Abstract:
The system includes a virtualized environment having at least one partition. An instance of an application executes in the partition. The application instance is not dedicated to a single user or element. Rather, the application instance may be shared or parsed out to two or more users or elements. To accomplish this sharing, the static data (which is common to all the elements or users) may be maintained in the partition or is loaded at runtime. The dynamic data (the data which is unique to each instantiation and associated with the element requesting the application) can be loaded when an instance is dedicated to execute for a particular element or user. Thus, various elements can share instances of an application and there need not be instances dedicated to particular elements.
Abstract:
System and method to revoke call-back requests, the method including: transmitting a plurality of communication requests from a caller to one or more callees; determining mootness of a request for a call-back from at least some of the callees; initiating, by use of a single command, a plurality of call-back cancellation requests to the at least some of the callees; and transmitting one or more call-back cancellation requests to the at least some of the callees. The method may further include determining a characteristic shared by the communication requests to the at least some of the callees. Determining a characteristic may include determining subject matter from message content, metadata, or sending time of the communication requests. The request for a call-back is determined by the caller or inferred by a callee. Call-back cancellation may include removal of a call indication from a notification list of the callee.
Abstract:
Embodiments include acquiring and correlating Web Real-Time Communications (WebRTC) interactive flow characteristics, and related methods, systems, and computer-readable media. In one embodiment, a method for acquiring and correlating characteristics of WebRTC interactive flows comprises receiving, by an acquisition agent of a WebRTC client executing on a computing device, a peer connection initiation dialog for establishing a WebRTC interactive flow. The method further comprises determining, by the acquisition agent, one or more characteristics of the WebRTC interactive flow based on the peer connection initiation dialog. The method additionally comprises receiving, by a correlation agent, the one or more characteristics of the WebRTC interactive flow from the acquisition agent, and storing the one or more characteristics of the WebRTC interactive flow. The method also comprises correlating, by the correlation agent, one or more stored characteristics, and generating, by the correlation agent, one or more interaction records based on the correlating.
Abstract:
Disclosed is a system and method for sequential segregated synchronized transcript for a multi-party conference. Multiple transcriptions, or their textual streams, are utilized to build segregated, time oriented user interfaces. Horizontally overlapping segments may reflect talk-over of two or more conference participants talking at the same time.
Abstract:
System and method to revoke call-back requests, the method including: transmitting a plurality of communication requests from a caller to one or more callees; determining mootness of a request for a call-back from at least some of the callees; initiating, by use of a single command, a plurality of call-back cancellation requests to the at least some of the callees; and transmitting one or more call-back cancellation requests to the at least some of the callees. The method may further include determining a characteristic shared by the communication requests to the at least some of the callees. Determining a characteristic may include determining subject matter from message content, metadata, or sending time of the communication requests. The request for a call-back is determined by the caller or inferred by a callee. Call-back cancellation may include removal of a call indication from a notification list of the callee.
Abstract:
Embodiments include acquiring and correlating Web Real-Time Communications (WebRTC) interactive flow characteristics, and related methods, systems, and computer-readable media. In one embodiment, a method for acquiring and correlating characteristics of WebRTC interactive flows comprises receiving, by an acquisition agent of a WebRTC client executing on a computing device, a peer connection initiation dialogue for establishing a WebRTC interactive flow. The method further comprises determining, by the acquisition agent, one or more characteristics of the WebRTC interactive flow based on the peer connection initiation dialogue. The method additionally comprises receiving, by a correlation agent, the one or more characteristics of the WebRTC interactive flow from the acquisition agent, and storing the one or more characteristics of the WebRTC interactive flow. The method also comprises correlating, by the correlation agent, one or more stored characteristics, and generating, by the correlation agent, one or more interaction records based on the correlating.