Kontakt:
- email:
- adakaczm@pg.edu.pl
Zajmowane stanowiska:
Adiunkt
- miejsce pracy:
- Katedra Inteligentnych Systemów Interaktywnych
Budynek A Wydziału Elektroniki, Telekomunikacji i Informatyki, EA 422
- telefon:
- (58) 347 13 78

Publikacje:
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Publikacja
- Rok 2023
This paper is concerned with applying a stereo matching algorithm called BP-Layers to a set of many cameras. BP Layers is designed for obtaining disparity maps from stereo cameras. The algorithm takes advantage of convolutional natural networks. This paper presents using this algorithm with a set called Equal Baseline Camera Array. This set consists of up to five cameras with one central camera and other ones aground it. Such a...
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Publikacja
- Rok 2022
This paper presents the application of Interactive Open Document Architecture (IODA) to music and video data. This architecture was design to create multilayer documents which consist of many files. The paper shows the method of creating media documents on the basis of IODA. These kind of documents were called IODA Media Documents (IMD). IMD have links that connect many different kinds of files containing music and video data....
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Publikacja
- A. Kaczmarek
- J. Lebiedź
- J. Jaroszewicz
- W. Święszkowski
- Rok 2021
This paper is concerned with making 3D scans of semitransparent ambers with and without inclusions. The paper presents results of using a variety of devices applied for this purpose. Equipment used in the experiments includes a 3D laser scanner, a structured light scanner, a stereo camera, a camera array and a tomograph. The main object used in the experiment was an amber with a fossil of a lizard. The paper shows possibilities...
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Publikacja
- A. Kaczmarek
- B. Blaschitz
- Applied Sciences-Basel - Rok 2021
This paper presents research on 3D scanning by taking advantage of a camera array consisting of up to five adjacent cameras. Such an array makes it possible to make a disparity map with a higher precision than a stereo camera, however it preserves the advantages of a stereo camera such as a possibility to operate in wide range of distances and in highly illuminated areas. In an outdoor environment, the array is a competitive alternative...
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Publikacja
- JOURNAL OF INTELLIGENT & ROBOTIC SYSTEMS - Rok 2020
This paper presents a lightweight 3D vision system called Equal Baseline Camera Array (EBCA). EBCA can work in different light conditions and it can be applied for measuring large range of distances. The system is a useful alternative to other known distance measuring devices such as structured-light 3D scanners, time-of-flight cameras, Light Detection and Ranging (LIDAR) devices and structure from motion techniques. EBCA can be...
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