This paper briefly reviews motivators for indoor diffuse infrared wireless communications and discusses the difficulties in realizing high data rate implementations. We consider a sub-set of traditional performance enhancing techniques and compare them with the proposed novel wavelet and artificial intelligence (AI) detection mechanism. Results of computer simulations for both the minimum mean square error (MMSE) equalizer and wavelet–AI receivers are presented that indicate the performance of the wavelet–AI receiver is almost indistinguishable from that of the match filter MMSE receiver
This paper reports the experimental evaluation of the On-Off Keying (OOK) modulation technique for a...
In this thesis, we discuss the issue of using infrared light as a carrier for broadband indoor wirel...
In this paper, we apply the perfect difference codes in wireless infrared systems considering the di...
This paper briefly reviews motivators for indoor diffuse infrared wireless communications and discus...
This paper briefly reviews motivators for indoor diffuse infrared wireless communications and discus...
Wireless networks allow information to be accessed or exchanged anywhere without the need for a fixe...
This thesis investigates the use of Wavelet Analysis and Artificial Intelligence as elements of a di...
Wireless networks allow data to be exchanged without the need for fixed connection. Such networks ar...
Optical wireless diffuse indoor infrared communication systems have as yet large unrealized bandwidt...
Abstract: The simulated bit error rate (BER) performance of a receiver structure employing wavelet a...
This paper presents an alternative approach for signal detection and equalization using the continuo...
Indoor diffuse optical wireless (OW) communication systems performance is limited due to a number of...
This paper reports the experimental wavelet denoising techniques carried out for the first time for ...
The emergence of portable computing devices is expected to accelerate the introduction of wireless L...
Artificial neural network (ANN) has application in communication engineering in diverse areas such a...
This paper reports the experimental evaluation of the On-Off Keying (OOK) modulation technique for a...
In this thesis, we discuss the issue of using infrared light as a carrier for broadband indoor wirel...
In this paper, we apply the perfect difference codes in wireless infrared systems considering the di...
This paper briefly reviews motivators for indoor diffuse infrared wireless communications and discus...
This paper briefly reviews motivators for indoor diffuse infrared wireless communications and discus...
Wireless networks allow information to be accessed or exchanged anywhere without the need for a fixe...
This thesis investigates the use of Wavelet Analysis and Artificial Intelligence as elements of a di...
Wireless networks allow data to be exchanged without the need for fixed connection. Such networks ar...
Optical wireless diffuse indoor infrared communication systems have as yet large unrealized bandwidt...
Abstract: The simulated bit error rate (BER) performance of a receiver structure employing wavelet a...
This paper presents an alternative approach for signal detection and equalization using the continuo...
Indoor diffuse optical wireless (OW) communication systems performance is limited due to a number of...
This paper reports the experimental wavelet denoising techniques carried out for the first time for ...
The emergence of portable computing devices is expected to accelerate the introduction of wireless L...
Artificial neural network (ANN) has application in communication engineering in diverse areas such a...
This paper reports the experimental evaluation of the On-Off Keying (OOK) modulation technique for a...
In this thesis, we discuss the issue of using infrared light as a carrier for broadband indoor wirel...
In this paper, we apply the perfect difference codes in wireless infrared systems considering the di...