Company Filing History:
Years Active: 2014
Title: Innovations by Kia Leong Tan: Integrating Advanced Sampling Techniques
Introduction: Kia Leong Tan is an accomplished inventor based in Bayan Lepas, Malaysia. With a strong focus on integrated circuit technology, Kia has made significant contributions to the field of data sampling. Her innovative approaches demonstrate the potential for enhanced efficiency in data processing systems.
Latest Patents: Kia is credited with one patent, titled "Techniques for Oversampling a Data Stream in an Integrated Circuit." This patent outlines a method for sampling input data streams within integrated circuits. The technique involves receiving a first input stream at a specified operating rate and transmitting it to multiple transceiver channels within the integrated circuit. Each channel samples the data at a different operating rate and outputs a processed data stream. The ability to adjust and select data streams from various channels showcases Kia's contribution to optimizing data handling in high-performance systems.
Career Highlights: Kia Leong Tan currently works at Altera Corporation, a leading company in the field of programmable logic devices. Her role at Altera highlights her commitment to advancing technology solutions and her expertise in integrated circuits.
Collaborations: Kia collaborates with notable coworkers such as Zhi Y Wong and Albert Lee, sharing insights and innovative strategies that fortify their collective work at Altera Corporation. Their teamwork contributes to the development of cutting-edge technologies in the industry.
Conclusion: Kia Leong Tan exemplifies the spirit of innovation in the field of integrated circuits. Her patented techniques for oversampling data streams not only enhance the performance of integrated circuits but also reflect her dedication to advancing technological solutions. As she continues her journey at Altera Corporation, Kia's contributions will undoubtedly shape the future of data processing and integrated circuit technology.