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Implementation error coding for NG-PON2 in matlab
Gallo, Martin
The work deals with mathematical implementation of the newest NG-PON2 standard for PON networks from error correction coding point of view. The aim is to determine the effectiveness of this system in mathematical model for transmitting and receiving data via optical interface with help of artificial noise interface.
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Optical fibre sensors
Gallo, Martin ; Šifta, Radim (oponent) ; Münster, Petr (vedoucí práce)
The aim of this thesis is to examine in detail the possibility of fiber as optical sensor. This work deals with optical fiber sensors, their distribution and use. Describes the most renowned types, their advantages and disadvantages. At the beginning of this thesis there is an introduction to optical fibers, description of well-known linear and nonlinear phenomena occurring in them, development of optical sensors. Sensors are cleraly divided by usage and common attributes. The paper focuses on distributed optical fiber sensors and includes two different designs of these sensors there are also basic principles in designing distributed sensors. At the end of the work, the sensor using Brillouin scattering measuring vibration is simulated in the simulation program. Viewed transmitted signal spectra are shown and conclusions of results are drawn.
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Impact assessment of split ratios on passive optical network
Gallo, Martin ; Kočí, Lukáš (oponent) ; Horváth, Tomáš (vedoucí práce)
This thesis deals with the most recent passive optical network standard NG-PON2, describes the sublayer model which includes error correction coding during propagation in optical fibres. Assesses the impact of split ratios using the simulation environment created from defined model and compares various scenarios. Discusses possible sources of errors of simulation model in compare to real deployment.
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Implementation error coding for NG-PON2 in matlab
Gallo, Martin
The work deals with mathematical implementation of the newest NG-PON2 standard for PON networks from error correction coding point of view. The aim is to determine the effectiveness of this system in mathematical model for transmitting and receiving data via optical interface with help of artificial noise interface.
|
|
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Optical fibre sensors
Gallo, Martin ; Šifta, Radim (oponent) ; Münster, Petr (vedoucí práce)
The aim of this thesis is to examine in detail the possibility of fiber as optical sensor. This work deals with optical fiber sensors, their distribution and use. Describes the most renowned types, their advantages and disadvantages. At the beginning of this thesis there is an introduction to optical fibers, description of well-known linear and nonlinear phenomena occurring in them, development of optical sensors. Sensors are cleraly divided by usage and common attributes. The paper focuses on distributed optical fiber sensors and includes two different designs of these sensors there are also basic principles in designing distributed sensors. At the end of the work, the sensor using Brillouin scattering measuring vibration is simulated in the simulation program. Viewed transmitted signal spectra are shown and conclusions of results are drawn.
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|
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Impact assessment of split ratios on passive optical network
Gallo, Martin ; Kočí, Lukáš (oponent) ; Horváth, Tomáš (vedoucí práce)
This thesis deals with the most recent passive optical network standard NG-PON2, describes the sublayer model which includes error correction coding during propagation in optical fibres. Assesses the impact of split ratios using the simulation environment created from defined model and compares various scenarios. Discusses possible sources of errors of simulation model in compare to real deployment.
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