Voice recognition (VR), speech recognition (SR), and automatic speech recognition (ASR) are three distinct technologies used for transcribing spoken words into text. While these terms are sometimes used interchangeably, it’s essential to understand their differences, especially in the context of realtime court reporting.

VR, or voice recognition, refers to a computer system’s ability to identify the speaker’s identity. It is commonly utilized in voice authentication systems for security purposes, such as granting access to secure facilities. Realtime voice writers in courtrooms and depositions rely on VR technology to accurately transcribe legal proceedings. 

On the other hand, SR, or speech recognition, focuses on the computer system’s ability to recognize spoken words. SR technology is often employed for transcription purposes, converting spoken language into text. It has been used in legal transcription for many years, but it does have certain limitations. 

ASR, or automatic speech recognition, takes speech recognition a step further by incorporating machine learning and artificial intelligence techniques to enhance accuracy and speed. ASR systems can automatically recognize and transcribe spoken words into text without human intervention. However, in the realm of legal proceedings where accuracy is paramount, ASR’s transcripts may not match the precision delivered by skilled human court reporters.

Realtime court reporting, performed by expert human court reporters, involves a range of techniques and tools to transcribe spoken words into text instantaneously. One of these techniques employs a specialized device called a stenomask, which covers the reporter’s mouth and features a built‐in microphone. The court reporter listens to the proceedings, takes notes, and makes on‐the‐fly edits while dictating into the stenomask. 

The stenomask connects to a specialized software program, trained by the court reporter to recognize their voice and specific dictation style. This enables the reporter to swiftly and accurately transcribe spoken words into text using voice stenography. Voice stenography involves using shorthand codes called “voicesteno” and “voice briefs,” customized within the reporter’s dictionary, to transcribe at remarkable speeds exceeding 260 words per minute while ensuring transcript accuracy and reliability. 

While ASR and other speech recognition technologies have their merits in certain contexts, it’s crucial to recognize that they are not yet capable of producing transcripts as precise as those generated by skilled human court reporters. It’s vital to distinguish that voice writing technology is always employed with the 

presence of a trained human professional in the legal setting, ensuring accuracy and reliability. In contrast, other methods like ASR typically lack human oversight and may yield less reliable and inaccurate results. 

In conclusion, VR, SR, and ASR are diverse technologies used to transcribe spoken words into text. However, their distinctions are significant, and the specific environment in which they are used should be carefully considered. When it comes to realtime court reporting, the expertise of skilled human court reporters remains unmatched in delivering accurate and reliable transcripts.