Worldwide Interoperability for Microwave Access (WiMAX) provides wireless broadband to fixed and mobile terminals. In this paper, firstly performance evaluation of WiMAX system without channel estimation is carried out. Then a fuzzy logic based channel estimation technique is proposed. Channel estimation is used because amplitude and phase shift causes error in wireless channel. Finally, Performance evaluation of WiMAX system using channel estimation technique is done. Bit error rate performance for different modulation schemes is then compared. Results show that by using channel estimation technique, bit error rate for all adaptive modulation techniques are improved
This thesis takes upon itself to describe the medium of the radio channel for a WiMAX installation ...
With drastic increase in demand of high speed data services, achieving better performance of high sp...
The demands for high speed applications are growing at a faster rate. To meet theserequirements, 4G ...
Mobile WiMAX is a wireless networking system which provides wireless broadband to fixed and mobile t...
Abstract-- WiMAX (worldwide interoperability for microwave access) is one of the wireless broadband ...
The advancements in broadband and mobile communication has given many privileges to the subscribers ...
WOS: 000258170500046In this letter we purpose adaptive neuro-fuzzy inference system (ANFIS) for chan...
WiMAX is an emerging and powerful technology in broadband wireless communications in that it can pro...
The modern wireless systems are required to have high voice quality and data rate. Since our concern...
This study proposes an efficient channel-estimation scheme for Multiband (MB) Orthogonal Frequency D...
[[abstract]]© 2006 Institute of Electrical and Electronics Engineers - In this paper, we present an ...
AbstractPower allocation and energy consumption of mobile subscriber stations are very important iss...
This thesis presents an TSK fuzzy approach to channel estimation for multiple-input multiple-output ...
The image transmission over wireless channel is already explored by many researchers. Due to eye per...
Mobile communication has developed very during the last few years. Due to this fast development in t...
This thesis takes upon itself to describe the medium of the radio channel for a WiMAX installation ...
With drastic increase in demand of high speed data services, achieving better performance of high sp...
The demands for high speed applications are growing at a faster rate. To meet theserequirements, 4G ...
Mobile WiMAX is a wireless networking system which provides wireless broadband to fixed and mobile t...
Abstract-- WiMAX (worldwide interoperability for microwave access) is one of the wireless broadband ...
The advancements in broadband and mobile communication has given many privileges to the subscribers ...
WOS: 000258170500046In this letter we purpose adaptive neuro-fuzzy inference system (ANFIS) for chan...
WiMAX is an emerging and powerful technology in broadband wireless communications in that it can pro...
The modern wireless systems are required to have high voice quality and data rate. Since our concern...
This study proposes an efficient channel-estimation scheme for Multiband (MB) Orthogonal Frequency D...
[[abstract]]© 2006 Institute of Electrical and Electronics Engineers - In this paper, we present an ...
AbstractPower allocation and energy consumption of mobile subscriber stations are very important iss...
This thesis presents an TSK fuzzy approach to channel estimation for multiple-input multiple-output ...
The image transmission over wireless channel is already explored by many researchers. Due to eye per...
Mobile communication has developed very during the last few years. Due to this fast development in t...
This thesis takes upon itself to describe the medium of the radio channel for a WiMAX installation ...
With drastic increase in demand of high speed data services, achieving better performance of high sp...
The demands for high speed applications are growing at a faster rate. To meet theserequirements, 4G ...