Yili Wang

Title: Innovator Spotlight: Yili Wang's Bluetooth-Based Data Transmission Patent

Introduction: Yili Wang is a notable inventor hailing from Chengdu, China. With a focus on communication technology, Yili has contributed to the field through his innovative patent. His work reinforces the importance of advancements in data transmission, particularly in Bluetooth technology.

Latest Patents: Yili Wang holds a patent for a "Bluetooth-based data transmission method and data receiving method, communicating apparatus and computer storage medium." This patent encompasses a method applied on a first device that includes several key steps. Firstly, it establishes a communication connection with a second device. Additionally, it involves determining a sniff interval that contains a sniff wake-up window and entering a sniff mode. During this phase, a first data packet is transmitted to the second device within the defined sniff interval, ensuring that the transmission duration is equal to or longer than two time slots. This innovative method allows for synchronization between the transmission of the first device and the reception of the second device, demonstrating a significant advancement in Bluetooth communication capabilities.

Career Highlights: Yili Wang is currently associated with MediaTek Singapore Pte. Ltd., where he continues to work on communication technologies. His expertise and focus on Bluetooth data transmission have positioned him as a valuable asset in his organization.

Collaborations: At MediaTek, Yili collaborates with talented colleagues, including Zhiyong Zhang and Enhong Zhu. These partnerships enhance the innovation process, allowing for the exchange of ideas and expertise.

Conclusion: Yili Wang's contributions to Bluetooth technology through his patent are essential in today's digital communication landscape. His work not only showcases his inventiveness but also highlights the collaborative efforts within his company. As communication technologies continue to evolve, Yili's innovations will likely play a crucial role in shaping the future of data transmission.