| Technical Name | Easily Implementable Beamforming System | ||
|---|---|---|---|
| Project Operator | National Chiao Tung University | ||
| Project Host | 唐震寰 | ||
| Summary | This invention includes a fine-beam tuner. This fine-beam tuner can extend the beam-steering function of the conventional Butler matrix. Moreover, this invention can form multiple beams simultaneously. |
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| Scientific Breakthrough | This invention includes a fine-beam tuner. This fine-beam tuner can extend the beam-steering function of the conventional Butler matrix. Moreover, this invention can form multiple beams simultaneously. Moreover, this invention needs not high-resolution phase shifter. These features are the breakthrough that the conventional beamforming system could not provide. |
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| Industrial Applicability | This invention can form multiple steerable beams at the same time. Therefore, it has the potential for the applications on advanced beamforming system such as 5G communication system,millimeter-wave radar system. |
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| Keyword | Beamforming system Multi-beam Phased array 5G communication system Radar system Mullimeter-wave Butler-matrix Multi-user MIMO system No phase shifter Beam steering | ||
| Notes | |||
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