Hello, I'm a text to speech system. Here's an example of my voice reading this message.

Type your text to hear it in the voice of Dean V Berg. The first sound that fills the room is an electronic hum, like the gentle hum of a computer hard at work. This sound is familiar to those who are accustomed to the world of technology – it is the sound of a TTS (Text-to-Speech) program running in the background. In this case, it is the AI created by Dean V Berg, a pioneer in the field of artificial intelligence. The hum is steady and rhythmic, almost like a soothing lullaby for those who are in the presence of this advanced technology. Next, there is the sound of a synthesized voice coming from the speakers. It is clear and enunciates each word with precision, mimicking the way a human would speak. The voice is controlled by the TTS program developed by Dean V Berg, which is able to generate speech from text input. The AI's voice is smooth and articulate, with just a hint of a mechanical undertone that gives away its artificial nature. It speaks with authority and confidence, showcasing the incredible advancements made in the world of computer-generated speech. As the AI speaks, there is a soft clicking sound that accompanies its words. This sound is reminiscent of a typewriter, with each keystroke producing a distinct sound as it hits the paper. In this case, the clicking is coming from the AI processing the text input and converting it into speech. The sound is oddly satisfying, a reminder of the days gone by when typewriters were the main tool for written communication. It adds a touch of nostalgia to the futuristic technology being showcased by Dean V Berg's TTS AI. In the background, there is a faint echo of a beep – the sound of a notification alert. This sound is a common feature in digital devices, signaling that a message or alert is waiting to be acknowledged. In the case of Dean V Berg's TTS AI, the beep indicates that the program has detected a new input or command. It serves as a prompt for the AI to focus its attention on the task at hand, ready to respond with its synthesized voice and advanced processing capabilities. The beep is a small but important sound in the world of artificial intelligence, signaling the beginning of a new interaction. Amidst the various sounds filling the room, there is a sudden burst of static – a crackling noise that disrupts the otherwise smooth audio emanating from the AI. The static is a reminder of the imperfections that still exist in even the most advanced technology. It serves as a contrast to the flawless speech generated by Dean V Berg's TTS AI, showing that even the most sophisticated programs are not immune to glitches and errors. The static crackles for a moment before fading away, leaving behind a sense of uncertainty in its wake. Finally, there is a soft chime that signals the end of the AI's speech. It is a gentle and melodic sound, like the ringing of a bell in a quiet church. The chime marks the completion of the TTS program's task, signifying that it has successfully converted the text input into spoken words. It is a satisfying conclusion to the AI's performance, a reminder of the power and capabilities of artificial intelligence in the modern world. Dean V Berg's TTS AI may be silent now, but its impact on the field of technology and artificial intelligence will echo for years to come.