Google Inc.

Inventec Corp.

Aaron Chen

Martin Albert Turon

Jia-Shiung Kuo

Tapan Pattnayak

Wei-Ning Huang

This document describes low-latency Bluetooth connectivity in a wireless network in which a central node and a peripheral node establish a connection. During a first connection interval, the peripheral node receives a packet from the central node to synchronize communication with the central node, and based on receiving the packet, the peripheral node transmits a first fixed-length packet. If the first fixed-length packet fails to reach the central node, the peripheral node does not receive an acknowledgement, ACK, from the central node during the first connection interval and retransmits the first fixed-length packet during the first connection interval.

Low-latency Bluetooth connectivity

A computer peripheral operating event responding method and system is proposed, which is designed for use in conjunction with a computer platform for providing a peripheral operating events responding function, and which is more advantageous to use than prior art particularly in that it can be implemented without utilizing keyboard scan code and IRQ/PCI interrupt signals to provide the peripheral operating events responding function and is capable of responding to both on-keyboard peripheral operating events (such as hot-key pressing events) and off-keyboard peripheral operating events (such as docking station engaging/disengaging event and multi-bay CD-ROM hot-plug event), thus representing a highly integrated and efficient solution for computer peripheral operating event responding functionality.

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Taipei, Taiwan

Aaron Chen