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<figure class="image"><img style="aspect-ratio:950/531;" src="https://deeply-website-backend.s3.ap-northeast-2.amazonaws.com/deeply/2024-11/c4768331-1ee6-4605-be5f-580184e7c30e.png" width="950" height="531"></figure>&nbsp;Deeply, a company specializing in sound analysis artificial intelligence engines, announced on the 23rd that it has published a research paper at ICASSP 2024, an international signal processing conference.ICASSP, organized annually by the Institute of Electrical and Electronics Engineers (IEEE), is the world's largest international conference in the fields of speech, image, communication, and signal processing. This year marks the 49th conference and, for the first time, it was held in South Korea. The event attracted global companies like Apple and Google, along with over 4,000 researchers.&nbsp;Deeply’s paper demonstrates advancements in sound analysis AI, particularly addressing the issue of decreased accuracy due to frequency characteristic differences across various recording devices. The solution uses a proprietary acoustic transformation technology to generate data for AI training, which has led to improvements in generalization performance (the AI's ability to analyze new data) from 5.2% to 11.5%.&nbsp;The paper highlights an acoustic transformation model built on the 'CycleGAN', a deep learning algorithm for modifying the attributes of media such as images, sound, and text. The model was further refined with Deeply’s unique data augmentation techniques.To address variability in recording equipment, Deeply trained the model on the acoustic properties of various devices, applying different frequency patterns to their existing sound data. This approach allowed them to simulate the effect of recording the same sound on multiple devices, enriching the data with diverse frequency patterns.&nbsp;Deeply's sound analysis AI engine, after refinement using the generated data, maintains high accuracy even in new environments. The engine has been trained on over 50,000 hours of sound data to reach high levels of precision.Already recognized for its ability to detect subtle sounds, the technology is gaining attention in security sectors where intruder detection is critical. It is also applied in the manufacturing industry for detecting equipment malfunctions and product defects.&nbsp;Suji Lee, CEO of Deeply, stated, “Our AI sound analysis engine’s accuracy ranks among the highest globally. We aim to continue expanding our capabilities, establishing Deeply as a leader in sound analysis solutions that serve diverse needs across society.”&nbsp;[Unicorn Factory, MoneyToday Startup Media Platform]<a href="https://news.mt.co.kr/mtview.php?no=2024072317041758293">https://news.mt.co.kr/mtview.php?no=2024072317041758293</a>

"Deepening Sound Analysis Capabilities with AI": Deeply Publishes Research at International Conference

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<figure class="image"><img style="aspect-ratio:640/358;" src="https://deeply-website-backend.s3.ap-northeast-2.amazonaws.com/deeply/2024-11/817a1b99-80fa-478c-a482-f9b964e0a346.png" width="640" height="358"></figure>&nbsp;On the 20th, sound analysis AI company, "DeeplyAI", founded by the CEO, Suji Lee, announced the installation of ten units of their emergency detection solution, “ListenAI,” in the restrooms of Incheon National University Station. &nbsp;This initiative is part of a project led by Incheon Transit Corporation called the 'Demonstration of Emergency Situation Detection for Subway Restrooms Using Sound-Based AI.' With the increasing proportion of elderly users in urban transit, concerns about the possibility of emergency situations due to health issues have been continuously raised, alongside growing public fears of violent crimes occurring in restrooms. &nbsp;Incheon Transit Corporation designed this project to establish a system capable of rapid situation assessment and response through the use of AI. ListenAI has now become a core resource in restroom safety and security at Incheon National University Station. Previously, restroom safety relied primarily on public reporting and routine staff checks. With the implementation of ListenAI, however, real-time monitoring has become possible. ListenAI detects sounds on-site in real-time, and if it identifies an abnormal situation, it immediately triggers an alarm. It provides the station office with analysis results including the time, location, and type of incident, allowing station staff to respond swiftly. Suji Lee, CEO of Deeply, explained, “ListenAI combines high analytical accuracy with a lightweight model that can run smoothly on low-power edge servers, like those in smartphones. This makes it accessible to organizations without high-performance servers. ListenAI can also distinguish critical sounds in noisy environments, making it a 24/7 emergency monitoring solution for diverse settings, such as construction sites, factories, and public streets.”&nbsp;<a href="https://zdnet.co.kr/view/?no=20240920114643">https://zdnet.co.kr/view/?no=20240920114643</a>

Deeply and Incheon Transit Corporation Install ‘ListenAI’ in Incheon National University Station Restrooms

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<figure class="image"><img style="aspect-ratio:1303/728;" src="https://deeply-website-backend.s3.ap-northeast-2.amazonaws.com/deeply/2024-11/765ff3e6-804f-4f61-a358-9bd1d78cc8a1.png" width="1303" height="728"></figure>&nbsp;As artificial intelligence advances rapidly, it’s being put to use in everyday life in remarkable ways. To minimize security blind spots, the Government Sejong Complex Sports Center, a facility frequented by people of all ages, has introduced cutting-edge AI technology in its pool and gym areas.&nbsp;[00:39 - 01:12]“Help me!”At the sound of a cry for help, an alert immediately pops up on the control room screen. The system monitors blind spots, such as locker rooms and restrooms, by detecting and analyzing safety-related sounds. It differentiates between male and female voices, detects sounds like glass breaking, and identifies forceful door knocks.&nbsp;Deeply Representative: “It detects distress signals like crying for help or unusual noises, providing a critical supplement to traditional CCTV monitoring.”...This system is now installed and operating at the Government Sejong Complex Sports Center, which sees up to one million visitors annually.&nbsp;Eunyoung Kim, Director of Public Office Architecture, Multifunctional Administrative City Construction Agency: “Safety incidents frequently occur in areas that can’t be constantly monitored, especially in facilities catering to all ages. By employing AI-based safety technology, we aim to enhance incident prevention across these spaces.”The Multifunctional Administrative City Construction Agency plans to begin full implementation after a trial run, expanding the application of this technology to more areas for enhanced safety.&nbsp;— Kwanghyun Kim, MBC News&nbsp;<figure class="media"><div data-oembed-url="https://www.youtube.com/watch?v=a1pD6gQIwn4"><div style="position: relative; padding-bottom: 100%; height: 0; padding-bottom: 56.2493%;"><iframe src="https://www.youtube.com/embed/a1pD6gQIwn4" style="position: absolute; width: 100%; height: 100%; top: 0; left: 0;" frameborder="0" allow="autoplay; encrypted-media" allowfullscreen=""></iframe></div></div></figure>