22 research outputs found
Informatika na CizĂm Teritoriu aneb Co jsme vidÄ›li na stážĂch
Publikace si klade za cĂl pĹ™edevšĂm poskytnout informace o tom, jak probĂhá vĂ˝uka pĹ™edmÄ›tĹŻ zaměřenĂ˝ch na poÄŤĂtaÄŤem podporovanou vĂ˝uku rĹŻznĂ˝ch oborĹŻ na zahraniÄŤnĂch univerzitách. NÄ›která navštĂvená pracovištÄ› se zaměřovala takĂ© na pĹ™Ăpravu budoucĂch uÄŤitelĹŻ informatiky. Tomuto cĂli odpovĂdá i struktura jednotlivĂ˝ch zpráv. PĹ™edstavĂme vám celkem 12 pracovišť z Belgie, NÄ›mecka, Polska a Slovenska. O kaĹľdĂ©m se dozvĂte, ÄŤemu se vÄ›nujĂ a pro koho zajišťujĂ vĂ˝uku. Základem je ale popis zkušenostĂ pĹ™Ămo z vĂ˝uky a pĹ™ĂkladĹŻ dobrĂ© praxe. Na konci kaĹľdĂ© zprávy se takĂ© mĹŻĹľete seznámit s hostem i hostitelem. Publikace je primárnÄ› urÄŤena souÄŤasnĂ˝m i budoucĂm uÄŤitelĹŻm, doufáme ale, Ĺľe si v nĂ inspiraci najde kaĹľdĂ˝
Evaluation of Electrical Resistance of Electrodes with Conductive Ink for Agriculture Application Using Computer Technology
The article presents the ongoing research, which aims to select suitable electrodes and mixtures of conductive inks, which will be used as a converter between pressure and electrical quantities in the design of planar pressure transducers. In the described research, we continue in our previous work and in the work of other authors who have previously dealt with the properties of conductive inks and electrodes. Due to the only partial results in the given field, we decided to perform an extensive and original measurement of total 172 combinations of different electrode sizes, various conductive ink mixtures and ink layer thicknesses. Thanks to this, it will be possible in the future to select a suitable combination of electrodes and inks when designing pressure sensors for industrial and agricultural applications without the need to perform time-consuming preparatory measurements. The aim of the measurement is also to determine the usable working range of pressures and the corresponding sensitivity for certain combinations of electrodes and inks, and also to exclude those variants which are unsuitable for the given purposes. This paper presents the introductory part of the measurement, which aims to verify the methodology of the measurement on a test plate at robotized workspace, that is connected in real time with PC via the program LabView. The described introductory measurement proved our methodology to be suitable to the given purpose; however, there emerged minor problems concerning the actual working pressure range of the transducer and consequential necessary adjustments of the control program
Crowdsourcing of Popular Toponyms: How to Collect and Preserve Toponyms in Spoken Use
The article presents a process of collecting unstandardized toponyms, in particular urbanonyms (place names denoting objects located in the cadastre of the city), within the territory of two municipalities in the Czech Republic. The collecting process was performed in two phases by crowdsourcing, using a web map application created especially for this purpose. In the first phase (October 2019–September 2020) it was collecting as many unstandardized toponyms as possible. In the second phase (October 2020–January 2021) we focused on the degree of the knowledge of these toponyms among the population living within the studied territory. The interest on the side of the general public was surprising in both phases. In the first phase, over five hundred respondents submitted more than two and a half thousand place names, most of them during the first two weeks. More than nine hundred respondents actively participated in the second phase, thanks to which we received an average of 200 responses for each place name. As regards the motivation of the public, it was most often altruism, patriotism, and curiosity that stimulated them; in the second phase, the element of gamification, embedded into the map application, also had a positive effect. The collected data can be used, for instance, in the activities of local authorities in the process of standardization of place names or as reference data for maps used within the integrated rescue system
Toponyma v krajině a možnosti jejich výzkumu
PĹ™ĂspÄ›vek pĹ™edstavuje webovou mapovou aplikaci s názvem Toponyma v krajinÄ›, kterou v souÄŤasnostivyvĂjejĂ pracovnĂci Fakulty pĹ™ĂrodovÄ›dnÄ›-humanitnĂ a pedagogickĂ© TechnickĂ© univerzity v Liberci.CĂlem tĂ©to aplikace je zachytit a zpĹ™Ăstupnit toponyma a jejich varianty z vybranĂ˝ch ĂşzemĂ LibereckĂ©hokraje. Aplikace vizualizuje geografickĂ© názvoslovĂ pĹ™ĂslušnĂ©ho areálu na kartografickĂ©mpodkladÄ›, a to jak souhrnnÄ›, tak podle zvolenĂ˝ch parametrĹŻ (druh objektu a jeho název, strukturaa poÄŤet uĹľivatelĹŻ, formálnĂ utvářenost, motivace, vztahovĂ˝ model jmen apod.). VytvoĹ™enĂ© technickĂ©Ĺ™ešenĂ poskytuje moĹľnost zpracovat stejnĂ˝m zpĹŻsobem toponymii rĹŻznĂ˝ch obcĂ, a tudĂĹľ umoĹľnĂsrovnat ĂşzemnĂ distribuci rĹŻznĂ˝ch formálnĂch a sĂ©mantickomotivaÄŤnĂch prostĹ™edkĹŻ, jeĹľ se v zemÄ›-pisnĂ©m názvoslovĂ vyskytujĂ.The article introduces a web map application called Toponyma v krajinÄ› (Toponyms in the Landscape)which is currently developed at the Faculty of Science, Humanities and Education of the TechnicalUniversity of Liberec. The main goal of the application is to record toponyms and their variants ofthe chosen areas in the Liberec region and make it accessible to public. The application makes it possibleto visualize toponomy of a particular area on the cartographic base. The toponyms can be displayedeither completely or separately according to the chosen parameters such as onymical object,users, form, motivation, relational model and so on. This technical solution enables to process toponymsof various cadasters in the same way and thus to compare distribution of various formal andmotivational components in toponomy.263