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The project, a collaborative effort between two Australian government entities—Zoos Victoria and Parks Victoria, aimed to monitor seals on protected haul-out structures in the middle of Port Phillip Bay. TAIPEI, Sept. 23, 2024 /PRNewswire/ -- Zoos Victoria, a world-leading zoo-based conservation organization, is dedicated to fighting wildlife extinction. With four zoos—Healesville Sanctuary, Kyabram Fauna Park, Melbourne Zoo, and Werribee Open Range Zoo—Zoos Victoria provides unique and immersive experiences that attract visitors from around the world. Their zoos inspire animal lovers of all ages, strengthening the connection between people and wildlife to protect the future of animals and their homes. Parks Victoria, on the other hand, is the state government authority responsible for managing parks, reserves, and other protected areas in Victoria. Their collaboration on this project underscored their shared commitment to wildlife conservation and environmental stewardship. VIVOTEK collaborated with Zoos Victoria and Parks Victoria in Australia to monitor seals on protected haul-out structures in Port Phillip Bay, exemplifying our commitment to innovation and ESG. This Australian government initiative highlighted the innovative use of surveillance technology in wildlife conservation and demonstrated the potential for VIVOTEK cameras to be utilized in various industries beyond security. Why Choose VIVOTEK VIVOTEK was chosen for its high-quality reputation, powerful products, and great quality. The company offers Speed Dome cameras connected to AI servers for advanced features and applications. The partnership with Zoos Victoria, a highly reputable organization with government endorsement, further solidified VIVOTEK's position as a leading security brand committed to sustainability. VIVOTEK's impressive Zoom and IR range ensures clear and detailed images even in challenging environments. The cameras also deliver impressive image quality, providing sharp and crisp footage for enhanced surveillance. Additionally, VIVOTEK's cameras are housed in weather-proof IP66-rated, vandal-proof IK10, and NEMA 4X-rated housing, ensuring durability and reliability in various weather conditions. Furthermore, VIVOTEK's commitment to quality is highlighted by its global five-year warranty, providing customers with peace of mind and demonstrating the brand's dedication to customer satisfaction. Challenge The project faced numerous challenges due to its unique location and the requirements of the security system. The cameras were not installed within the confines of the zoo but rather on haul-out structures in the middle of Port Phillip Bay, where the Marine Response Unit operates to rescue distressed seals from the wild. The remote location necessitated a standalone system powered by solar energy, with 4G LTE connectivity and a large lithium power pack to ensure continuous operation. Additionally, the cameras needed to withstand the harsh marine environment, ensuring they were capable of operating in extreme conditions. They also needed to provide high-resolution, real-time video feeds over long distances to the shore, where the Marine Response Unit operates. The PTZ camera had to be of high enough resolution and zoom to detect entanglements like fishing line and rope, as well as any injuries sustained by the seals. This required a robust and reliable security system that could endure the challenging conditions of the marine environment while delivering clear and detailed footage for effective monitoring and response. The system also had to be remotely controlled and managed, adding to the complexity of the installation and maintenance. These challenges required innovative solutions to ensure the success of the wildlife monitoring and preservation project. Solutions VIVOTEK provided a comprehensive solution in this project, integrating advanced Speed Dome cameras with AI-powered systems to enhance wildlife conservation. The solution involved the installation of Speed Dome cameras, the SD9384-EHL professional IR speed dome camera (PTZ), on the haul-out structures. Connected to a proprietary server-based AI system, these cameras were trained to detect entanglements, wounds, and monitor seal health, providing real-time vision to the Marine Response Unit for prompt medical callouts. By providing real-time vision to the Marine Response Unit, the system facilitated prompt medical callouts, enhancing wildlife conservation efforts. With its versatile features, including 5MP resolution, 200M IR illuminators, and 30x optical zoom, the SD9384-EHL camera exemplifies VIVOTEK's dedication to providing cutting-edge solutions for various industries. Moreover, the camera's robust design, protected by IP66, IK10, and NEMA 4X certifications, ensures reliable operation in extreme weather conditions, further emphasizing VIVOTEK's commitment to quality and durability. The utilization of Speed Dome cameras connected to AI servers allowed for advanced monitoring capabilities, surpassing traditional surveillance norms. This breakthrough in security technology showcased VIVOTEK's commitment to innovation and sustainability. This project demonstrated how security technology can be applied differentially, focusing not just on security but also on animal protection and conservation, highlighting VIVOTEK's cameras as versatile tools applicable in various industries, including medical, wildlife preservation, and scientific research. Feedback VIVOTEK's collaboration with Zoos Victoria and Parks Victoria for the seal monitoring project exemplifies its commitment to innovation and ESG principles, highlighting its ability to collaborate with government agencies and prestigious organizations for meaningful projects that contribute to wildlife preservation. The success of this project serves as a testament to VIVOTEK's position as a leading provider of advanced security solutions with a focus on making a positive impact on the environment. The project showcased VIVOTEK's innovative AI technology, which played a crucial role in monitoring seal health and detecting potential threats, underscoring VIVOTEK's dedication to leveraging cutting-edge technology for the betterment of wildlife conservation. As a result, it received positive feedback for its contribution to wildlife preservation and conservation efforts, with the system's efficiency in monitoring seal health and detecting distress signals being praised by the Marine Response Unit and other stakeholders. Overall, this project underscores VIVOTEK's role as a leading provider of advanced security solutions, committed to making a positive environmental impact through meaningful government collaborations.
NEW YORK, Sept. 23, 2024 /PRNewswire/ -- StudyGPT, a pioneer in AI-driven educational technology, today announced its rebranding to Knowee AI. This strategic move marks a significant evolution in the company's mission to provide comprehensive, engaging learning experiences for students and researchers worldwide. Strategic Rebrand Driven by User Insights The transition to Knowee AI stems from extensive user feedback and market analysis. Users' evolving needs have guided this transformation, stated the CEO of Knowee AI. They're expanding their vision to create a more robust, interactive platform that supports both studying and academic research. This rebranding reflects their commitment to meeting the comprehensive needs of students and researchers in today's digital academic landscape. Enhanced Features for Comprehensive Learning Knowee AI introduces several key enhancements to its platform: - Advanced Video Summarization: AI-powered summaries of educational content- Intelligent Essay Outlining: Structured assistance for academic writing- Scholarly Source Aggregation: Streamlined research process- Expanded Homework Helper: 24/7 problem-solving support with integrated scholar search and writing assistance "These new features represent our commitment to innovation in edtech," noted Eric Yuen, Head of Product Development. "We're leveraging AI to make knowledge acquisition more efficient and accessible." Seamless Transition for Users Existing StudyGPT users can expect a smooth transition to the Knowee AI platform. All current functionalities will remain intact, with new features gradually introduced to enhance the user experience. Industry Impact The rebranding of StudyGPT to Knowee AI reflects broader trends in the edtech sector. This strategic move signifies a shift towards more comprehensive, AI-integrated learning solutions in the education technology landscape. As AI continues to play an increasingly crucial role in education, Knowee AI's expanded platform is positioned to meet the evolving demands of students and researchers in the digital age. The company's focus on integrating advanced AI capabilities into various aspects of the learning process - from video summarization to research assistance - aligns with the growing need for more sophisticated, personalized learning tools. This approach is likely to influence how educational technology evolves in the coming years, potentially setting new standards for AI-assisted learning and research platforms. About Knowee AI Knowee AI, formerly StudyGPT, is at the forefront of AI-driven educational technology. Founded in 2023, the company has consistently pushed the boundaries of how AI can enhance learning processes for students and academics globally. For more information, visit Knowee.ai
New AI foundation model offers insights beyond forecasting for scientists, developers, and businesses to better understand and analyze weather and climate data YORKTOWN HEIGHTS, N.Y., Sept. 23, 2024 /PRNewswire/ -- IBM (NYSE: IBM) today announced a new AI foundation model for a variety of weather and climate use cases, available in open-source to the scientific, developer, and business communities. Developed by IBM and NASA, with contributions from Oak Ridge National Laboratory, the model offers a flexible, scalable way to address a variety of challenges related to short-term weather as well as long-term climate projection. Because of its unique design and training regime, the weather and climate foundation model can tackle far more applications than existing weather AI models, as outlined in a paper recently published on arXiv, "Prithvi WxC: Foundation Model for Weather and Climate." Potential applications include creating targeted forecasts based on local observations, detecting and predicting severe weather patterns, improving the spatial resolution of global climate simulations, and improving how physical processes are represented in numerical weather and climate models. In one experiment in the above identified paper, the foundation model accurately reconstructed global surface temperatures from a random sample of only five percent original data, suggesting a broader application to problems in data assimilation. This model was pre-trained on 40 years of Earth observation data from NASA's Modern-Era Retrospective analysis for Research and Applications, Version 2 (MERRA-2). As a foundation model, it has a unique architecture which allows it to be fine-tuned to global, regional, and local scales. This flexibility makes it suited for a range of weather studies. The foundation model is available for download on Hugging Face, along with two fine-tuned versions of the model that tackle specific scientific and industry-relevant applications. These are: Climate and weather data downscaling: A common meteorological practice is downscaling—inferring high-resolution outputs from low-resolution variables. Typical data inputs include temperature, precipitation, and surface winds, all of which can have varied resolutions. The model can depict both weather and climate data at up to 12x resolution, generating localized forecasts and climate projections. The fine-tuned downscaling model is available on the IBM Granite page on Hugging Face. Gravity wave parameterization: Gravity waves are ubiquitous throughout the atmosphere and can affect many atmospheric processes related to climate and weather, such as cloud formation and aircraft turbulence. Traditionally, existing numerical climate models have not sufficiently captured gravity waves, which leads to uncertainties in terms of how exactly gravity waves can affect climate processes. This weather and climate foundation model can help scientists better estimate gravity wave generation, to improve the accuracy of numerical weather and climate models and constrain uncertainty when simulating future weather and climate events. This gravity wave parameterization model is being released as part of the NASA-IBM Prithvi family of models on Hugging Face. "Advancing NASA's Earth science for the benefit of humanity means delivering actionable science in ways that are useful to people, organizations, and communities. The rapid changes we're witnessing on our home planet demand this strategy to meet the urgency of the moment," said Karen St. Germain, director of the Earth Science Division of NASA's Science Mission Directorate. "The NASA foundation model will help us produce a tool that people can use: weather, seasonal, and climate projections to help inform decisions on how to prepare, respond, and mitigate." "This space has seen the emergence of large AI models that focus on a fixed dataset and single use case — primarily forecasting. We have designed our weather and climate foundation model to go beyond such limitations so that it can be tuned to a variety of inputs and uses," said Juan Bernabe-Moreno, Director of IBM Research Europe and IBM's Accelerated Discovery Lead for Climate and Sustainability. "For example, the model can run both on the entire earth as well as in a local context. With such flexibility on the technology side, this model is well-suited to help us understand meteorological phenomena such as hurricanes or atmospheric rivers, reason about future potential climate risks by increasing the resolution of climate models, and finally inform our understanding of imminent severe weather events." "As a premier research institution and computing facility, we're focused on supporting teams to make research breakthroughs across many areas of science," said Arjun Shankar, director of the National Center for Computational Sciences at Oak Ridge National Laboratory. "Our collaboration with IBM and NASA to support the creation of the Prithvi weather and climate foundation model was a key part of our goal to bring advanced computing and data to problems of national importance, in this case, for weather and climate applications, which need continued computational science and model skill improvements to be impactful." IBM has already collaborated with Environment and Climate Change Canada (ECCC) with a view to test the flexibility of the model with additional weather forecasting use cases. With the model, ECCC is exploring very short-term precipitation forecasts using a technique called precipitation nowcasting that ingests real-time radar data as input. The team is also testing the downscaling approach from global model forecasts at 15 km to km-scale resolution. This weather and climate model is part of a larger collaboration between IBM Research and NASA to use AI technology to explore our planet, and joins the Prithvi family of AI foundation models. Last year, IBM and NASA made the Prithvi geospatial AI foundation model the largest open-source geospatial AI model available on Hugging Face. This geospatial foundation model has since been used by governments, companies, and public institutions to examine changes in disaster patterns, biodiversity, land use, and other geophysical processes. The foundation model and the gravity wave parameterization model can be accessed through the NASA-IBM Hugging Face page and the downscaling model can be accessed through the IBM Granite Hugging Face page. About IBMIBM is a leading provider of global hybrid cloud and AI, and consulting expertise. We help clients in more than 175 countries capitalize on insights from their data, streamline business processes, reduce costs and gain the competitive edge in their industries. Thousands of governments and corporate entities in critical infrastructure areas such as financial services, telecommunications and healthcare rely on IBM's hybrid cloud platform and Red Hat OpenShift to affect their digital transformations quickly, efficiently and securely. IBM's breakthrough innovations in AI, quantum computing, industry-specific cloud solutions and consulting deliver open and flexible options to our clients. All of this is backed by IBM's long-standing commitment to trust, transparency, responsibility, inclusivity and service. Media ContactBethany Hill McCarthyIBM Research Communicationsbethany@ibm.com Ashley PetersonIBM Research CommunicationsAshley.peterson@ibm.com
柏林2024年9月23日 /美通社/ -- 近日,榮耀在2024德國柏林消費電子展(Internationale Funkausstellung Berlin,以下簡稱IFA)正式發佈旗下首款基於驍龍®X Elite平台打造的AI PC——榮耀MagicBook Art 14驍龍版。此外,榮耀CEO趙明還與高通技術公司手機、計算和XR事業群總經理Alex Katouzian、微軟合作夥伴事業部副總裁Mark Linton就AI與驍龍Windows生態的技術融合、AI終端的未來發展等話題進行了深入探討。 HONOR Redefines Mobile AI Solutions with PC powered by Snapdragon, on-device AI Agent and AI Deepfake Detection at IFA 2024 趙明表示:「在便攜計算時代,AI不只是一個流行詞彙,更代表著一場深刻變革。榮耀致力於攜手全球合作夥伴,基於用戶隱私安全,打造豐富的AI PC體驗與無縫互聯的跨段互聯體驗,以AI全面賦能個體,重新定義PC未來。」 高通技術公司手機、計算和XR事業群總經理Alex Katouzian表示:「在高通,我們認為NPU是釋放AI PC潛能的關鍵。憑借行業領先的NPU性能,驍龍X Elite為榮耀MagicBook Art 14驍龍版在內的AI PC帶來了下一代AI體驗。用戶不僅可以感受到顯著的功能提升,NPU的出色能效還能帶來更持久的電池續航,從而滿足移動辦公和高效創作等多樣化需求。」 HONOR Redefines Mobile AI Solutions with PC powered by Snapdragon, on-device AI Agent and AI Deepfake Detection at IFA 2024 榮耀MagicBook Art 14驍龍版,以AI重新定義PC 隨著AI技術的創新落地及驍龍X Elite快速崛起,PC行業正經歷一場深刻的變革。在IFA上,榮耀推出的MagicBook Art 14驍龍版是榮耀與高通、微軟等行業領袖的結晶之作,不僅為PC行業注入了新思考、新活力,更將成為引領行業變革的新起點。 榮耀MagicBook Art 14驍龍版擁有時尚纖薄的設計,是輕薄辦公本的典範。它融合了前沿的平台級AI能力以及強大的硬件和軟件解決方案,為用戶帶來了無與倫比的生產力和AI智慧體驗。榮耀MagicBook Art 14驍龍版將榮耀在折疊屏中的輕薄科技力引入筆記本產品中,打造出了極為輕薄的AI PC,重量約為1千克,厚度約為1厘米。此外,榮耀MagicBook Art 14驍龍版還為用戶帶來了沉浸式的視覺體驗,配備了14.6英吋榮耀全局觸控顯示屏,擁有清晰的3.1K分辨率及高達97%的屏占比。最為重要的是,這款產品搭載了驍龍X Elite,在性能、效率和安全性方面將移動計算體驗提升到了新的高度。 值得一提的是,榮耀MagicBook Art 14驍龍版還實現了傳統 X86應用生態向驍龍平台應用生態的平滑過渡。基於對生態系統多年的研究,榮耀的應用熱點庫利用平台級AI對用戶常用場景進行智能識別和轉譯優化,將應用啟動時間平均縮短了16%。目前,榮耀已經對六大類的16個熱門應用進行了優化,包括瀏覽器、在線會議、媒體、辦公、社交軟件和工具等。 榮耀MagicRing強勢賦能AI PC,助力實現多設備無縫智慧互聯 在端側AI時代,跨系統、跨設備、跨應用的智慧連接,將讓用戶真正實現隨時隨地的AI智慧體驗。與傳統解決方案手動點對點連接方式不同,榮耀MagicRing能夠讓同一賬戶下的多個設備以低功耗狀態自發現,自組網,自連接。此外,MagicRing還將不同設備的服務緊密相連。比如用戶能夠在互聯的多台設備上,使用同一套鍵盤和鼠標;在平板和筆記本上接收電話和通知;還能夠在筆記本上操控智能手機的攝像頭等。憑藉著安全、流暢的服務與信息流轉,MagicRing讓跨設備的AI體驗變得更為輕鬆。例如,Cocreator作為驍龍Windows生態體驗的典型場景之一,讓用戶通過簡單的繪圖生成精彩絕倫的藝術品。在MagicRing的強力賦能下,用戶可以在榮耀MagicPad 2上無縫體驗Cocreator,用榮耀Magic-Pencil繪製出AI大作。與此同時,用戶還能在榮耀MagicBook Art 14驍龍版上使用榮耀Magic V3的AI消除功能,盡情體驗便捷的移動AI應用。 驍龍是高通技術公司和/或其子公司的產品。驍龍是高通公司的註冊商標。 HONOR Redefines Mobile AI Solutions with PC powered by Snapdragon, on-device AI Agent and AI Deepfake Detection at IFA 2024 HONOR Redefines Mobile AI Solutions with PC powered by Snapdragon, on-device AI Agent and AI Deepfake Detection at IFA 2024
SHANGHAI, Sept. 23, 2024 /PRNewswire/ -- At HUAWEI CONNECT 2024, Huawei teamed up with partners to launch the Medical Technology Digitalization 2.0 Solution at the healthcare session named Enhancing Inclusivity to Amplify Healthcare Intelligence. This solution implements AI-assisted diagnosis and intelligent quality control, facilitating precision healthcare as well as hierarchical diagnosis and treatment. Huawei and partners launch the Medical Technology Digitalization 2.0 Solution Participants of the launch ceremony were: Sun Pengfei, Vice President of Huawei Global Public Sector; Hou Yu, Founder and CEO of MED Imaging AI; Zhang Yu, General Manager of Wanxiang Medical Technology Co., Ltd.; Sun Fenglei, Product Strategy Director of Beijing DeepWise Technology Co., Ltd.; and Liu Zheng, Business Development Director of KFBIO. AI Enablement, Achieving Precise and Consistent Diagnosis and Treatment Medical image data accounts for 80% of clinical data. AI is used to fully explore the value of such data, which is critical to clinical diagnosis, decision-making, and disease prevention. Incorporating AI, computing, storage, and network, Huawei's Medical Technology Digitalization 2.0 Solution works with the innovative applications of industry partners to implement AI-based quality control and diagnosis, significantly improving the quality and efficiency of healthcare services. So far, this solution has been implemented in projects like the Fourth People's Hospital of Shenyang. In medical imaging, this solution can intelligently identify and score the quality of images. The accuracy of AI quality control reaches 98%, boosting image quality. In addition, the solution supports the intelligent segmentation, detection, and quantitative analysis of image data, and can automatically complete AI analysis and auxiliary diagnosis, effectively reduces the missed diagnosis rate. The diagnosis time is shortened by 40%, significantly increasing the diagnosis and treatment efficiency. For ultrasounds, this solution uses digital and intelligent imaging devices running on the OpenHarmony. With the AI device-edge synergy architecture deployed in the center, AI and low latency video transmission help achieve one-stop, real-time AI-assisted diagnosis and centralized quality control regionwide. Ultrasound quality control can now realize full coverage instead of just conducting spot checks. The end-to-end delay of all-domain AI-assisted diagnosis is less than 150 ms, which facilitates continuous improvement of ultrasound diagnosis quality and efficiency across the region. All-Scenario Innovation, Accelerating Healthcare Intelligence Li Junfeng, Vice President of Huawei and President of the Global Public Sector, said that the next few years hold important opportunities for digital and intelligent technologies to propel the high-quality development of healthcare. Huawei focuses on root technologies and continuously innovates and optimize scenario-specific solutions for the healthcare industry, such as the Smart Ward, Smart Hospital Campus, and Telemedicine. To date, Huawei has served over 5000 healthcare institutions in more than 110 countries and regions.
上海2024年9月23日 /美通社/ -- 2024年9月19日,華為全聯接大會2024期間,在「 數智健康‧普惠未來,共贏醫療行業智能化」主題論壇上,華為聯合伙伴發布醫技數字化2.0解決方案,實現影像AI質控與輔助診斷,助力精准醫療和分級診療。 華為副總裁、公共事業軍團總裁李俊風在致辭中表示,未來幾年是數智技術推動衛生健康事業高質量發展的重要機遇期。華為將聚焦「 根」技術,圍繞「 醫、教、研、管、患」持續創新打造並優化適用於行業全場景解決方案,創新升級智慧病房、智慧院區、遠程醫療等場景化解決方案,助力醫療衛生健康事業高質量發展。 華為聯合伙伴發布醫技數字化2.0解決方案 華為公共事業軍團副總裁孫鵬飛、脈得智能科技創始人兼CEO侯雨、萬象聯合醫療科技有限公司創始人張宇、深睿醫療產品策略總監孫鳳磊、江豐生物業務拓展總監劉正共同參與醫技數字化2.0解決方案發布儀式。 AI賦能,打造精准同質化診療 醫學影像數據占臨床數據的80%,利用AI技術充分挖掘這些數據的價值對臨床診斷、決策以及疾病預防起到至關重要的作用。華為醫技數字化2.0解決方案,依托AI、計算、存儲、網絡等先進技術,協同行業伙伴的創新應用,實現了AI質控與AI輔助診斷,顯著提升了醫療服務的質量和效率。 目前,該方案已在沈陽市第四人民醫院等項目落地。 在放射影像場景中,該方案可對影像檢查的拍片質量進行智能識別和評分,AI質控的准確率達98%,提升了影像質量。同時,方案支持對影像數據進行智能分割、檢測與定量分析,自動完成AI分析和輔助診斷,輔診結果敏感性和准確率提升至90%以上,有效降低漏診率,醫生診斷用時節省40%,顯著提高診療效率。在超聲場景中,該方案使用基於開源鴻蒙系統的數智超聲終端,結合中心集中部署的AI端邊協同架構,依托AI和超低時延視頻傳輸技術,一站式極簡部署,實現全域超聲AI實時輔助診斷和集中質控,超聲質控由抽檢變為全覆蓋,結節檢出率超過95%,全域AI實時輔助診斷端到端時延小於150毫秒,助力持續提升醫院及區域內的超聲診斷質量和效率。 截至目前,華為已服務於全球110多個國家和地區的超過5000家醫療行業機構。未來,華為將堅持以客戶為中心,攜手合作伙伴,持續創新場景化解決方案,助力醫療機構提升診斷效率與精准度,優化服務質量,為醫療機構和患者創造更大的價值。
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