本網站使用瀏覽器紀錄 (Cookies) 來提供您最好的使用體驗，我們使用的 Cookie 也包括了第三方 Cookie。相關資訊請訪問我們的隱私權與 Cookie 政策。如果您選擇繼續瀏覽或關閉這個提示，便表示您已接受我們的網站使用條款。 關閉
【台灣，台北 - 2023 年 5 月 17 日】以人工智慧（AI）與軟體即服務（SaaS）為核心的 Appier 持續運用 AI 協助客戶進行商業決策，在 2022 LinkedIn 台灣人才獎項（Talent Awards）頒獎典禮 中 Appier 榮獲「最佳人才招聘團隊」（Best Talent Acquisition Team），並入圍「最佳雇主品牌」（Best Employer Brand）決選名單的肯定。這兩項肯定印證了 Appier 在人才招聘的持續投入，並且積極利用求職平台與人才交流與互動。 LinkedIn 台灣人才獎項（Talent Awards）旨在表彰能夠引領未來工作趨勢的企業，特別是在就業市場別具挑戰的今年，仍展現出卓越適應力、創新力和創造力的企業；同時對善於運用 LinkedIn 徵才和留才的企業進行表揚。「最佳人才招聘團隊」獎項旨在表揚善於採用招聘平台（Recruiter Platform）與潛在候選人才進行接洽或溝通的人才招聘團隊。而「最佳雇主品牌」獎項旨在表揚在招聘平台上擁有可觀影響力，積極與人才保持互動的企業，評選標準包含：公司專頁瀏覽量高、關注者成長顯著、發布的內容具有吸引力且能與現有與潛在同仁產生共鳴。該獎項同時會根據同仁對企業貼文的互動率（按讚、評論和分享）進行評量。角逐這兩個獎項是對 Appier 致力招聘與培育優秀人才的的肯定，讓 Appier 脫穎而出成為人才招聘和雇主品牌的領先企業。 Appier 很自豪能營造一個沒有玻璃天花板的就業環境，讓每位同仁都能在此獲得職涯加速成長的機會。此外， Appier 對高價值的領域知識和經驗十分重視，希望同仁能夠培養「帶著走」的專業技能，讓其職涯發展更添實力與實績。在全球化的工作環境下， Appier 同仁能直接面對來自全球各地的客戶與合作夥伴，獲得多元且豐富的工作歷練。快速的決策流程讓同仁能夠對產品、技術、政策和流程發揮直接的影響力，這也塑造了 Appier 創新和賦能的正向文化。 Appier 執行長暨共同創辦人游直翰表示：「AI 新興技術的普及，將對各項產業與人類生活產生具顛覆性的改變，為我們處理任務的方式建立新的標準。隨著疫後經濟的復甦，我們正積極招聘各類技術與 MarTech 專業人才，為我們強勁的營運動能和後續的組織成長做好準備。展望未來，我們將持續透過 AI 、人才培育和技術升級轉變行銷產業，推動我們在 MarTech 產業的擴張與成長。」 Appier 的核心價值是開放的胸襟（Open mindedness）、直接的溝通（Direct Communication）與擁有企圖心（Ambition），這些價值觀為 Appier 打造了多元包容的企業文化，鼓勵同仁進行高效溝通並設立具有挑戰的目標。做為一間領先的 AI 軟體即服務（SaaS）公司， Appier 獨特的商業模式吸引了來自世界各地的傑出人才。透過定期舉辦的Ask Me Anything（AMA）和 Happier Hour 等活動， Appier 強化了公司對人才的重視。歡迎領域資深人士或是社會新鮮人的加入，一起推動 Appier 的成長，攜手打造 AI 和 MarTech 產業的未來。 除了持續為 AI 與 MarTech 專業人才提供發揮的舞台，Appier 充分體認多元觀點和獨特人才對組織的價值，因此積極推動團隊成員的多樣性和包容性。 Appier 很自豪能在科技產業和商場域中打造擁抱公平並促進多元共融的職場環境，致力提供同仁互助支持與多元共融的平台，讓所有同仁無論性別都可以在這裡成長茁壯，為公司的成功做出貢獻。Appier 的徵才、留才和多元性別承諾使其能在競爭激烈的 AI SaaS 市場中脫穎而出，並且持續引領多元共融工作場域的發展。 Appier 持續招聘工程師和 MarTech 專業人才，包含各種職級和職務的軟體工程師、產品經理、機器學習科學家、數據分析師、業務拓展人員、顧客管理和顧客成功經理，以及當地市場的業務代表、合作夥伴和行銷專業人員，滿足客戶強勁的業務需求並加速整體產品的創新研發進程。 ### 關於 Appier Appier（TSE：4180）是一家採用人工智慧（AI）協助企業進行商業決策的軟體即服務（SaaS）公司。 Appier 成立於 2012 年，以實現 AI 的普及化為願景，目前在亞太地區、歐洲及美國擁有 17 個營業據點，並於東京證券交易所掛牌上市。欲了解更多訊息，請造訪 www.appier.com/zh-hant。 媒體聯絡人 Appier Claire Ke (02) 8780-2800 #6130 0919-222-015 Claire.Ke@appier.com Appier Julie Hung (02) 8780-2800 #6133 0983-465-030 Julie.Hung@appier.com
Dr. Don Arnone is the CEO of TeraView. In March 2023, he visited ACE Solution (ACE), the Taiwan representative partner that launched the TZ6000, a non-destructive wafer quality measurement tool. It incorporates with TeraView's TeraPulse Lx technologies, particularly for crucial applications such as wafer and substrate defect inspection. TZ6000 characterizes the wafer properties by thickness, refractive index, resistivity, dielectric constant, and surface/subsurface defects scanning graph. Key Driving Factors for TZ6000 Success and Market Advantages To explore the market for TZ6000, Dr. Don Arnone shares two influencing factors: " One is to transmit product information; the other is to make a demonstration to customer in terms of favorable impression." Since 2023, the proof of concept (POC), the initial sales, will rely on sturdy teamwork. Based on ACE and TeraView professionals, TZ6000 is the thriving base for forward-looking. TeraView possesses competitive advantages of Terahertz instrument experience, while ACE has tremendous expertise for integration solutions such as TZ6000. Under the two leading companies' cross-border cooperation, it will bring an unprecedented solution for customers. Subsurface Damage (SSD) of semiconductor wafers commonly happens in the surface machining process. At present, wafer inspection relies on VIS/IR/UV optical inspection that can analyze the surface properties of the wafer but not the SSD because of its low penetration depth. Terahertz (THz) waves have the features of high penetration depth in semiconductor wafers for silicon, silicon carbide, and gallium nitride. Therefore, THz-based TZ6000 can meet the market needs for compound semiconductor wafer non-destructive inspection. TZ6000 Accomplishment Insights from ACE and TeraView From Dr. Don Arnone's viewpoint, there are three takeaways for TZ6000 task achievement. ACE works enthusiastically and hard to reach our milestones and follows customer requirements. In addition, team flexibility brings the capability to address the challenge of market adoption. These factors are also key to take the TZ6000 from the project phase through to final commercialization. TeraView's TeraPulse Lx System is the pioneer product for terahertz analysis. Specifically, it meets material inspection in imaging or spectroscopy applications for the compound semiconductor industry. The modular architecture and patented laser-gated photoconductive emitters and detectors are flexible and expandable. The system also boasts an industry-leading 3,200 ps time-delay line as standard. With a lightweight, compact core unit that allows easy transport, the TeraPulse Lx System incorporates the TeraPulse Lx modules to meet market demands. Steve Hsu, President of ACE, says it's a precious chance to collaborate with TeraView. ACE takes the lead in electrical precision tests, integrating service and solution. Through the TeraPulase Lx module and TZ6000 system incorporation, it frames a unique THz-TDS probe for simultaneous measurement of multiple parameters of wafer characterization. In the wafer manufacturing and R&D process, TZ6000 possesses user-friendly and graphically illustrated software for quality inspection. "TeraView and ACE have very complimentary skills and experience. Our partnership is a representative case of international cooperation. I'm proud of this unique accomplishment and enjoying working with President Steve's team.", Dr. Don Arnone says with trust. Starting the TZ6000 business in Taiwan, ACE has confidence in creating a great business via technology integration in the long run. About ACE Solution Founded in 2000, ACE Solution (https://www.acesolution.com.tw/en/index/) locates in Hsinchu City, Taiwan, with branch offices in Suzhou and Shenzhen, China. Our mission is to provide customized test solutions to meet customer needs in electrical components, devices, and system manufacturing and provide technology solutions through our partners. We focus on RF, mmWave, and terahertz with the expert technical support team. ACE Solution offers professional, innovative, and multi-functional integrated techniques and solutions. About TeraView Founded in 2001, TeraView (https://teraview.com/) is the world’s first and leading company solely focused on applying terahertz light to solve customer issues. A spin-out from the Toshiba Corporation and Cambridge University, TeraView has developed its proprietary technology across many markets. These include fault analysis and quality assurance for semiconductor chips used in mobile computing and communications and non-destructive inspection of high-value coatings used in the automotive, pharmaceutical, food, and solar industries. Contact ACE Solution, Co., Ltd. Address: 2F-1, No.28, Taiyuan street, Jhubei City, Hsinchu County, 302, Taiwan Telephone: +886 3 5500909 E-mail: thzlab@acebiotek.com Website: https://www.acesolution.com.tw/en/index/ https://www.acebiotek.com/en/thz-service/apply
NEW TAIPEI CITY, Taiwan, May 16, 2023 /PRNewswire/ -- In recent years, as digital transformation has become increasingly prevalent for industry applications in medical equipment, industrial control and edge/network communication, the demand is growing for embedded computers to provide ever-accelerating high-performance computing and processing power while at the same time, to fulfill the strict reliability requirements. To enable these more advanced embedded computing solutions, limitless scalability is now determinedly expected to be a must have. As a result, the new COM-HPC (computer-on-module for high performance computing) specification emerged to complement the COM Express, extending the already highly scalable modular embedded computing design approach to facilitate a brand new portfolio of computer-on-module solutions that enable even greater upgradability and configurability with next-gen CPUs and high-speed I/O interfaces. Portwell COM-HPC client type size B module with 13th Gen Intel Core™ processor for medical equipment and industrial control solutions. High-Performance Challenges Advancing Innovations And in response, adding to its expanding COM-HPC computer-on-module product family, Portwell has developed the PCOM-B883VG2 COM-HPC Client Type Size B module (120mm x 120mm), based on the latest COM-HPC Revision 1.15 design specification, and powered by the 13th Gen Intel Core embedded processors. More specifically, based on the advanced COM-HPC computer-on-module architecture, the PCOM-B883VG2 is designed with the 13th Gen Intel Core mobile processor series which provides up to 14 cores combining 6 Performance-cores (P-cores) and 8 Efficient-cores (E-cores), and 20 threads compute capabilities, 24 MB Intel Smart Cache, integrated Intel Iris Xe graphics with up to 96 EUs (Execution Units) enhancing fast and dynamic visual processing and AI inference, as well as industrial-grade features accelerating real-time performance and intelligence in challenging IoT edge computing environments. Built upon the Intel 7 advanced lithography process, the 13th Gen Intel Core processor series also offers excellent energy efficiency, making it particularly suitable for designing fan-less and small-scale system solutions for edge computing. One COM-HPC Solution Enabling Applications Across Industries Built with high scalability and I/O performance, the Portwell PCOM-B883VG2 COM-HPC Client Type Size B module can be deployed in diverse use scenarios, not only as an enabler in edge servers, but also as a core computing component for an extensive array of compact yet high-performance embedded computers, delivering greater performance for medical equipment, industrial instrumentation, transportation systems, ruggedized field computers, defense systems, and many more. The PCOM-B883VG2 delivers high-performance CPU/GPU capabilities for edge AI computing on a compact size, while ensures stable and reliable operations under limited cooling conditions. An example use case is at the manufacturing facilities, the PCOM-B883VG2 is designed in embedded systems combined with security cameras, and through utilizing AI technologies to identify and validate whether an individual has the authorized right to access the factory, as well as is compliant with properly using standard personal protective equipment. In medical devices, the PCOM-B883VG2 supports a variety of high-speed I/O interfaces, including PCIe Gen5 x8 lanes, which are ideal for pairing with FPGA/accelerator chips to optimize high-performance connectivity for compute acceleration to empower an extensive variety of medical/healthcare devices deployed in placement/space constrained conditions, such as ultrasound, CT, MRI and so on. Complete Product Design, Technical Expertise and Project Experience As a dedicated industrial and embedded computing solution provider with more than 30 years of trusted experience, Portwell provides comprehensive project support for product design, design guidelines, circuit diagram reviews and technical expertise, as well as production and certification processes. Portwell also offers a latest product roadmap for customers' forward planning on the next-gen product upgrades and new projects. Portwell's PCOM-B883VG2 COM-HPC Client Type Size B module is a high-performance and greatly reliable computer-on-module solution that provides highly-scalable embedded computing design options for a broad spectrum of applications in the fields of medical equipment, industrial control and edge/network communication. PCOM-B883VG, COM-HPC Client Type Size B Module with 13th Gen Intel® Core™ on Intel 7 Process Up to 14 cores compute capabilities with 6 Performance-cores (P-cores) and 8 Efficient-cores (E-cores) Intel Iris Xe graphics with up to 96 EUs 2x DDR5-4800 non-ECC SO-DIMMs up to 64GB 1x PCIe Gen5 x8 (selected SKUs), 2x PCIe Gen4 x4, and 8x PCIe Gen3 x1 2x USB4, 2x USB3.2 Gen 2, 8x USB2.0, 2x SATAIII, 3x DDI, eDP 2.5GbE based on Intel Ethernet Controller I226 Series with Intel TCC/TSN About Portwell Portwell, Inc., an IoT Solutions Titanium Partner of the Intel Partner Alliance, designs and manufactures a full range of IPC products (SBC, backplane, redundant power supply, rack mount & node chassis), embedded architecture solutions, DVR system platforms and communications appliances. We provide complete R&D and project management services to decrease customers' time to market, and reduce project risk and cost. Portwell is also an ISO 13485, ISO 9001 and ISO 14001 certified company that deploys quality assurance through product design, verification and manufacturing cycles. Further Information Portwell HeadquartersE-mail: info@portwell.com.twPhone: +886-2-7731-8888WEB: www.portwell.com.tw Media Contact: Vivian Chen, +886-2-7731-8888#8548
TAIPEI, May 16, 2023 /PRNewswire/ -- NEXCOM, a leading supplier of network appliances, has unveiled its latest product portfolio and expansion of its network and communication capabilities, focusing on the latest advancements in edge computing, 5G, cyber security, and OT security. With a commitment to innovation and customer satisfaction, NEXCOM is dedicated to providing cutting-edge solutions to help businesses optimize their existing networks and build future networks to meet the demands of digital transformation and stay ahead of the competition. NEXCOM offers a comprehensive range of solutions designed to help businesses optimize their existing networks as well as build future networks. These solutions include advanced network solutions such as Cyber Security, OT Security, Network Function Virtualization (NFV), Multi-Access Edge Computing (MEC), and 5G uCPE for public and private networks. They are designed to help businesses optimize their networks for the cloud, improve network security, scale bandwidth, and increase network agility. "As businesses continue to embrace digital transformation, they need flexible, secure, and scalable networks," said Allan Chiu, VP of Network & Communication Solutions at NEXCOM. "We are thrilled to share our vision and our latest network product portfolio, with well-positioned additions to our product line to meet the growing demand for advanced network solutions and reliable telecom services." The latest featured network appliances include the DFA 1163M, mmWave-enabled uCPE for 5G applications; NSA 7160, 2U performance appliance with PCIe5 interface and LAN module slots for cyber security and NFVi applications; FTA 5180, high-end Edge appliance for 5G fronthaul applications; ISA 141, fanless OT security DIN-rail with dual 5G and dual Wi-Fi. To learn more about the NEXCOM network and communication capabilities, please watch a short video. To learn more about the latest network solutions, please refer to this PDF file. About NEXCOM Founded in 1992 and headquartered in Taipei, Taiwan, NEXCOM integrates its diverse capabilities and operates six global businesses, including the Network and Communication Solutions (NCS) unit. NCS focuses on the latest network technology and helps to build reliable network infrastructure, by delivering professional design and manufacturing services for customers all over the world. NCS's network application platform is widely adopted in Cyber Security Appliance, Load Balancer, uCPE, SD-WAN, SASE, Edge Computing, Storage, NVR, and other network applications for businesses of all sizes.
創未來科技研發團隊於本月9號進行車載低軌衛星通信使用者終端機T.SpaceRouter®（Automotive User Terminal）工程樣品交樣儀式。此車載低軌衛星通信使用者終端機將參與MIH 電動車平台原型車開發低軌衛星通信技術解決方案的前期可行性評估，加速並擴大車載衛星通信終端機搭載於電動車開放平台。最重要的是，這個創未來科技所推出的車載低軌衛星通信使用者終端機將是台灣第一款Made-In-Taiwan 的車載低軌衛星使用者終端機，產品本土化比例高達85%，直接受惠相關的本土供應商，讓我國低軌衛星通信產業供應鏈佔據低軌衛星地面終端機的最佳市場地位。 因應全球通信的角色日漸顯著，MIH聯盟下的全球通信研擬小組（Global Connectivity Interest Group）於2023年2月正式轉為工作小組（Working Group）。而這個工作小組的聯合主席則由在通訊產業佔據領導地位的創未來科技的王毓駒執行長擔任。 MIH通信工作小組的全球通訊專案，主要工作領域包括全球通訊應用場景、技術架構及規格等。在應用場景的部分，由創未來科技帶領專案小組成員共同定義全球通訊應用場景(Use Cases)，其中包括緊急通訊、網路連線服務、先進駕駛輔助系統（ADAS）、自動駕駛（AD）等。在討論中有成員分享3GPP Rel.17/18 B5G通訊技術發展方向，也有成員分享衛星通訊產品驗證能量。為了有助於產業推廣，聯合主席創未來科技與專案小組成員共同研擬全球通訊的融合架構（Hybrid Architecture），將包含衛星通信（Satcom）及車間通信（V2X）等不同技術進行整合，提出適用於MIH 電動車平台的全球通信解決方案，並計畫於2023年第二季完成產品白皮書。 前述所提及之車載低軌衛星通信使用者終端機T.SpaceRouter®也將在今年9月台北國際航太暨國防工業展覽中首次亮相。由創未來科技所研發之低軌衛星通訊酬載（Communication Payload）與車載低軌衛星通信使用者終端機將在展覽中透過POC動態DEMO，展示低軌衛星通訊對接地面移動式終端設備的完整解決方案；同時，創未來科技也預計展示無人機防禦系統（Anti-drone System）、雷達與衛星通訊解決方案等，展示其於軍工與衛星通訊領域之豐沛研發能量。 「創未來科技」位於台灣新竹市，專注於研發與生產全球最先進電子掃描雷達和衛星通信系統。目前已成功開發我國太空第三期太空計畫使用之衛星通信酬載系統、並完成我國首個衛星合成孔徑雷達酬載實驗體。 - 詳細圖文版：https://tronfuture.com/news/首款國產車用低軌衛星終端產品-創未來科技與MIH共/ 【新聞聯絡人】 創未來科技 業務行銷部 張芹芸 03-5750057 #1006 | claire@tronfuture.com
TAICHUNG,Taiwan, May 15, 2023 /PRNewswire/ -- After the worldwide COVID-19 pandemic, most people suffered from mild disease, and "Acute Respiratory Distress Syndrome (ARDS)" is common for those critical COVID-19 patients. The 46-year-old of Ms. Chang, who had hypertension and nephropathy, accepted kidney transplantation surgery 10 years ago. She was tested positive for COVID-19 and had severe respiratory failure. Ms. Chang was diagnosed to have "Acute Respiratory Distress Syndrome (ARDS)." At the negative pressure isolation ICU of China Medical University Hospital (CMUH), Ms. Chang immediately underwent endotracheal intubation, and ECMO emergent use was initiated to temporarily replace the lung function of Ms. Chang. Thanks to the visualized smart medicine system designed by CMUH to real-time monitor Ms. Chang's key respiratory therapy. Further, given proper antibiotics and antivirals to the patient, the condition of Ms. Chang was reversed and improved with 15 days of ECMO support. On the 23rd day, the endotracheal tube was removed, and Ms. Chang was getting stable and successfully recovered to be discharged after 35 days of hospitalization. “CMUH Smart medicine system: ARDS real-time monitoring dashboard” ensured Ms. Chang’s “LPV,” the green zone meant the safety range of the lung volume during the acute phase for patient’s lung protection. ARDS Needs Timely "LPV" Smart Medicine System Can Help Reduce the Mortality Rate of Critical Patients Dr. Wei-Cheng Chen, V.S., Division of Pulmonary and Critical Care Medicine, CMUH , stated that according to Ms. Chang's acute physiology and chronic health evaluation (APACHE) II score when first admitted to the isolated ICU, the predicted mortality rate was 70%; however, the medical care team accurately provided the Tidal Volume (TV) to protect the lungs from injury through the assistance of the smart medicine system. Furthermore, an interprofessional and cross-department "ARDS team" was gathered right away to save Ms. Chang with all their combined efforts, including physicians from pulmonary and critical care medicine, renal transplantation, infectious diseases, and cardiovascular surgery, nurse specialists, the respiratory technicians, technicians of extracorporeal technician, pharmacists, and nutritionists, who all teamed up to provide her with seamless care. Dr. Wei-Cheng Chen explained that ARDS is a kind of diffuse pulmonary alveoli injury with fast progression that is accompanied with severe hypoxemia. It is a cross-specialty syndrome in critical care medicine, whose common causes may include all kinds of pneumonia, sepsis, lung contusion, pancreatitis, etc. Patients may be admitted to the ICU due to respiratory failure and multiple organ failure. Such conditions consume considerable medical manpower, resources, and interprofessional cooperation. Dr. Wei-Cheng Chen further explained that ARDS is a pretty troublesome complication. As shown in the literature, the mortality rate of ARDS could be up to 80% in elderly and septic patients, even though respiratory treatment technology is significantly improved in modern medicine. Most ARDS patients need endotracheal intubation to survive and also need a timely diagnosis with a series of treatments to improve the prognosis. "Lung Protective Ventilation (LPV)" is currently the best treatment strategy with a strong evidence base." Dr. Wei-Cheng Chen stated that the unsatisfactory implementation rate is raised by many domestic and international studies because the timing of the cross specialty care team intervention cannot be properly and accurately integrated. At China Medical University Hospital, the pulmonologists and critical care specialist have invited their colleagues to form the cross-specialty "ARDS team." In addition to nurse specialists, RT team, perfusionists, pharmacists, and nutritionists, the cardiovascular surgeon and physicians from emergency medicine were also invited; the most valuable part was inviting the information experts of the smart medicine system into the team as well. Through the Power business intelligence (BI) developed by Microsoft , the medical information and data of the ARDS patients were all visualized and integrated to be calculated by the system to provide real-time big data to support the medical team. As a result, the medical team can provide individualized therapeutic strategies for ARDS patients based on the data. Under such a treatment model, most critical ARDS patients can successfully recover due to the conditions reversed by proper assessment and precise treatment implementation. Outstanding Achievement of CMUH ARDS Team Published by Top International Medical Journal <Critical Care> CMUH "ARDS team" applied the smart medicine system improved interface to help the cross-specialty team have a real-time visualized Dashboard to obtain universal control of the patient's medical data to cure the rapidly changing ARDS. Such excellent clinical care performance was highly recognized by the top international medical journal for emergency and critical care, "Critical care," and the related achievements were published in the journal in August 2022 with an article entitled "Using real–time visualization system for data driven decision support to achieve lung protective strategy: a retrospective observational study." The outstanding achievement of CMUH's cross-specialty "ARDS team" on the critical care medicine was highly recognized by international emergency and critical care experts. The clinical research was published in an international journal with high Impact Factor of 19.3. Furthermore, Dr. Wei-Cheng Chen earned many domestic and international recognitions, including the best presenter and young investigator award at TSCCM/TSECCM/JSICM Joint Congress, TSECCM quality award, cross territory holistic health care best oral presentation award, first place of Taiwan Al Academy industrialization innovation competition, educational innovation award, and more. Dr. Chieh-Lung Chen, Division of Pulmonary and Critical Care Medicine, CMUH, mentioned that, based on the APACHE II score, the level of critical conditions of ICU patients can be reflected, with a score over 20 belonging to the high risk group. After assessment, Ms. Chang had a score of 30 with a predicted mortality rate of 70%. Under the aggressive care of the ARDS team, Ms. Chang was given antibiotics and antivirals, in addition to the LPV strategy, so her critical condition improved with 15 days of ECMO support. On the 23rd day, the endotracheal tube was successfully removed, and Ms. Chang stabilized and was discharged after 35 days of hospitalization. Dr. How-Yang Tseng, who collaborated with the Information Technology Office to create the "ARDS real-time monitoring dashboard," added that Power BI consolidates all the medical data from different sources under the system and reflects them in the real-time monitoring dashboard to show the conditions and data trends of each patient. For example, doctors could monitor all the patients' condition through the unit distribution graph presenting with the ratio of ventilator, vasopressor, and continuous dialysis usage. According to the PF ratio, the related information would be ranked in a descending sequence to accelerate patient screening for identifying the target patients. Furthermore, it may help medical staff to quickly control the condition changes of patients so the LPV treatment strategy can be implemented earlier to elevate the cure rate. CONTACT: Feng Ming Hsieh, a25050@mail.cmuh.org.tw
A12 藝術空間
i-Taiwan
請先登入後才能發佈新聞。
還不是會員嗎？立即 加入台灣產經新聞網會員 ，使用免費新聞發佈服務。 （服務項目） （投稿規範）
