Avaya Inc.

Jai Pugalia

Jeffrey Wong

Michael James Krack

Wayne Wong

Mike Krack

Ronald S Rozensky

Amit Goel

Lee Shero

Doug Zumbiel

In order to authenticate a caller, a callee generates a code, such as, an alphanumeric code that is sent to a code manager via an electronic communication channel. The generated code is for authenticating a caller in a communication session to be made by the caller to the callee. The code manager stores the code in a memory. After the communication session has been initiated from the caller to the callee and then established, the code is sent to the callee so the callee can verify the caller is authentic.

Caller authentication

A communication device is described along with various methods and systems for controlling the same. Methods are provided that monitor audio from a local and remote audio stream when determining whether to provide a mute notification on a muted call. In general, when a mute function of a communication device is active and a user attempts to speak, the system can analyze the user's local audio stream and the call's remote audio stream to determine whether characteristics exist to provide a mute notification to the user. The system provides mechanisms for controlling false positive determinations of speaking through mute by utilizing a combination of recorded characteristics and initiated timers that can be adjusted based on determinations made.

System and method for providing intelligent and automatic mute notification

System and method to translate displayed text of a computer application, the method including: intercepting a command to display text in a first language, the command comprising the text to display in the first language; extracting text to translate from the command; querying a translation mechanism by use of the extracted text; receiving translated text in a second language from the translation mechanism; and displaying the translated text in the second language.

System and method for automatic language translation for applications

The present invention provides methods, devices, and systems for maintaining the security of portable electronic devices. More specifically, the present invention leverages existing touch-screen technology to secure the electronic device. The electronic device may require a user to touch a key having a certain number of contact points to the touch-screen to verify that the user is allowed access to the electronic device or applications supported thereby.

Touch-screen sign-in key

A tooltip is updated dynamically as a user continues to hover a cursor over any displayed item for which additional information is available. The initial tooltip is terse or has one type of information, while the updates add more or substitute different information. Tooltips are created dynamically from whatever information is available about displayed items at the time. A client displays a web page, while a server identifies displayed items for which additional information is available, obtains the information, and either provides the information to the client to generate tooltips therefrom or generates the tooltips and provides them to the client.

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San Jose, CA, United States of America

Jai Pugalia