1. A computer-implemented method of simulating interactive communication between a user and a human subject, comprising: assigning at least one phrase to a stored content sequence, wherein the content sequence comprises a content clip of the subject, the subject being a human recorded on video, the content clip including a contemporaneously-recorded head and mouth of the subject and contemporaneously-recorded audio of the subject, wherein the content clip is free of any superimposed facial features; parsing the at least one phrase to produce at least one phonetic clone; associating the at least one phonetic clone with the stored content sequence; creating a transition between the content clip and the second content sequence by frame-matching a frame of the stored content sequence, the content sequence including the human subject speaking, with a frame of a second content sequence, the frame-matching being performed with respect to the recorded video of the entire head and facial features of the human subject; receiving an utterance from the user; matching the utterance to the at least one phonetic clone; and in response to matching the utterance, displaying the stored content sequence associated with the at least one phonetic clone in succession with the second content sequence.
1. A computer-implemented method of simulating interactive communication between a user and a human subject, comprising: assigning at least one phrase to a stored content sequence, wherein the content sequence comprises a content clip of the subject, the subject being a human recorded on video, the content clip including a contemporaneously-recorded head and mouth of the subject and contemporaneously-recorded audio of the subject, wherein the content clip is free of any superimposed facial features; parsing the at least one phrase to produce at least one phonetic clone; associating the at least one phonetic clone with the stored content sequence; creating a transition between the content clip and the second content sequence by frame-matching a frame of the stored content sequence, the content sequence including the human subject speaking, with a frame of a second content sequence, the frame-matching being performed with respect to the recorded video of the entire head and facial features of the human subject; receiving an utterance from the user; matching the utterance to the at least one phonetic clone; and in response to matching the utterance, displaying the stored content sequence associated with the at least one phonetic clone in succession with the second content sequence. 11. The method of claim 1 , further comprising: displaying a neutral image of the subject when not displaying the content sequence.