Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  explores a multi user wireless deterministic channel in the presence of active scattering devices, or active scatters. Optimization of ighting vectors is employed on the transmitter side to form multiple orthogonal beams that feature frequency reuse at the same time.  focus on the possibility of forming two orthogonal beams. With the use of MATLAB and CVX, the solvability of optimal ighting vectors can be determined. Each orthogonal beam is dedicated to one specific receive antenna element with at least 20 dBm suppression of the beam pattern at other receive antenna elements. The peak of one beam is aligned with nulls (i.e. −20 dBm) of other beams.  simulate the system by adding QPSK modulation and determine the performance of the proposed system that transmits signals via multiple orthogonal beams.
['Victoria T. Campana', 'Hen-Geul Yeh', 'Joe Lee', 'Donald C. D. Chang']
I am writing a research paper on a idea Multiple orthogonal beams with multi-user and frequency reuse via active scattering devices
[{"from": "human", "value": "I am writing a research paper on a idea Multiple orthogonal beams with multi-user and frequency reuse via active scattering devices"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely:  explores a multi user wireless deterministic channel in the presence of active scattering devices, or active scatters. Optimization of ighting vectors is employed on the transmitter side to form multiple orthogonal beams that feature frequency reuse at the same time.  focus on the possibility of forming two orthogonal beams. With the use of MATLAB and CVX, the solvability of optimal ighting vectors can be determined. Each orthogonal beam is dedicated to one specific receive antenna element with at least 20 dBm suppression of the beam pattern at other receive antenna elements. The peak of one beam is aligned with nulls (i.e. \u221220 dBm) of other beams.  simulate the system by adding QPSK modulation and determine the performance of the proposed system that transmits signals via multiple orthogonal beams."}]