Motorola Corporation

Google Inc.

Motorola Mobility LLC

James J Morikuni

Bashar Jano

Joseph M Hansen

Jang-Hun (James) Yeh

Gary K Mui

Darren B Shu

Martin Rabindra Pais

Maninder Singh Sehmbey

Karl W Wyatt

Lars Stig Sorensen

Austin Vincent Harton

Chao-pin Yeh

Sean Xin Wu

Mark Hinds

Elenita Caturan Hinds

Embodiments are provided for managing user credentials that enable access to secure websites. According to certain aspects, a browser device connects () to a website server that hosts a secure website. The browser device initiates () a credential request and enters () a discovery routine with a mobile device. After establishing () a secure channel with the mobile device, the browser device sends () an identification of the secure website to the mobile device, which identifies () corresponding user credentials and sends () the user credentials to the browser device. The browser device populates () a login page with the user credentials and accesses () the secure website.

Systems and methods for credential management between electronic devices

A system and method for distributing session initiation protocol (SIP) content to Universal Plug and Play (UPnP) devices in a local network. The system and method employ, for example, a SIP user agent (UA) and a UPnP media server (MS) that can communicate with each other so that when the SIP UA receives SIP content from a remote SIP terminal, the SIP UA and UPnP MS cooperate to enable the UPnP MS to create an object so as to provide the object including the content to a rendering device in the local network. Similarly, when a device on the local network sends an object to the UPnP MS, the UPnP MS and SIP UA cooperate to enable the SIP UA to send the content of the object as SIP content to a remote SIP terminal.

Distributing session initiation protocol content to universal plug and play devices in a local network

Methods and devices for allowing a wireless communication device () initially unauthorized for communication with a network to obtain persistent soft network subscription credential information () from a wireless communication device () initially authorized for communication with the network are disclosed. In performing the persistent transfer of the soft network subscription credential information (), one of a token management module (), a session initiation protocol communication module (), or a electronic rights manager () may be used to ensure that only one communication device is capable of communicating with a network at any one time.

Methods and systems for identity management in wireless devices

A Universal Plug-and-Play (UPnP) device () determines a latency and propagation delay period (LPDP) that is added to a UPnP network () response time, based on UPnP network () conditions. The UPnP device () transmits a search command when connecting to the UPnP network (), and waits a period of time based on the LPDP for a response to the search command from other UPnP devices () in the UPnP network () before the UPnP device () stops listening for other UPnP devices ().

Universal Plug-and-Play latency and delay compensation

An optical communication system is provided for conveying signals between multiple housing elements of a device, where respective optical detectors and optical light sources interact via a light guide associated with each communication path, where an optical signal produced by the optical light source and received by the optical detector travels a path where at least a first light redirection unit redirects the optical signal between an angle in which the optical signal travels along at least a portion of the length of the light guide, and an angle which allows the optical signal to exit the light guide. In at least some instances, the multiple housing elements correspond to at least a pair of housing elements that are incorporated as part of a communication device having a slider configuration. In some of the same or still further instances, one or more of the light redirection units are diffractive optical elements. In some instances, one or more of the light redirection units are reflectors.

Optical communication system with light guide having variable slidable point of entry or exit

A point to strip optical communication system () for transmitting light between a first housing () and a second housing () of a device is provided. The point to strip optical communication system () includes a point optical communication element () that is capable of emitting light. The point optical communication element () is coupled to either the first housing () or the second housing (). The point to strip optical communication system () also includes a strip optical communication element () that is coupled to either the first housing () or the second housing () to which the point optical communication element () is not coupled. The length of the strip optical communication element () corresponds to the travel distance of the first housing () and the second housing (). The strip optical communication element () is located to coincide with the travel path of the point optical communication element ().

Point to strip optical communication system

The present invention provides a method and multi-channel optical interconnect device (28) including an optical substrate (29) including a first optical channel (30) having a first predetermined thickness, a second optical channel (32) having a second predetermined thickness, and an optically isolating intermediate section (34) connected to the first optical channel (30) and to the second optical channel (32), the optically isolating intermediate section (34) having a third predetermined thickness, wherein the third predetermined thickness is less than either of the first predetermined thickness and the second predetermined thickness for minimizing optical cross-talk between the first optical channel (30) and the second optical channel (32).

Method, multi-channel optical interconnect device, and a multi-channel

The present invention provides a low cost, efficient vertical cavity surface emitting laser package (300) and manufacturing method, the package having a head assembly having at least three leads, a vertical cavity surface emitting laser die bonded to a top surface of the head assembly, for generating a beam of light, and a photodiode, die bonded to the top surface of the head assembly proximate to the vertical cavity surface emitting laser for receiving at least a portion of the beam of light, and generating feedback for adjusting an electrical input current to the vertical cavity surface emitting laser based on a received optical power of the portion of the beam of light received. The vertical cavity surface emitting laser and the photodiode are injection molded in a predetermined shape with a recessed area for placement of a partially reflective holographic optical element/reflector.

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Itasca, IL, United States of America

James J Morikuni