Qurio Holdings, Inc.

Lemi Technology, LLC

Teaneck Enterprises, LLC

Waldeck Technology, LLC

Porto Technology, LLC

Novara Technology, LLC

Eci Telecom Ltd.

Quiro Holdings, Inc.

Cranbrook Technology, LLC

Other

Eloy Technology, LLC

Oto Technologies LLC

Kota Enterprises, LLC

Lerni Technology, LLC

Quirio Holdings, Inc.

Gregory Morgan Evans

Thomas Roberts

Richard J Walsh

Alfredo Celino Issa

Cheryl Lynn Adams

Christopher Michael Amidon

James Evans

Scott Curtis

Hugh Blake Svendsen

Olivia Marie Marsh

Kunal Kandekar

Eugene Farrelly

Juan A Pons

Steven L Petersen

Eric P Halber

Sean T Purdy

Eric Gregg

Ravi Reddy Katpelly

Oladipupo Olaiya

Farhad Fuad Islam

Chris Amidon

Brent W Lamm

Roger L Embry

Patrick T McElwee

Bryan H McChesney, Iii

A gateway interconnecting a high speed Wide Area Network (WAN) and a lower speed Wireless Local Area Network (WLAN) is provided. The high speed WAN is preferably connected to the gateway via a Fiber-to-the Home (FTTH) connection and associated FTTH modem. In general, the gateway includes an adaptable cross-layer offload engine operating to manage bandwidth between the high speed WAN and the lower speed WLAN. As data enters the gateway from the WAN at the high speed data rate of the WAN, the offload engine stores the data in a non-secure data cache. A rule check engine performs a stateless or stateful inspection of the data in the non-secure data cache. Thereafter, the data is moved from the non-secure data cache to a secure data cache and thereafter transmitted to an appropriate user device in the WLAN at the lower data rate of the WLAN.

High-speed WAN to wireless LAN gateway

A system and method are provided for dynamically adjusting advertisement ('ad') time for a multicast channel. In one embodiment, a variable ad insertion function operates to receive one or more multicasts of media content from a core distribution network, insert ad timeslots into the media content, and optionally perform late-binding of ads to the ad timeslots. The media content including the inserted ad timeslots and late-binded ads, if any, is then multicast to associated client devices over a feeder network using corresponding multicast channels. For each multicast channel, insertion of ad timeslots into the associated media content is dynamically controlled based on the number of users currently consuming or predicted to consume the multicast channel, the number of client devices receiving or predicted to receive the multicast channel, or both.

Dynamic load based ad insertion

A method and apparatus for managing communications between a mobile device and a machine are described. A mobile device wirelessly discovers a plurality of mobile machine identifiers (IDs) of a plurality of mobile machines, each machine adapted to wirelessly communicate attribute information about the first machine upon receipt of an authorization indication. The mobile device selects a first machine of the plurality of machines and sends a machine identifier (ID) obtained from the first machine to a server. The mobile device receives an authorization indication from the server that authorizes communication with the first machine. The mobile device sends the authorization indication to the first machine, and in response to sending the authorization indication, receives attribute information from the first machine.

Method and system for managing communications between a mobile device and a machine

A skip function for broadcast or multicast media content is disclosed. In general, a receiving device simultaneously receives two or more content streams transmitted for one or more receiving device and provides a skip function by buffering and switching between the two or more content streams. Initially, the receiving device provides playback of a first content stream of the two or more content streams. During playback of the first content stream, the receiving device buffers one or more most recently received content items from the other content streams. When a skip request is received, the receiving device performs a skip function by switching playback from the first content stream to a second content stream of the two or more content streams beginning at the start of the one or more most recently received content items from the second content stream that have been buffered at the receiving device.

Skip feature for a broadcast or multicast media station

A system and method for bypassing an access point in a wireless Local Area Network (LAN) for direct point-to-point data transfers are provided. A user device in the wireless LAN is equipped with a primary local wireless interface establishing a wireless communication link with an access point of the wireless LAN, a secondary local wireless interface used for direct point-to-point (P2P) file transfers, and a P2P file transfer application. When the P2P application desires to transfer a data file to another user device within the wireless LAN, the user device determines whether the other user device is within a coverage area of the secondary local wireless interface and whether the file transfer meets one or more alternate transfer criterion. If so, the data file is transferred to the other user device via a direct P2P wireless communication link, thereby bypassing the access point of the wireless LAN.

System and method for bypassing an access point in a local area network for P2P data transfers

Methods and systems are disclosed for providing customized content to users based on their location. In one embodiment, for each of one or more content providers, a customized content delivery function receives information from the content provider defining a number of geographic shapes selecting corresponding geographic areas. Preferably, each of the geographic shapes overlaps at least one other of the geographic shapes and is assigned an importance level. For each geographic shape, the content provider defines one or more tags for the geographic shape and assigns a weight to each of the one or more tags. Thereafter, when a request is received from a requestor, one or more content items are selected for delivery to the requestor based on the geographic shapes, the tags and corresponding weights for the geographic shapes, and the location of the requestor.

Customized content delivery based on geographic area

The claimed subject matter is directed to systems and methods for providing passive crowd-sourced alternate route recommendations. In one embodiment, locations of users of a number of mobile location-aware devices are tracked over time. Upon receiving a request, users of mobile location-aware devices that have traveled from a desired start location to a desired stop location are identified. At least one of the different routes taken by one or more users from the desired start location to the desired stop location is provided to the requestor as at least one recommended alternate route. The different routes taken by the one or more users from the desired start location to the desired stop location include routes taken that begin before the desired start location and go through the start location and routes taken that stop beyond the desired stop location and go through the desired stop location.

Passive crowd-sourced map updates and alternate route recommendations

A DRM compliance system can include one or more DRM servers, capture devices capable of continuously encrypting content at capture, and one or more rights compliance software applications. Methods of ensuring DRM compliance can include registering and verifying capture devices prior to the presentation of protectable content. Unique IDs associated with the capture devices may be stored as DRM liens in a DRM server along with particular time periods an identified DRM policy is in effect. The rights compliance software application can consult a DRM server to determine if encrypted content captured by a device is subject to a DRM policy. The server can make such a determination based on attempting to match data identifying the capture device and time of capture to one or more DRM liens. When matches are found, applicable DRM policies are applied by decrypting the content and then rendering the content in a DRM-compatible form.

System and method for managing first party rights to content captured by third parties

A device receives key frame information for each of a plurality of key frames of a video content item and sends the key frame information from the device to a recipient while a corresponding segment of the video content item is being rendered by the device. The key frame information may include key frames of the video content item, references to the key frames of the video content item stored by one or more remote sources, or information identifying the key frames of the video content item to enable extraction of the key frames by a recipient device. Each key frame is representative of a segment of the video content item. The key frame information for the video content item is then sent to second users while the first user views the corresponding segment of the video content item. Advertisements may be sent with, or replace, the key frame information.

Publishing key frames of a video content item being viewed by a first user to one or more second viewers

A system for tracking copyright compliance comprises a database, the database including unique identifiers for a plurality of content capture devices. The unique identifiers may be obtained from devices prior to the presentation of protectable content, for example, by pre-registration during the process of obtaining a ticket to a performance or at a security checkpoint at an event. The unique identifiers may be associated with a copyright policy pertaining to content at the event. Each device may embed its unique identifier in content captured by the device, such as via a watermark. Software may obtain data embedded in content and access the database to determine the copyright status of the content by sending a request including data identifying the capture device. If content is obtained from an unauthorized source, the content may be traced back to a specific device.

Venue based digital rights using capture device with digital watermarking capability

An interconnect device receives encrypted high quality media content from a protected interface of the source device and decrypts the encrypted high quality media content to recover the high quality media content. For remote monitoring, the decrypted high quality media content is processed to reduce the quality of the high quality media content to generate the reduced quality media content. The reduced quality media content may be generated by further compressing the high quality media content, reducing the resolution of the high quality media content, downscaling the high quality media content or the like. The decrypted high quality media content is also re-encrypted and delivered to the protected media interface of the destination device.

Remote monitoring of media content that is associated with rights management restrictions

A method and apparatus for influencing a viewer to select a second feed. A shared medium is loaded beyond a loading threshold. One or more high viewership feeds being provided over the shared medium are designated preferred feeds, and one or more user devices providing low viewership feeds to viewers are designated candidate user devices. The candidate user devices are instructed to influence their respective viewers to select one of the high viewership feeds. The candidate user devices select a second feed from one or more preferred feeds, and provide information pertaining to the second feed to the viewer.

Method and system to influence a viewer to select a feed

A method and apparatus for managing communications between a mobile device and a machine. A mobile device wirelessly discovers a first machine that is adapted to wirelessly communicate attribute information about the first machine upon receipt of an authorization indication. The mobile device sends a machine identifier (ID) obtained from the first machine to a server. The mobile device receives an authorization indication from the server that authorizes communication with the first machine. The mobile device sends the authorization indication to the first machine, and in response to sending the authorization indication, receives attribute information from the first machine.

Growing community of inventors

Raleigh, NC, United States of America

Gregory Morgan Evans