[[abstract]]在本論文中,我們提出在無線網路之智慧型天線分集上(Smart antenna diversity)的演算法,並分析RSSI (Received signal strength index)對成功率(Success rate)的影響。因目前所有的無線系統皆有RSSI,以此來當作接收訊號的好壞依據進而影響到傳輸速率, 當我們將RSSI選擇在越好的訊號下,其可使接收品質提升,且傳輸速率也可相對提高許多。[[abstract]]In this paper, we propose the Smart Antenna Diversity algorithm analyze RSSI and success rate effect in wireless network. In the all wireless system have RSSI and use the quality to influence the transmission rate. We can choose the best signal. The best signal can promote the quality and the transmission rate.[[sponsorship]]聖約翰科技大學電腦與通訊工程系;聖約翰科技大學電機系[[conferencetype]]國內[[conferencedate]]20051116~20051116[[booktype]]紙本[[conferencelocation]]臺北縣, 臺
In this paper we propose a Geometrically Based Single Bounce Elliptical Model (GBSBEM) for multipath...
Communication systems are susceptible to degradation in performance because of interference received...
Decision-making on switching for diversity antennas has been given considerable attention in recent ...
[[abstract]]In this paper, we use an optimal hardware algorithm to perform smart diversity on a set ...
International audienceThe goal of this paper is to study the feasibility of making intelligent anten...
International audienceIn this paper, we study the feasibility of making intelligent antenna selectio...
Thèse préparée à France Télécom R&D Grenoble entre Octobre 2005 et Octobre 2008We are currently seei...
MIMO systems place the same requirements on the RF link as do the receive diversity systems that are...
Numerous In the current years, progression in media transmission advances and the expanding interest...
Today, the importance of wireless communication is known around the world. To achieve better communi...
Antenna diversity is widely used to improve the transmission signal of wireless communication. In...
Smart Antenna technologies will change the economics of 3G radio networks. They provide either a maj...
Abstract—Interference and multipath is one of the current issues in a wireless communication system,...
Abstract—The analysis in this paper concerns the perfor-mance of smart antenna algorithms when used ...
A smart antenna is a digital wireless communications antenna system that takes advantage of diversit...
In this paper we propose a Geometrically Based Single Bounce Elliptical Model (GBSBEM) for multipath...
Communication systems are susceptible to degradation in performance because of interference received...
Decision-making on switching for diversity antennas has been given considerable attention in recent ...
[[abstract]]In this paper, we use an optimal hardware algorithm to perform smart diversity on a set ...
International audienceThe goal of this paper is to study the feasibility of making intelligent anten...
International audienceIn this paper, we study the feasibility of making intelligent antenna selectio...
Thèse préparée à France Télécom R&D Grenoble entre Octobre 2005 et Octobre 2008We are currently seei...
MIMO systems place the same requirements on the RF link as do the receive diversity systems that are...
Numerous In the current years, progression in media transmission advances and the expanding interest...
Today, the importance of wireless communication is known around the world. To achieve better communi...
Antenna diversity is widely used to improve the transmission signal of wireless communication. In...
Smart Antenna technologies will change the economics of 3G radio networks. They provide either a maj...
Abstract—Interference and multipath is one of the current issues in a wireless communication system,...
Abstract—The analysis in this paper concerns the perfor-mance of smart antenna algorithms when used ...
A smart antenna is a digital wireless communications antenna system that takes advantage of diversit...
In this paper we propose a Geometrically Based Single Bounce Elliptical Model (GBSBEM) for multipath...
Communication systems are susceptible to degradation in performance because of interference received...
Decision-making on switching for diversity antennas has been given considerable attention in recent ...