 232
.pdf Full text (11,35 MB)

8.
Open-source software in medical imaging: case-based study with interdisciplinary innovative product design
Gregor Harih, Andrej Čretnik, 2012, original scientific article

Abstract: Namen: V zadnjem času je bilo razvitih precej celovitih rešitev odprtokodne programske opreme za medicinske slike, ki ponujajo zmogljiva orodja za slikovno upravljanje, vizualizacijo, skladiščenje in analizo. Namen članka je predstaviti odprtokodno programsko opremo za delo z medicinskimi slikami in njene značilnosti ter jo primerjati s komercialnimi rešitvami. Metode: Predstavljen je primer razvoja optimalne velikosti in oblike ročaja ročnega orodja s pomočjo brezplačne odprtokodne programske opreme '3D Slicer'. Večina avtorjev priporoča valjasto oblikovanost ročajev, da bi povečali udobje in učinkovitost uporabnika ter preprečili kumulativna travmatična obolenja, vendar optimalna oblika ročaja še ni bila ugotovljena. Namen raziskaveje predstaviti metode, s katerimi je mogoče pridobiti obliko ročaja v optimalni drži roke za krepki oprijem s čim bolj optimalno porazdelitvijo pritiska na mehka tkiva. Uporabili smo magnetno resonančno preiskavo in individualno izdelan kalup, ki je ohranjal optimalno držo roke med preiskavo. Program '3D Slicer' je bil uporabljen za segmentacijo in 3D rekonstrukcijo na osnovi MR slik. 3D model roke je bil nato 'izvožen' v komercialni program za računalniško podprto konstruiranje optimalnega ročaja orodja. Rezultati: Meritve premerov na 3D rekonstrukciji so pokazale, da so bili položaji zadržani z le majhnimi odstopanji, kar maksimizira največjo silo kontrakcije prstov. Tako oblikovan optimalni ročaj zagotavlja 25 % večjo kontaktno površino v primerjavi z optimalnim valjastim ročajem in s tem zmanjšuje tudi kontaktne tlake, kar povečuje učinkovitost in udobje ter (zelo verjetno) preprečuje kumulativna travmatična obolenja. Zaključki: Prikazan primer potrjuje ustreznost odprtokodne programske opreme za medicinske slike kot (večinoma) brezplačno in učinkovito orodje, podobno kot (neredko drage) druge komercialne rešitve.
Keywords: tool handle, software, open source, ergonomics, segmentation, medical imaging, hand model, 3D
Published in DKUM: 10.07.2015; Views: 1148; Downloads: 31
URL Link to full text

Search done in 0.15 sec.
Back to top
Logos of partners University of Maribor University of Ljubljana University of Primorska University of Nova Gorica