Enterprise investments in artificial intelligence (AI) are on the rise. Two-thirds of companies say they’ve accelerated AI adoption plans, and nearly 90% agree that AI is quickly becoming a mainstream technology. Many of the mission-critical AI solutions used by today’s enterprises—including personal assistants and voice apps—rely on natural language processing (NLP).
NLP aims to build computing systems that understand speech and human language and respond with speech or text much as humans do. For NLP to succeed, computers need sophisticated machine learning (ML) algorithms based on ground truth data—authentic human speech collected from real-world scenarios. An accurate data set must include a cross-section of accents, international dialects, and cadences, along with other speech distinctions and behavior.
Gathering linguistic data is the foundation of ML algorithms that use NLP. If the core data does not represent the nuances of language, the resulting ML program can be faulty. However, following proven best practices can set organizations up for successful speech data collection and ensure the highest level of data quality.
Speech data capture is not easy. No two NLP data capture projects are alike and finding the right mix of participants is a frequent challenge. Common roadblocks can be readily avoided by understanding what to expect from a speech data capture project. Some of these roadblocks include:
Recent research has found that companies are investing more in NLP, with the global NLP market projected to reach $35.1 billion by 2026. This rapid growth signals good news for the many enterprises that recognize the power and potential of using AI to understand human language.
At the start of any NLP project, a company must make a complete evaluation and ask as many questions as possible to uncover their data collection requirements. They must identify participant numbers, demographics, and locations. Additionally, they must know what data they need related to accents, tones, dialects, and other speech patterns. Clarifying these requirements will help establish the right process for capturing the highest-quality, best-fit speech data.