Junyi Li

Vice President of Engineering at Qualcomm. Qualcomm Fellow. IEEE Fellow. Co-founder of Flarion Technologies. A pioneer of OFDMA.

Junyi Li's extensive work and innovative patents have significantly influenced wireless communications. His dedication to research and development, coupled with valuable collaborations, illustrates his commitment to advancing technology for enhanced listener experiences and communication efficiency.

A base station sends a grant to a UE for sidelink communication, including a destination ID and resource mapping. If the receiver differs from the default, the grant identifies the new receiver.

Methods and systems are described where a base station sends a grant to a first UE for sidelink communication, indicating resource allocation and a destination identifier. The identifier is based on information from the first UE. If the receiver differs from the default, the base station specifies the new receiver in the grant.

Woosuk Ko

Research Fellow, LG Electronics.

Woosuk Ko's achievements as an inventor highlight his immense talent and dedication to technological advancements. With an impressive portfolio of patents, his contributions to wireless communication systems and digital receiving apparatus have undoubtedly paved the way for future innovations in the field.

A method and apparatus are disclosed for determining the position of a V2X device in a wireless system. The device receives signals from two RSUs via two antennas placed at a known distance. It measures the reception time differences for each signal between the antennas and calculates the device’s position based on these time differences.

Wei Zeng

Sr. Manager, Cellular System Engineering at Apple.

Wei Zeng's pioneering work and extensive patent portfolio in the realm of wireless communications make him a key figure in the industry. His latest patents, including LTE NR power control for EN-DC and flexible downlink control signal monitoring, demonstrate his ability to tackle complex challenges and provide innovative solutions.

A user equipment (UE) monitors a frequency band during a DRS window for a synchronization signal block (SSB) from a network cell, determines the SSB index using received information, and synchronizes with the cell based on that index.

Beam determination allows an access node and UE to select beams for uplink/downlink. The AN sends reference signals like CSI-RS, which the UE uses for beam failure detection and recovery.

Xiaobo Zhang

CTO at LangBo Com.

Xiaobo Zhang's extensive patent portfolio and remarkable contributions in wireless communication have solidified his position as a notable inventor. His methodical and innovative approach has propelled the industry forward, improving the efficiency and effectiveness of wireless communication technologies.

A vehicle belt assembly includes a belt body with at least one loop-free end, where a first attachment is fixed. This attachment creates a step relative to the belt’s side surface, forming a mounting end. The design enhances appearance and mounting accuracy.

The node receives first and second information, then transmits a radio signal using a subcarrier spacing (SCS) based on a first SCS. Transmission timing is determined by the sum of two timing adjustments: one based on prior signals and the other split into two sub-adjustments derived from the received information.

Hyungtae Kim

Senior Engineer (Wireless communication PHY layer).

Hyungtae Kim's extensive patent portfolio and groundbreaking inventions highlight his exceptional contributions to the field of wireless communication systems.

A method and apparatus for transmitting and receiving channel state information (CSI) in a wireless system are disclosed. The method includes receiving CSI configuration from a base station, receiving reference signal (RS) resources via different downlink spatial filters, and sending CSI—such as layer 1 SINR—back to the base station based on the RS resources.

Youngbum Kim

Principal Engineer at Samsung Electronics.

His inventions, such as the fusion of 5G technology with IoT and methods to reduce power consumption, have paved the way for exciting possibilities in intelligent services and enhanced energy efficiency of mobile devices.

Patent 12238017 – Method and apparatus for transmission and reception in wireless communication system supporting scalable frame structure.

Example embodiments describe a data transmission system where both devices share a master key. The transmitter uses it to create a diversified key, encrypt data, and secure a counter value. The receiver derives the same key to decrypt the data and validate the counter.

Jeffrey Rule

Product Director, Machine Learning.

His remarkable inventions, showcased through his latest patents, highlight his expertise in steganographic image encoding and data sharing systems. With a career filled with milestones and achievements, Jeffrey Rule continues to push the boundaries of technology, leaving a lasting impact on the world of innovation.

Aspects described enable generating a message to the recipient before a communication session begins. The system monitors apps and devices to detect session initiation, then uses data and a machine learning model to create a draft message for the initiating user. These messages can help authenticate the user with the recipient.

Various embodiments dynamically adjust NFC reader power in a computing device based on feedback from a contactless card. The card sends a message with a checksum, which the device verifies. If the checksums don’t match, indicating an error, the device temporarily increases NFC power to improve communication.

Michael T Mayberry

Owner, Magpul Industries Corp.

With a robust portfolio of patents, he remains dedicated to developing cutting-edge technology that improves functionality and safety in everyday items. His contributions reflect a deep understanding of user needs and an unwavering passion for invention.

This disclosure describes a locking folding knife with a handle lock and a safety switch that rotates around the knife’s pivot axis. In the engaged position, the switch blocks the handle lock from unlocking. A spring inside the switch pocket provides rotational bias, keeping the switch stable in either the engaged or disengaged position.

A locking case with a base and lid features a recessed latch that fits within the case’s outer profile. The latch handle rotates to engage with the base and includes a passthrough for a lock. When locked, both the latch and lock sit mostly or fully flush with the case, minimizing protrusion.

James Adeyemi Fowe

Technology Innovation Leader.

With his substantial number of patents and groundbreaking inventions, he is making significant strides in improving transportation safety and efficiency. His contributions not only lead to advancements in technology but also foster a safer navigation environment for all users.

Patent 12259255 – Detecting and obtaining lane level insight in unplanned incidents.

Systems and methods detect lane-level incidents using probe vehicles and a lane-level map-matcher. By tracking probe locations and speeds per lane, sudden slowdowns are identified to detect hazards. This enables early warnings and safer navigation, such as lane changes or route adjustments.

Kyungmoo Ryu

Sr. Director, R&D at Abbott.

His patents related to cardiac function monitoring and atrial-ventricular delay adjustments showcase his commitment to improving patient care and outcomes. Collaborating with industry-leading companies and colleagues has strengthened Ryu's impact, ensuring that his inventions bring significant advancements to the medical field.

Patent 12257440 – Systems and methods for managing atrial-ventricular delay adjustments.Patent 12257440 – Systems and methods for managing atrial-ventricular delay adjustments.

A system and method manage AV delay adjustments by measuring the interval between atrial and ventricular events, setting a candidate AV delay using a bundle branch adjustment (BBA), and evaluating QRS characteristics during pacing. The BBA is adjusted iteratively, and the optimal AV delay is selected based on QRS data to guide pacing therapy.