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Jeans Textile Antenna for Smart Wearable Antenna
2018 12th International Symposium on Antennas, Propagation and EM Theory (ISAPE), 2018This paper proposes a design of a dual band textile wearable antenna with miniaturized structure. The textile wearable antenna is designed at ISM band(2.45GHz and 5.8GHz). Choose denim material and copper tape as antenna substrate and radiating element, respectively.
Kai-hong Wang, Jiu-sheng Li
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This chapter explores the transformative impact of smart antennas on modern connectivity, emphasizing their capacity to revolutionize communication through technology convergence. It discusses the core principles and advancements in smart antenna design, examining their applications across diverse domains such as wireless communication, satellite ...
Veerendra Dakulagi +4 more
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Veerendra Dakulagi +4 more
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2000 IEEE International Conference on Personal Wireless Communications. Conference Proceedings (Cat. No.00TH8488), 2002
This paper presents a novel hybrid beam steering scheme for mobile cellular applications. In this scheme, a linear equispaced sensor array of N antenna elements at the base station is used to form a fixed beam pattern in a fixed number of directions covering the cell area.
K. Rambabu, R. Rajagopal
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This paper presents a novel hybrid beam steering scheme for mobile cellular applications. In this scheme, a linear equispaced sensor array of N antenna elements at the base station is used to form a fixed beam pattern in a fixed number of directions covering the cell area.
K. Rambabu, R. Rajagopal
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Smart Materials and Structures, 1996
Recent studies have shown that reflector surface adaptation can achieve performance characteristics of the order of phase array antennas without their complexity and cost. This study develops a class of antennas capable of variable directivity (beam steering) and power density (beam shaping).
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Recent studies have shown that reflector surface adaptation can achieve performance characteristics of the order of phase array antennas without their complexity and cost. This study develops a class of antennas capable of variable directivity (beam steering) and power density (beam shaping).
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Proceedings of the 16th International Symposium on Power Semiconductor Devices & IC's, 2004
Summary form only given. The antenna is indispensable in wireless communications. An antenna array is well known for its power in harnessing spatially distributed radio energy for more reliable data reception. Current trends in smart antenna technology primarily focus on mobile environments where fast channel fading is predominant in limiting channel ...
null Yingbo Hua +2 more
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Summary form only given. The antenna is indispensable in wireless communications. An antenna array is well known for its power in harnessing spatially distributed radio energy for more reliable data reception. Current trends in smart antenna technology primarily focus on mobile environments where fast channel fading is predominant in limiting channel ...
null Yingbo Hua +2 more
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2001 IEEE MTT-S International Microwave Sympsoium Digest (Cat. No.01CH37157), 2002
This paper describes a smart lens antenna array in which a portion of the signal processing is implemented at the analog front end, resulting in reduced processing load. The design of constrained lens arrays is described, and simulations of optimal receiver placement in the array are shown.
J. Vian, Z. Popovic
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This paper describes a smart lens antenna array in which a portion of the signal processing is implemented at the analog front end, resulting in reduced processing load. The design of constrained lens arrays is described, and simulations of optimal receiver placement in the array are shown.
J. Vian, Z. Popovic
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Multiple antennas: smart antenna systems
2010Introduction Wireless channels suffer from time-varying impairments such as multipath fading, interference, and noise. Diversity, such as time, frequency, space, polarization, or angle diversity, is typically used to mitigate these impairments. Diversity gain is achieved by receiving independent-fading replicas of the signal.
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Smart antennas for wireless communications
2014Future wireless communication systems are expected to support a wide range of services which include video, data and voice. To achieve the necessary capacity for these systems, several smart antenna systems have been proposed and demonstrated at the base station of wireless communication systems.
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Smart navigational antenna array
2016 4th International Conference on Methods and Systems of Navigation and Motion Control (MSNMC), 2016The description of smart navigation antenna array with noise suppression and with a sector of space reviewing in the horizontal plane less than 180° (2φ0.5 < 90°) was considered. The detailed block diagram of navigational antenna was built.
L.Y. Ilnitsky +2 more
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CDMA Smart Antenna Performance
2006Applications of smart antenna technology to CDMA networks include both high-mobility cellular/PCS as well as fixed-terminal and low-mobility wireless local hop deployments. Smart antennas are emerging as an integral element of the new wideband CDMA standards for third generation mobile telephone systems across North America, Europe and Asia. This paper
Martin J. Feuerstein +3 more
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