Please fill in your name

Mobile phone format error

Please enter the telephone

Please enter your company name

Please enter your company email

Please enter the data requirement

Successful submission! Thank you for your support.

Format error, Please fill in again


The data requirement cannot be less than 5 words and cannot be pure numbers

The Evolution of Speech Recognition in the AI Field

From:Nexdata Date: 2023-10-13

Speech recognition, a groundbreaking technology in the field of artificial intelligence (AI), has witnessed significant advancements over the years. From its humble beginnings to becoming an integral part of our daily lives, speech recognition technology has opened up a myriad of opportunities and applications. In this article, we will delve into the evolution of speech recognition in the AI field and explore its current state and future prospects.


In recent years, speech recognition technology has seen rapid development, thanks to both improved algorithms and the availability of large datasets for training. Some key advancements and trends in the field include:


End-to-End Models: Researchers have developed end-to-end models that can directly convert spoken language into text without the need for intermediate steps like phoneme recognition. These models simplify the ASR pipeline and have led to more accurate and efficient systems.


Multilingual and Multimodal Recognition: Speech recognition systems have expanded to support multiple languages and are increasingly integrated with other modalities like image recognition and natural language understanding. This makes them more versatile in various applications.


Low-Resource ASR: Efforts are being made to develop ASR systems that perform well with limited training data, making speech recognition accessible for less commonly spoken languages and dialects.


Real-time Recognition: Faster and more efficient ASR systems have enabled real-time applications, such as live captioning, transcription services, and more.


Applications of Speech Recognition


Speech recognition technology has far-reaching applications across various industries:


Healthcare: Medical professionals use speech recognition for transcribing patient records, enabling faster and more accurate documentation.


Customer Service: Chatbots and virtual agents equipped with speech recognition technology provide efficient customer support and enhance user experience.


Accessibility: ASR plays a crucial role in making technology accessible to individuals with disabilities, such as those with visual or motor impairments.


Automotive: Voice-activated infotainment and navigation systems have become standard in modern cars, enhancing driver safety.


Home Automation: Smart speakers and voice-controlled home automation systems have become increasingly popular, making daily tasks more convenient.


Nexdata trendy ready to use speech recognition datasets:


831 Hours - British English Speech Data by Mobile Phone

831 Hours–Mobile Telephony British English Speech Data, which is recorded by 1651 native British speakers. The recording contents cover many categories such as generic, interactive, in-car and smart home. The texts are manually proofreaded to ensure a high accuracy rate. The database matchs the Android system and IOS.


1,796 Hours - German Speech Data by Mobile Phone

German audio data captured by mobile phone, 1,796 hours in total, recorded by 3,442 German native speakers. The recorded text is designed by linguistic experts, covering generic, interactive, on-board, home and other categories. The text has been proofread manually with high accuracy; this data can be used for automatic speech recognition, machine translation, and voiceprint recognition.


516 Hours - Korean Speech Data by Mobile Phone

The 516 Hours - Korean Speech Data of natural conversations collected by phone involved more than 1,077 native speakers, ehe duration of each speaker is around half an hour. developed with proper balance of gender ratio and geographical distribution. The recording devices are various mobile phones. The audio format is 16kHz, 16bit, uncompressed WAV, and all the speech data was recorded in quiet indoor environments. All the speech audio was manually transcript with text content, the start and end time of each effective sentence, and speaker identification. The accuracy rate of sentences is ≥ 95%.


800 Hours - American English Speech Data by Mobile Phone

1842 American native speakers participated in the recording with authentic accent. The recorded script is designed by linguists, based on scenes, and cover a wide range of topics including generic, interactive, on-board and home. The text is manually proofread with high accuracy. It matches with mainstream Android and Apple system phones.


The future of speech recognition holds great promise. As AI continues to advance, we can expect even more accurate and versatile ASR systems. Here are a few directions in which the technology is likely to evolve:


Contextual Understanding: Speech recognition systems will become more adept at understanding the context of a conversation, allowing for more natural and human-like interactions.


Improved Multilingual Capabilities: Speech recognition will expand its support for more languages, dialects, and accents, bridging language barriers even further.


Privacy and Security: Innovations in secure voice recognition and user authentication will be essential, especially in areas like banking and healthcare.


Real-time Translation: Real-time, accurate translation between languages will become more accessible, facilitating global communication.


Speech recognition has come a long way since its inception, evolving from rudimentary systems to sophisticated, deep learning-powered technology. Its applications have made a significant impact in various industries and our daily lives, and its future holds even greater potential. As AI research continues to advance, speech recognition technology will play a pivotal role in shaping the way we interact with machines, making our interactions more natural, efficient, and accessible.