Wireless docking system

A method of wireless docking between a host and at a dockee device, comprising:

• arranging the host and the dockee device for docking via wireless communication for setting up a docking session;
• accommodating at least one wireless docking environment including a peripheral;
• enabling the dockee device to use the peripheral via the docking session;
• receiving an identify request from the dockee device, the identify request requesting a peripheral to provide an auditory or visual feedback that is detectable at a remote distance;
• and
• responding to the identify request by controlling the peripheral to generate the feedback, wherein the host is configured to reject the identify request when the peripheral is in use.

A method of wireless docking between a host and a dockee device, comprising:

• arranging the host and the dockee device for docking via wireless communication for setting up a docking session;
• accommodating at least one wireless docking environment including a peripheral;
• enabling the dockee device to use the peripheral via the docking session;
• selecting a wireless docking environment from multiple available wireless docking environments;
• transmitting an identify request via a dockee communication unit to the host that accommodates the selected wireless docking environment, the identify request requesting a peripheral to provide an auditory or visual feedback that is detectable at a remote distance;
• receiving the identify request from the dockee device;
• and
• responding to the identify request by controlling the peripheral to generate the feedback, wherein the host is configured to reject the identify request when the peripheral is in use.

A non-transitory computer-readable medium having one or more executable instructions stored thereon, which when executed by a processor, cause the processor to perform a method for wireless docking between a host and at a dockee device, the method comprising:

• arranging the host and the dockee device for docking via wireless communication for setting up a docking session;
• accommodating at least one wireless docking environment including a peripheral;
• enabling the dockee device to use the peripheral via the docking session;
• receiving an identify request from the dockee device, the identify request requesting a peripheral to provide an auditory or visual feedback that is detectable at a remote distance;
• and
• responding to the identify request by controlling the peripheral to generate the feedback, wherein the host is configured to reject the identify request when the peripheral is in use.

A non-transitory computer-readable medium having one or more executable instructions stored thereon, which when executed by a processor, cause the processor to perform a method for wireless docking between a host and at a dockee device, the method comprising:

• arranging the host and the dockee device for docking via wireless communication for setting up a docking session;
• accommodating at least one wireless docking environment including a peripheral;
• enabling the dockee device to use the peripheral via the docking session;
• selecting a wireless docking environment from multiple available wireless docking environments;
• transmitting an identify request via a dockee communication unit to the host accommodating the selected wireless docking environment, the identify request requesting a peripheral to provide an auditory or visual feedback that is detectable at a remote distance;
• receiving the identify request from the dockee device;
• and
• responding to the identify request by controlling the peripheral to generate the feedback, wherein host is configured to reject the identify request when the peripheral is in use.