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Papers by Bundit Ruckveratham

A waveform distortion on human body of an ultra wideband body area network (UWB-BAN) system can b... more A waveform distortion on human body of an ultra wideband body area network (UWB-BAN) system can be extremely distorted through a channel even for free-space transmission because of antenna dispersion. Therefore, the understand of antenna characteristics, which effects on waveform distortion, is necessary. This paper presents the waveform distortion due to human body for wireless meadical applications based on measurement data. The template waveform is considered at the receiver side to maximize the SNR for evaluation. In this results are evaluate based on the extended Friis' transmission formula. This technique gives very accurate results and is very useful for the design and evaluation of UWB-BAN transmission waveform for wireless medical applications, especially focusing on the effect of template waveform.

An ultra wideband body area network (UWB-BAN) system can be extremely distorted through a channel... more An ultra wideband body area network (UWB-BAN) system can be extremely distorted through a channel even for free-space transmission because of antenna dispersion. Therefore, the understand of antenna characteristics, which effects on waveform distortion, is necessary. This paper presents the waveform distortion due to human body for wireless meadical applications based on measurement data. The template waveform is considered at the receiver side to maximize the SNR for evaluation. In this results are evaluate based on the extended Friis' transmission formula. This technique gives very accurate results and is very useful for the design and evaluation of UWB-BAN transmission waveform for wireless medical applications, especially focusing on the effect of template waveform.

IEEE Conference Proceedings, 2016

2017 International Conference on Digital Arts, Media and Technology (ICDAMT), 2017

The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting ... more The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting - Second Generation Terrestrial (DVB-T2) for Single Frequency Network (SFN) is very important for the performance of the receiver. The power gain and MER gain are considered based on the data measurement. However, the quality of service in the SFN area will depend on the number and nature of the received signal (number of transmitters, relative delays, and relative amplitudes). In this paper, we proposed to estimate the reception quality under the SFN environment with the delay spread of two transmitters no longer than the guard interval. The results are useful for estimation and analysis the DVB-T2 Single Frequency Network performance and optimization for DVB-T2 network.

2019 Joint International Conference on Digital Arts, Media and Technology with ECTI Northern Section Conference on Electrical, Electronics, Computer and Telecommunications Engineering (ECTI DAMT-NCON), 2019

DVB-T2 broadcasting with a single frequency network allows an efficient management of frequency u... more DVB-T2 broadcasting with a single frequency network allows an efficient management of frequency utilization and extend the coverage area, which will enable more people to view a broadcast. The SFN mode also increases the concentration of the signal in overlap areas. However, some different of overlap areas in actual use of SFN networks may have some degradation of the received signal due to the effect of the SFN. In this research, we analyze SFN broadcasting in SISO mode. This paper represents the effects of delays on the SFN signal over different delay times within the guard interval by analyzing the minimum reception threshold. The analysis of received signal power, MER, bBER, LBER, and noise margin are studied using an actual digital television transmitter for the experiment. The results show that the minimum thresholds for a delay time at 0 microseconds will require higher receive signal power than other delay times within the GI. The results of this experiment are useful in des...

TURKISH JOURNAL OF ELECTRICAL ENGINEERING & COMPUTER SCIENCES, Sep 18, 2019

DVB-T2 broadcasting with a single frequency network (SFN) allows an efficient management of frequ... more DVB-T2 broadcasting with a single frequency network (SFN) allows an efficient management of frequency utilization and extends the coverage area, which will enable more people to view a broadcast. The SFN mode also increases the concentration of the signal in overlap areas. However, some difference of overlap areas in actual use of SFN networks may have some degradation of the received signal due to the effect of the SFN. In this research, we analyze SFN broadcasting in SISO mode. This paper represents the effects of delays on the SFN signal over different delay times within the guard interval (GI) by analyzing the minimum reception threshold. The analysis of received signal power, MER, bBER, LBER, and noise margin are studied using an actual digital television transmitter for the experiment. The results show that the minimum thresholds for a delay time at 0 microseconds will require higher receive signal power than other delay times within the GI. The results of this experiment are useful in designing the SFN network and make it possible to determine the appropriate C/N threshold for the design of the digital terrestrial television network.

2018 Global Wireless Summit (GWS), 2018

In this research presents laboratory experiments for analyzing the Single Frequency Network trans... more In this research presents laboratory experiments for analyzing the Single Frequency Network transmission of DVB-T2 by using the real transmitter and receiver in the experiment. The main objective of the research was to study the SFN threshold reception for broadcasting by analyzing and evaluating the effects of the delay time between two SFN transmitters within the guard interval time. The results of this laboratory experiment provide the information for customizing the SFN broadcasting system to optimization and design for Single Frequency Network broadcasting system.

2016 13th International Conference on Electrical Engineering/Electronics, Computer, Telecommunications and Information Technology (ECTI-CON), 2016

The performance of propagation analysis of DVB-T2 (Digital Video Broadcasting - Second Generation... more The performance of propagation analysis of DVB-T2 (Digital Video Broadcasting - Second Generation Terrestrial) is very significant for digital television broadcasting. That will analyze the effectiveness of the setting parameters that use for suitable of broadcasting. This paper provides the performance evaluation of DVB-T2 for fixed reception by the received signal measurement. The field measurements were taken in Bangkok of Thailand, along 20 locations. The receiver used to analyze the DVB-T2 signal providing several quality measurements (Power, C/N, MER, BER, constellation diagram, etc.).The results of the study could be useful for the improvement of DVB-T2 broadcast such as transmitter adjustment and gap filler transmitter installation to optimize the efficiency of digital television broadcasting.

Wireless Personal Communications

Wireless Personal Communications

The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting-... more The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting-Second Generation Terrestrial (DVB-T2) for Single Frequency Network (SFN) is very important for receiver performance. The power gain and MER gain and are considered based on the data measurement. However, the quality of service in the SFN area will depend on the number and nature of the received signal (number of transmitters, relative delays, and relative amplitudes). In this paper, we proposed to estimate the reception quality under the SFN environment with the delay spread of two transmitters no longer than the guard interval. The results are useful for estimation and analysis the DVB-T2 Single Frequency Network performance and optimization for DVB-T2 network.

A waveform distortion on human body of an ultra wideband body area network (UWB-BAN) system can b... more A waveform distortion on human body of an ultra wideband body area network (UWB-BAN) system can be extremely distorted through a channel even for free-space transmission because of antenna dispersion. Therefore, the understand of antenna characteristics, which effects on waveform distortion, is necessary. This paper presents the waveform distortion due to human body for wireless meadical applications based on measurement data. The template waveform is considered at the receiver side to maximize the SNR for evaluation. In this results are evaluate based on the extended Friis' transmission formula. This technique gives very accurate results and is very useful for the design and evaluation of UWB-BAN transmission waveform for wireless medical applications, especially focusing on the effect of template waveform.

An ultra wideband body area network (UWB-BAN) system can be extremely distorted through a channel... more An ultra wideband body area network (UWB-BAN) system can be extremely distorted through a channel even for free-space transmission because of antenna dispersion. Therefore, the understand of antenna characteristics, which effects on waveform distortion, is necessary. This paper presents the waveform distortion due to human body for wireless meadical applications based on measurement data. The template waveform is considered at the receiver side to maximize the SNR for evaluation. In this results are evaluate based on the extended Friis' transmission formula. This technique gives very accurate results and is very useful for the design and evaluation of UWB-BAN transmission waveform for wireless medical applications, especially focusing on the effect of template waveform.

IEEE Conference Proceedings, 2016

2017 International Conference on Digital Arts, Media and Technology (ICDAMT), 2017

The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting ... more The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting - Second Generation Terrestrial (DVB-T2) for Single Frequency Network (SFN) is very important for the performance of the receiver. The power gain and MER gain are considered based on the data measurement. However, the quality of service in the SFN area will depend on the number and nature of the received signal (number of transmitters, relative delays, and relative amplitudes). In this paper, we proposed to estimate the reception quality under the SFN environment with the delay spread of two transmitters no longer than the guard interval. The results are useful for estimation and analysis the DVB-T2 Single Frequency Network performance and optimization for DVB-T2 network.

2019 Joint International Conference on Digital Arts, Media and Technology with ECTI Northern Section Conference on Electrical, Electronics, Computer and Telecommunications Engineering (ECTI DAMT-NCON), 2019

DVB-T2 broadcasting with a single frequency network allows an efficient management of frequency u... more DVB-T2 broadcasting with a single frequency network allows an efficient management of frequency utilization and extend the coverage area, which will enable more people to view a broadcast. The SFN mode also increases the concentration of the signal in overlap areas. However, some different of overlap areas in actual use of SFN networks may have some degradation of the received signal due to the effect of the SFN. In this research, we analyze SFN broadcasting in SISO mode. This paper represents the effects of delays on the SFN signal over different delay times within the guard interval by analyzing the minimum reception threshold. The analysis of received signal power, MER, bBER, LBER, and noise margin are studied using an actual digital television transmitter for the experiment. The results show that the minimum thresholds for a delay time at 0 microseconds will require higher receive signal power than other delay times within the GI. The results of this experiment are useful in des...

TURKISH JOURNAL OF ELECTRICAL ENGINEERING & COMPUTER SCIENCES, Sep 18, 2019

DVB-T2 broadcasting with a single frequency network (SFN) allows an efficient management of frequ... more DVB-T2 broadcasting with a single frequency network (SFN) allows an efficient management of frequency utilization and extends the coverage area, which will enable more people to view a broadcast. The SFN mode also increases the concentration of the signal in overlap areas. However, some difference of overlap areas in actual use of SFN networks may have some degradation of the received signal due to the effect of the SFN. In this research, we analyze SFN broadcasting in SISO mode. This paper represents the effects of delays on the SFN signal over different delay times within the guard interval (GI) by analyzing the minimum reception threshold. The analysis of received signal power, MER, bBER, LBER, and noise margin are studied using an actual digital television transmitter for the experiment. The results show that the minimum thresholds for a delay time at 0 microseconds will require higher receive signal power than other delay times within the GI. The results of this experiment are useful in designing the SFN network and make it possible to determine the appropriate C/N threshold for the design of the digital terrestrial television network.

2018 Global Wireless Summit (GWS), 2018

In this research presents laboratory experiments for analyzing the Single Frequency Network trans... more In this research presents laboratory experiments for analyzing the Single Frequency Network transmission of DVB-T2 by using the real transmitter and receiver in the experiment. The main objective of the research was to study the SFN threshold reception for broadcasting by analyzing and evaluating the effects of the delay time between two SFN transmitters within the guard interval time. The results of this laboratory experiment provide the information for customizing the SFN broadcasting system to optimization and design for Single Frequency Network broadcasting system.

2016 13th International Conference on Electrical Engineering/Electronics, Computer, Telecommunications and Information Technology (ECTI-CON), 2016

The performance of propagation analysis of DVB-T2 (Digital Video Broadcasting - Second Generation... more The performance of propagation analysis of DVB-T2 (Digital Video Broadcasting - Second Generation Terrestrial) is very significant for digital television broadcasting. That will analyze the effectiveness of the setting parameters that use for suitable of broadcasting. This paper provides the performance evaluation of DVB-T2 for fixed reception by the received signal measurement. The field measurements were taken in Bangkok of Thailand, along 20 locations. The receiver used to analyze the DVB-T2 signal providing several quality measurements (Power, C/N, MER, BER, constellation diagram, etc.).The results of the study could be useful for the improvement of DVB-T2 broadcast such as transmitter adjustment and gap filler transmitter installation to optimize the efficiency of digital television broadcasting.

Wireless Personal Communications

Wireless Personal Communications

The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting-... more The evaluation of power gain and modulation error ratio (MER) gain of Digital Video Broadcasting-Second Generation Terrestrial (DVB-T2) for Single Frequency Network (SFN) is very important for receiver performance. The power gain and MER gain and are considered based on the data measurement. However, the quality of service in the SFN area will depend on the number and nature of the received signal (number of transmitters, relative delays, and relative amplitudes). In this paper, we proposed to estimate the reception quality under the SFN environment with the delay spread of two transmitters no longer than the guard interval. The results are useful for estimation and analysis the DVB-T2 Single Frequency Network performance and optimization for DVB-T2 network.