Wyniki wyszukiwania - Biblioteka Nauki

1

Controlling bhp na przykładzie kopalni "Jas-Mos"

100%

Kubik T. , Zaniewski K.

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tom Vol. 57, nr 2

89-94

PL

W artykule przedstawiono możliwości nadzoru przez Dział Controllingu nad działaniami ukierunkowanymi na poprawę wyników finansowych kopalni w aspekcie kosztów ponoszonych z tytułu wypadków przy pracy i chorób zawodowych. Systematyczne działanie, kompetencja i odpowiedzialność za wydatki z tytułu ubezpieczeń społecznych pozwalają ograniczyć koszty. Przedstawiono statystykę wypadków i chorób zawodowych w kopalni "Jas-Mos".

EN

The article presents possibilities of supervision by Controlling Department of activities focused on improvement of financial results of the mine with regard to costs incurred because of accidents at work and professional sicknesses. Systematic activity, competence and responsibility of expenditures on social insurance allow limiting the costs. Statistics of accidents and professional sicknesses at "Jas-Mos" mines has been presented.

2

Ocena i dokumentowanie ryzyka zawodowego w kopalni "Jas-Mos"

100%

Kubik T. , Zaniewski K.

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2007

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tom Vol. 58, nr 1

27-34

PL

Artykuł jest próbą przedstawienia sposobu realizacji art. 226 Kodeksu pracy w stosunku do pracodawców, a mianowicie: ocena, dokumentowanie i informowanie pracowników o ryzyku zawodowym na stanowisku pracy. Ponadto w artykule przedstawiono zasady oceny ryzyka zawodowego w kopalni "Jas-Mos" (Jastrzębska Spółka Węglowa SA). Głównym celem zarządzania ryzykiem zawodowym jest utrzymanie pod kontrolą zagrożeń powodujących ryzyko, a także osiągnięcie jak najniższego poziomu wypadkowości i chorób zawodowych w ramach możliwości pracodawcy.

EN

The article is an attempt of presentation of a manner Art. 226 realisation of Labour Code with regard to employers and namely assessment, documentation and informing of employees about professional risk on workstands. Besides the article presents principles of professional risk on a workstand at ,,Jas-Mos" mine (Jastrzębie Coal Company). The main objective of professional risk is to keep under control of hazards creating such a risk and also accomplishment of the smallest possible level of accident rate and professional sicknesses rate within the capabilities of the employers.

3

Klasyfikacja obrazow rastrowych z wykorzystaniem sztucznych sieci neuronowych i statystycznych metod klasyfikacji

80%

Kubik T. , Paluszynski W. , Iwaniak A. , Tymkow P.

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nr 59

1-85

4

Przełamywanie barier przy wdrażaniu dyrektywy INSPIRE

80%

Iwaniak A. , Kubik T. , Netzel P. , Paluszyński W.

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2010

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tom T. 8, z. 1

63-72

PL

W niniejszej pracy dokonano przeglądu różnorodnych zagadnień, które mają wpływ na tempo wdrażania dyrektywy INSPIRE. Zakres przeglądu objął trzy obszary, odpowiadające zakresom stosowania pojęcia interoperacyjności, a mianowicie: obszar techniczny, semantyczny i biznesowy.

EN

The paper presents a review of issues that influence the implementation of the INSPIRE Directive. The scope of the review covers three areas connected with the notion of interoperability, namely: a) technical area (metadata, presentation, copyrights for services and data, modeling and coding, testing, technological solutions), b) semantic area, c) business area. In the conclusions, factors are indicated which, in the authors. opinion, hamper the implementation of the INPIRE Directive in Poland; drawing attention to: lack of appropriate models for financing activities connected with the spatial information infrastructure, delays in issue of guidelines for elaboration of metadata and insufficent popularization of free software in public administration.

5

Left ventricle phantom and experimental setup for MRI and echocardiography – Preliminary results of data acquisitions

70%

Cygan S. , Werys K. , Błaszczyk Ł. , Kubik T. , Kałużyński K.

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2014

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tom Vol. 34, no. 1

19--24

EN

Methods for imaging myocardial strains are a subject of intense research. Many methods are being proposed by scientists from numerous laboratories. Those methods are designated for ultrasonic imaging or for magnetic resonance tomography. Attempts to quantitatively compare results obtained from those modalities are scarce. In this work a left ventricle phantom and an experimental setup are described, that enable subsequent acquisition of ultrasonic and MRI data with a well defined phantom geometry and deformation pattern and thus enabling quantitative comparison of strain estimation results. Tagged MRI and ultrasonic RF data appropriate for strain estimation techniques have been registered and presented.

6

An assessment of the quality of near-real time GNSS observations as a potential data source for meteorology

51%

Dymarska N. , Rohm W. , Sierny J. , Kapłon J. , Kubik T. , Kryza M. , Jutarski J. , Gierczak J. , Kosierb R.

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2017

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tom Vol. 5, Iss. 1

3--13

EN

The Global Navigation Satellite System (GNSS) can be used to determine accurate and high-frequency atmospheric parameters, such as Zenith Total Delay (ZTD) or Precipitable Water Vapour (PW), in all-weather conditions. These parameters are often assimilated into Numerical Weather Prediction (NWP) models and used for nowcasting services and climate studies. The effective usage of the ZTDs obtained from a ground-based GNSS receiver’s network in a NWP could fill the gap of insufficient atmospheric water vapour state information. The supply of such information with a latency acceptable for NWP assimilation schemes requires special measures in the GNSS data processing, quality control and distribution. This study is a detailed description of the joint effort of three institutions – Wrocław University of Environmental and Life Sciences, Wrocław University, and the Institute of Meteorology and Water Management – to provide accurate and timely GNSS-based meteorological information. This paper presents accuracy analyses of near real-time GNSS ZTD validated against reference ZTD data: the International GNSS Service (IGS) from a precise GNSS solution, Weather Research and Forecasting (WRF) model, and radiosonde profiles. Data quality statistics were performed for five GNSS stations in Poland over a time span of almost a year (2015). The comparison of near real-time ZTD and IGS shows a mean ZTD station bias of less than 3 mm with a related standard deviation of less than 10 mm. The bias between near real-time ZTD and WRF ZTD is in the range of 5-11 mm and the overall standard deviation is slightly higher than 10 mm. Finally, the comparison of the investigated ZTD against radiosonde showed an average bias at a level of 10 mm, whereas the standard deviation does not exceed 14 mm. Considering the data quality, we assess that the NRT ZTD can be assimilated into NWP models.