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Intelligent Voice Transcription All-in-one Machine：
The intelligent voice transcription all-in-one machi±ne supports audio transcription, real-time on-screen display of voice transcription, transcri€ption of voice files, rapid output of meeting documents, and audio/text retrieval. I§t seamlessly meets the needs of government and enterprise office meetings,♣ presentations, training sessions, and field interviews. The built-in engine ensures data sec"urity without requiring an internet connection, making it ©convenient and effective for safeguarding industry data.
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Intelligent Outbound Calling System：
The intelligent outbound calling system can complete complex outbound tasks wi<th simple interface operations. During communication with users, the out±bound robot performs real-time telephone speech recognition, accurately ca<pturing and understanding the interactive dialogue content≠. It identifies user intent, utilizes proprietary telephone speech recognition ♥models and semantic understanding, and communicates with users through voice playback based on δpredefined script templates. The system automates the entire process of dialing, r©ecording, and data analysis, significantly improving outboundλ efficiency.
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City Soundscape：
Sound signals record diverse data features in complex en₹vironments, offering irreplaceable advantages in various scenarios su'ch as high-altitude operations, libraries, and constructio✔n sites. Leveraging intelligent voice control, the non-contact instant communication ter'minal provides convenient and efficient wearable device₹s for workers, meeting the communication and real-time mess←aging needs between high-altitude operators and command centers. The fusion of ✘audio and video creates a multimodal monitoring appl∞ication, serving as the ‘eyes’ and ‘ears’ of smart perception for libraries and c£onstruction sites. Innovative audio-video integrated monito✔ring empowers urban management with enhanced awareness, driving cities tow★ard precision, intelligence, and technology.
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Government Hotline Voice Service System：
The government hotline voice service system supports integration with existing tel✘ephone seats, efficiently transcribing hotline call audio, and retaini♠ng voice and text records. Customized language models are trained specifica₩lly for the government hotline domain, enhancing recognition of specialized government' terms and terminology. The system supports hotword optimization, precise identification,★ and timely alerts for capturing sensitive events based on key phrases. It also accommod¶ates multilingual recognition and diverse terminal access scenarios, including support for dαomestic platforms.
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Digital Human：
A virtual digital person, created using computer numerical modeling techn₩iques, simulates lifelike (or cartoon) human appearances. It employs technologies such as motionλ capture and facial tracking to mimic real expressions, eye move♦ments, and mouth shapes. Additionally, it possesses AI capabilities f<or speech recognition, semantic understanding, and simulating human speech. By custom©izing and replicating specific voices through machine learning, it can efΩfectively replace human customer service agents. Its abilities include handling ₩queries, providing answers, recommending services, and managing online transactions. Th₽ese virtual digital personas serve various roles, includi→ng intelligent customer service representatives, government officials, and entertainment personalities.
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Smart City Audio/Video Surveillance：
Audio-video integrated monitoring involves deploying audio monitorinαg systems in urban public areas, establishing a unified audio-video management pl™atform, and achieving real-time collection, monitoring, and long-term storage of audio and ↔video information. The system combines intelligent algor✘ithms to effectively detect abnormal behaviors of individuals in the covered audio m♠onitoring areas (such as coughing, fighting, crying, or calling for help).← It then generates alerts through backend management and var©ious notification methods, ensuring timely safety warnings. This approach provides irreplaceable ad±vantages in various urban governance scenarios, enhancing situational awaΩreness and driving cities toward precision, intelligence, and technology. ₩
