Cisco Technology, Inc.

Vikas Vashisht

Pandit Panburana

Carleton Moon Luck, Jr

Alberto J Montilla Bravo

Ganesh Jayadevan

Wayne Moorefield, Jr

William Sterling Alexander

Michael Anthony Ramalho

Mihailo Zilovic

Daniel Victor Eskenazi

Catelyn Gifford Orsini

Shuli Jin

Kalyan Chakravarthy Dasari

Dario De Santis

Qian Yu

Marcin Michal Limanski

John Paul Carlson

One or more processors of a vehicle determine a destination location mentioned during a communication session that is at least partially conducted from the vehicle with one or more remote users. The one or more processors store the destination location in a tab of destinations. The tab corresponds to a context of the destination location. The one or more processors generate for display on a user interface a route for the vehicle to the destination location of the tab in response to an indication triggering a navigation action for the destination location.

Detection of a geographic location mentioned in a communication session with a remote participant for vehicle route generation

In one embodiment, a telephony device establishes a pairing connection with a user device. The telephony device disables, based on the pairing connection with the user device, a default screen locking policy of the telephony device. The telephony device polls a screen lock status of the user device to determine whether the user device is locked. The telephony device locks the telephony device when the screen lock status of the user device indicates that the user device is locked.

Shared lock screen across paired devices

In one example embodiment, a user conducting an activity is monitored by capturing information of the user and a surrounding environment via one or more sensing devices. The captured information includes images. The captured information is analyzed by a computing device, and one or more interruptions to the user during the activity by one or more entities in the surrounding environment are identified. The identified one or more interruptions to the user are presented on a user interface after completion of the activity.

Detecting and managing interruptions to participants of an online meeting

In one example, an accessory device establishes a connection with a first collaboration device. An acoustic signal encoded with a token and transmitted by a second collaboration device is received at the accessory device. The acoustic signal is decoded at the accessory device to obtain the token. The token is transmitted from the accessory device to the first collaboration device for verification and pairing of the first collaboration device with the second collaboration device.

Pairing electronic devices through an accessory device

In one example, a server obtains an indication that a first mobile device is in a predetermined proximity to a non-mobile device. In response, the server permits the first mobile device to pair with the non-mobile device. The server generates whitelisted information associated with the first mobile device by adding information associated with the first mobile device to a whitelist that controls mobile device pairing for the non-mobile device. The server also obtains an indication that a given mobile device has obtained one or more keep-alive messages from the non-mobile device. Based on the whitelisted information, the server determines whether to permit the given mobile device to pair or remain paired with the non-mobile device. In response to determining to permit the given mobile device to pair or remain paired with the non-mobile device, the server permits the given mobile device to pair or remain paired with the non-mobile device.

Device pairing in hot desking environments

A method performed at a server configured to onboard devices in a conference room includes: receiving a log-in request from a user device; receiving a request from the user device for a first activation code for activating devices for use in the conference room; transmitting the first activation code to the user device; receiving a first request from a first device in the conference room for authorization to be used in the conference room, the first request including a second activation code; determining whether the second activation code matches the first activation code; if the second activation code matches the first activation code, authorizing the first device for use in the conference room; and if the second activation code does not match the first activation code, denying the first device for use in the conference room.

Onboarding devices for use in conference room

The present disclosure is directed to optimizing dynamic open space environments and includes one or more processors and one or more computer-readable non-transitory storage media coupled to the one or more processors and comprising instructions that, when executed by the one or more processors, cause one or more components to perform operations including receiving a reservation request for a workspace through a user device associated with a user; deriving dynamic user information comprising collaboration data derived from a collaboration service, the collaboration data based on a collaboration history of the user; analyzing the user information to determine one or more workspace suggestions for the user; transmitting the one or more workspace suggestions to the user device; receiving, through the user device, a workspace selection from the one or more workspace suggestions; and updating a reservation of the user in accordance with the workspace selection.

Optimizing dynamic open space environments through a reservation service using collaboration data

The present technology pertains to a voice assistant configured for use in a meeting room environment where the voice assistant can learn speech parameters for a meeting taking place in the meeting room environment. The voice assistant can use the speech parameters to deliver proactive notifications in a manner that is less intrusive to the conversation in the meeting.

Conversation aware meeting prompts

A user interface for virtual assistant interactions on a telephony device may be provided. First, a plurality of lines associated with the telephony device, including a designated line for a user and a shared line for a virtual assistant, may be displayed through the user interface. Next, in response to receiving an incoming call to the designated line, a plurality of features associated with handling the incoming call, including an assistant feature to direct the incoming call to the virtual assistant, may be displayed through the user interface. Then, in response to the incoming call being directed to the virtual assistant, a plurality of features associated with managing a conversation between the virtual assistant and a caller during the incoming call may be displayed through the user interface. After the incoming call has ended, a call history associated with the incoming call may be displayed through the user interface.

User interface for virtual assistant interactions on telephony device

In one implementation, an apparatus includes an audio detection circuit, a central processor, and the switch. The audio detection circuit is configured to determine whether audio is present in an input signal and generate an audio presence indicator indicative of the audio. The central processor is configured to receive the audio presence indicator and a mute command. The central processor generates a switch command based on the mute command. The switch is configured to block the input signal from a digital signal processor in response to the switch command. The central processor generates a dynamic mute message that indicates audio is detected while a mute command is active.

Secure mechanism for mute alert

One embodiment of the present invention is a method for deregistering multiple addresses of record. The method comprises receiving a session initiation protocol request to deregister addresses of record, the session initiation protocol request comprising a plurality of addresses of record to be deregistered and a contact address for a session initiation protocol endpoint. The method further comprises disassociating the contact address for the session initiation protocol endpoint from each of the plurality of addresses of record.

System and method for multiple address of record deregistration using a single SIP request

A method for registering multiple addresses of record comprises receiving a session initiation protocol register request, the session initiation protocol register request comprising a unique identifier of a session initiation protocol endpoint and a contact address for the session initiation protocol endpoint. The method proceeds by retrieving one or more addresses of record associated with the unique identifier of the session initiation protocol endpoint. The method further comprises associating each of the one or more addresses of record with the contact address for the session initiation protocol endpoint.

System and method for multiple address of record registration using a single implicit SIP request

One embodiment of the present invention is a method for registering multiple addresses of record. The method comprises receiving a session initiation protocol register request. The session initiation protocol register request comprises a plurality of addresses of record and a contact address for a session initiation protocol endpoint. The method further comprises associating each of the plurality of addresses of record with the contact address for the session initiation protocol endpoint.

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Morrisville, NC, United States of America

Vikas Vashisht