Company Filing History:
Years Active: 2025
Title: Bing Lan: Innovator in Phased Array Calibration
Introduction:
Bing Lan, an accomplished inventor residing in Zhoushan, China, has contributed significantly to the field of phased array calibration. With a total of two patents to his name, his innovative approaches address crucial inefficiencies in existing calibration methods.
Latest Patents:
Bing Lan's recent patents include groundbreaking methodologies that leverage advanced neural networks for improved calibration accuracy. The first patent titled Methods for Phased Array Calibration Based on CNN-LSTM Using Power Measurement describes a comprehensive technique where a phased array calibration signal model is established. This involves preparing data for training a neural network without actual measurements, preprocessing the generated data, and creating a final calibration model using a CNN-LSTM network. This method notably increases calibration efficiency while significantly reducing measurement requirements compared to traditional power measurement-based methods.
His second patent, Method for Fast Automatic Calibration of Phased Array Based on Residual Neural Network, focuses on automating the calibration process. By measuring the amplitude and phase of array signals and utilizing simulated datasets generated by software, this technique allows for rapid and accurate estimation of amplitude-phase errors in phased arrays.
Career Highlights:
Throughout his career, Bing Lan has aligned himself with esteemed institutions such as Donghai Laboratory and Zhejiang University. His work at these institutions has facilitated significant advancements in his research area, enabling him to refine his innovative methods further.
Collaborations:
Bing Lan has collaborated with talented professionals, including Haotian Chen and Nayu Li. Together, they have contributed to the evolution of phased array calibration techniques, fostering significant advancements in their respective fields.
Conclusion:
Bing Lan's remarkable contributions to phased array calibration through his patents exemplify the intersection of innovation and technology. His work not only addresses existing challenges but also sets a foundation for future developments in the field. As an inventor, his methodologies reflect a commitment to improving measurement techniques and achieving higher calibration efficiencies.