Quantum Generation Announces Partnership with Plato Technologies and the Quantum Space Revolution ACN Newswire

Quantum Generation Announces Partnership with Plato Technologies and the Quantum Space Revolution

Raleigh, NC, July 7, 2022 - (ACN Newswire via SEAPRWire.com) - Quantum Generation® is pleased to announce an orbital and terrestrial technology partnership with Plato Technologies. The partnership allows the development of the quantum space-based infrastructure. We are building the quantum incentivized network and integrating the technologies in the space-based QPhone.Quantum computers and communications promise to operate millions of times faster than traditional technologies. Quantum Generation® is deploying the QG® waves technologies with quantum frequency stronger than 5G or 6G. Integrating Plato Blockchain with Quantum Generation® key distribution will ensure it is secure and anonymous. Utilizing the quantum generation repeaters and QSAT™ satellites, Plato Blockchain provides the fastest and most secure platform in the world.Quantum repeaters are a vital component of quantum mesh network. The Plato and QUBIT space "nodes" can receive and transmit quantum data to and from the ground via free-space optical communications.Plato and Quantum Generation® building the viability of technologies with self-healing P2P orbiting nodes to connect quantum transmitters and receivers over great distances securely. These nodes must produce and detect pairs of entangled photons with the Quantum Generation® Repeaters. They are eventually transmitting such photons for quantum cloud computing, the internet, communications, and fintech –exchanging quantum data regardless of where the nodes are located.Quantum Generation's® exclusive QG® 369 community is growing worldwide and has seen an increase in its memberships platform and look forward to building on with the Plato community and creating new ideas, investments, and technologies.About Quantum Generation: Space Based Quantum EcosystemAbout Quantum Generation: Space-Based Quantum Ecosystem™ QUBIT Blockchain® Satellites and Quantum Generation® Quantum Mesh Network™. Creating the QG® (Quantum Generation®) Social Community. For more information, visit https://quantumgeneration.io.About PlatoPlato is an open intelligence repository and browser that unlocks the power of Vertical Search in a highly scalable and value driven way. The Platform is designed to provide an ultra-secure environment to consume specific real-time data intelligence across 27 Languages and through an intuitive and immersive user experience. For more information, visit https://Platodata.ai.Source: Plato Data Intelligence Copyright 2022 ACN Newswire. All rights reserved. (via SEAPRWire)
More
Fujitsu Develops New Technology for Accurately Estimating Postures of the Human Body from Point Cloud Data Using Millimeter-wave Sensor JCN Newswire

Fujitsu Develops New Technology for Accurately Estimating Postures of the Human Body from Point Cloud Data Using Millimeter-wave Sensor

TOKYO, Jul 6, 2022 - (JCN Newswire via SEAPRWire.com) - Fujitsu has successfully developed a new technology to accurately estimate postures of the human body from coarse-grained point cloud data obtained with a conventional millimeter-wave sensor. Fujitsu plans to deploy the newly developed technology at hospitals and nursing care facilities to support nurses and caregivers in visually monitoring patients and reacting to emergency situations such as falls of patients.Figure: Overview of the newly developed technologyThe technology leverages an AI model for highly accurate estimations of postures of the human body and Fujitsu's "Actlyzer"(1) AI technology for analysis of complex human behaviors to analyze the movement of patients in detail before and after a fall without installing cameras in highly private spaces such as hospitals and nursing homes.Fujitsu will conduct field trials with hospitals and nursing care facilities to verify the effectiveness and improve the accuracy of the new technology with the aim to offer it as a service to the Japanese market by the end of FY 2023.Innovation to improve independence and safety for the elderly and those with impaired mobilitySecuring the safety of patients and elderly people while reducing the workload of nurses and caregivers represents an increasingly urgent task at hospitals and nursing homes.While monitoring technology using sensors has been attracting attention in recent years, the demand for solutions using millimeter wave sensors is expected to grow as it can be deployed at low cost and also helps preserve the privacy of patients.However, low-priced millimeter-wave sensors, which are widely available, provide only coarse-grained point cloud data and are thus often not accurate enough to detect falls of patients and the elderly and to perform detailed analysis of their behavior before and after falls.To address this issue, Fujitsu has developed a technology that enables expansion from coarse-grained point cloud data to fine-grained point cloud data necessary for an accurate posture estimation by fusing time series information of point cloud data in a series of movements of the human body. The new technology that does not utilize cameras will help to support nurses and caregivers to monitor patients and achieve a faster response to emergency situations while ensuring patients' privacy.About the newly developed technologyFujitsu has developed a new technology that enables a detailed analysis of human behavior using a common 79 GHz millimeter-wave sensor compliant with the Radio Law of Japan.In February 2022, Tottori City (Tottori Prefecture, Japan) and Fujitsu Japan Co., Ltd.(2), conducted field trials with elderly people living alone in municipal housing units using a prototype of the newly developed technology and confirmed the effectiveness of the technology in privacy-conscious monitoring of the residents.In June 2022, Fujitsu and Kawasaki City (Kanagawa prefecture, Japan) conducted trials at the simulation laboratory "Kawasaki Welfare Technology Lab" ("Weltech", a facility to support the development and improvement of welfare products and services), to test the response of the prototype of the new technology and notifications sent by the system in various behavior situations such as elderly people getting out of bed. Based on the results of these tests, Fujitsu and members of Weltech plan to conduct field trials of the prototype at an actual facility for the elderly from August 2022 onwards.Features of the new technology:1. Point group data extension technology for generating input data suitable for measurements of postures of the human bodyDevelopment of a point cloud data extension technology that can be extended to fine-grained point cloud data by selecting point cloud data suitable for the estimation of postures from a large amount of point cloud data that can be acquired by multiple radio waves(3)2. Large-scale dataset and AI model to measure postures of the human bodyConstruction of a large-scale data set that combines point cloud data with three dimensional coordinates of human joints based on point cloud data extended to sufficient granularity to estimate the position of the human body to achieve estimations with higher accuracyDevelopment of an AI model for highly accurate estimations of the position of the human body based on a dataset consisting of behavioral data from about 140 people in about 50 different scenes3. Actlyzer AI technology for complex and detailed analysis of human behaviorDetailed analysis of various human behaviors (falling after standing up from bed or during walking as well as behavior before and after falling etc.) through utilizing Actlyzer, an AI technology able to analyze complex human behavior by combining approximately 100 types of basic movement data to support nurses and caregivers in visually monitoring patients and achieving a faster response time to emergency situations(1) Behavior analytics technology Actlyzer: technology commercialized as Fujitsu's AI technology for video-based behavioral analysis solution "FUJITSU Technical Computing Solution GREENAGES Citywide Surveillance" to recognize human actions.(2) Fujitsu Japan Co., Ltd. : Headquarters: Minato-ku, Tokyo; COO and Representative Director of the Board: Takayuki Sunada.(3) Postures of the human body can be expressed as time-series point cloud data as even a general millimeter-wave sensor with a coarse granularity of point cloud data that can be acquired by radio wave irradiation at one time can achieve highly accurate estimation.The Sustainable Development Goals (SDGs) adopted by the United Nations in 2015 represent a set of common goals to be achieved worldwide by 2030. Fujitsu?s purpose -- "to make the world more sustainable by building trust in society through innovation" -- is a promise to contribute to the vision of a better future empowered by the SDGs. About FujitsuFujitsu's purpose is to make the world more sustainable by building trust in society through innovation. As the digital transformation partner of choice for customers in over 100 countries, our 124,000 employees work to resolve some of the greatest challenges facing humanity. Our range of services and solutions draw on five key technologies: Computing, Networks, AI, Data & Security, and Converging Technologies, which we bring together to deliver sustainability transformation. Fujitsu Limited (TSE:6702) reported consolidated revenues of 3.6 trillion yen (US$32 billion) for the fiscal year ended March 31, 2022 and remains the top digital services company in Japan by market share. Find out more: www.fujitsu.com. Copyright 2022 JCN Newswire. All rights reserved. (via SEAPRWire)
More
Milestone of THz Communication JCN Newswire

Milestone of THz Communication

TOKYO, Jun 29, 2022 - (JCN Newswire via SEAPRWire.com) - Scientists from a project coordinated by Technische Universitat Braunschweig in Germany and Waseda University in Japan with ten other partners from five countries have succeeded for the first time worldwide in developing a bidirectional THz radio link that can be connected as a "backhaul" to the data network of mobile radio providers. This link achieved by the Horizon Europe-funded new windowThoR project, can realise high data rates and thus play an important role in the network infrastructure of the future. On 29 and 30 June, the THz radio link will be presented in a final workshop of the ThoR project. The Braunschweig radio relay link connects the Oker Tower with TU Braunschweig's IT Centre over a distance of 160 metres. Credits: Thomas Kürner/ TU BraunschweigFibre-optic cables are not always the best option when it comes to transmitting data. Especially in cities, it is often not possible to connect every base station of the mobile network by cable. Radio relay links provide an alternative solution. With the help of antennas mounted on roofs, they can bridge distances of up to one kilometre. This creates important backhaul connections between mobile radio cells and the nodes of the mobile radio network without the need for any road construction work. Until now, the high data rates produced by the 5G mobile communications standard, which will continue to increase in the future 6G standard, favoured a fibre-optic connection between stations to the data networks. The international ThoR project has now succeeded in developing a bidirectional terahertz radio link that can reliably transmit these high data volumes. The frequency range above 300 gigahertz is used for this as it offers enough spectrum for high data rates. The ThoR-backhaul link is the only one of its kind in the world to offer a bidirectional real data connection and connects TU Braunschweig's IT centre with the Oker high-rise building over a distance of 160 metres. It can transmit data rates of 2x20 Gbit/s net at a bandwidth of 2x8.64 GHz and is scalable over the bandwidth so that higher data rates can also be realised. Professor Thomas Kurner, coordinator of the European part of the project: "We have realised an application-oriented complete solution here, which can already be used as a backhaul link in the data network in the near future." In addition, as the first backhaul link of its kind, its functionality also complies with the IEEE 802.15.3 standard. The IEEE 802.15.3 standard was already developed in the run-up to the ThoR project and substantial research contributions were made by TU Braunschweig and several of the Japan-based partners. On 29 and 30 June, the final workshop of the ThoR project will take place in hybrid form. In addition to attending the workshop in person in the Aula of the Haus der Wissenschaft (Pockelstrabetae 11, 38106 Braunschweig), it will also be possible to participate online. The core of the workshop is the demonstration of the backhaul track with a tour of the developed THz hardware. Registration for the workshop is possible new windowonline. The ThoR project is funded by the EU through the Horizon 2020 research framework programme (Grant Agreement 814523) and by the National Institute of Information and Communications Technology in Japan with a total of three million euros. The project started on 1 July 2018 and will end on 30 June 2022. Partners of the ThoR project:TU Braunschweig (EU coordinator, Germany), Waseda University (Japanese coordinator, Japan), Chiba Institute of Technology (Japan), Gifu University (Japan), University of Stuttgart (Germany), Fraunhofer Institute for Applied Solid State Physics IAF (Germany), University of Lille-CNRS IEMN&PhLAM Laboratories (France), HRCP R&D Partnership (Japan), Vivid Components Ltd (UK), Siklu Communication Ltd (Israel), NEC Corporation (Japan) and Deutsche Telekom (Germany/Czech Republic). Further information can be found at: https://thorproject.eu/About NEC CorporationNEC Corporation has established itself as a leader in the integration of IT and network technologies while promoting the brand statement of "Orchestrating a brighter world." NEC enables businesses and communities to adapt to rapid changes taking place in both society and the market as it provides for the social values of safety, security, fairness and efficiency to promote a more sustainable world where everyone has the chance to reach their full potential. For more information, visit NEC at https://www.nec.com. Copyright 2022 JCN Newswire. All rights reserved. (via SEAPRWire)
More
Grand Ming Group Holdings Limited Announces Annual Results for the Year Ended 31 March 2022 ACN Newswire

Grand Ming Group Holdings Limited Announces Annual Results for the Year Ended 31 March 2022

HONG KONG, Jun 24, 2022 - (ACN Newswire via SEAPRWire.com) - Grand Ming Group Holdings Limited (the "Company" and together with its subsidiaries, the "Group", stock code: 1271.HK) today announces its annual results for the year ended 31 March 2022 ("FY 2021/22").Highlights-- Revenue amounted to HK$817.9 million, a decrease of 45.2% from the previous financial year.-- Net profit for the year was HK$17.5 million, representing a decrease of 88.2%.-- Proposed payment of final dividend of 4.0 HK cents per share.-- Stay positive toward lucrative business of owning and operating data centres via expanding portfolio of developing two new centres in near future.-- Seize opportunity to increase land reserve for property development in Hong Kong.-- Execute the plan for property development in Nanning, Guangxi Province, China targeting for luxurious senior residential market.The Group's consolidated revenue decreased approximately 45.2% from approximately HK$1,492.4 million for the year ended 31 March 2021 ("FY 2020/21") to approximately HK$817.9 million for FY 2021/22. The decrease was primarily caused by lower revenue recognised from the building construction project at Kai Tak which was at the completion stage during FY 2021/22.The Group's net profit for FY 2021/22 amounted to approximately HK$17.5 million, representing a decrease of 88.2% when compared to that of approximately HK$149 million for FY 2020/21. Earnings per share was 1.2 HK cents (2021: 10.5 HK cents). The deterioration in results for FY 2021/22 was attributed by (i) reduction of revenue and profit recognised from the Kai Tak construction project which was at the completion stage; (ii) lower profit attained from the sales of typical units of Cristallo project; and (iii) loss incurred in certain variation orders of a completed construction project. Disregarding the changes in fair value of investment properties, the Group recorded an underlying loss of approximately HK$75.2 million (FY 2020/21: underlying profit of HK$148 million). The Group believes a long-term high dividend policy is the best reward for our loyal shareholders. The Board now recommends to pay a final dividend for FY 2021/22 of 4.0 HK cents per share. Together with the interim dividend of 4.0 HK cents per share and special interim dividend of 20.0 HK cents per share already paid, the total dividends for FY 2021/22 amounted to 28.0 HK cents per share. During FY 2021/22, revenue derived from the construction business decreased by approximately 65.1%, from approximately HK$1,133.7 million for FY 2020/21 to approximately HK$395.5 million for FY 2021/22. The decrease was primarily attributed to lower revenue recognised from the Kai Tak construction project which was at the completion stage during FY 2021/22.The data centre leasing business recorded healthy growth in the year under review, representing a testament to the resiliency of the portfolio and right strategy over the years. Revenue derived from its two high-tier data centre buildings, namely iTech Tower 1 and iTech Tower 2 increased approximately 18.4%, from approximately HK$164.7 million for FY 2020/21 to approximately HK$195.0 million for FY 2021/22, primarily driven by increased utilisation of data centre spaces in iTech Tower 2 by committed customers. The Group looks ahead from a position of strength to a focus on growth, and continues to execute the strategy of creating a stable and growing cash flow stream, the Group further diversifies its footprint for high-tier data centres. The two greenfield sites at No.3 On Kui Street and No.8 On Chuen Street in Fanling, the New Territories will be developed into two new high-tier data centres for leasing purposes, with an estimated gross floor area of approximately 185,000 square feet in aggregate. Currently the application for change of land use change of both sites by way of land exchange are in progress. The development at No.3 On Kui Street and No.8 On Chuen Street is scheduled for completion in mid-2025 and mid-2026 respectively.The Group's luxury residential project, CRISTALLO, at No. 279 Prince Edward Road West, Kowloon was well sold. During the year sales of 6 residential units were completed, and revenue of approximately HK$221.7 million was recognized accordingly."The Grand Marine" in Tsing Yi had achieved an encouraging sales performance, with over 92% of the units sold cumulatively. The certificate of compliance of the development was granted in March 2022. Accordingly, handover of the sold units to the buyers commenced from mid-April 2022, with HK$4.75 billion revenue recognised in the first half of our financial year 2022/23. For the property development in Mainland China, the Group acquired its first land parcel in July 2021 through government public auction. The land parcel is located at Guangxi-ASEAN Economic and Technological Development Zone, Wuming District, Nanning City, Guangxi Province. The site has an area of approximately 574,000 square feet, and is planned to be developed into a luxury residential project under the theme of leisure and healthy lifestyle targeting customers at the elderly and retirees and their families. The preliminary design comprises high-rise apartment units, villas, retail shops and a wellness centre. The estimated gross floor area of the proposed development is approximately 1,100,000 square feet. Site clearance works had been completed. Planning and design works are in progress.Mr. Chan Hung Ming, Chairman and Executive Director of Grand Ming Group Holdings concluded, "The achievement of our first property development project of the Grand Marine confirms our successful transition to a property developer which emboldens us to deliver satisfactory results in the coming year. We will continue to launch the sales for the remaining units of the Grand Marine and Cristallo so as to contribute further cash inflows to the Group.""Looking forward, year 2022 remains a year full of challenges conditioned by heightened uncertainty, including potential resurgence of another wave of covid-19 infections, local interest rate hike triggered by the U.S. Federal Reserve's move to hike rates and the global geopolitical tensions. On the other side, resilient demand from the local end-users, limited land supply and low mortgage rate environment continued to support the local residential mass market. We maintain a cautiously optimistic view on the residential property market. Facing with these challenges and uncertainties, we would continue to adopt our prudent approach in managing the Group's businesses and strategies, and searching meticulously for suitable new property development projects both in Hong Kong and Nanning City of Mainland China to build the long-term development roadmap of the Group. The acceleration of digital transformation in business operations and communication among individuals during the pandemic had led to a surge in demand of high-tier data centres and therefore we are committed to developing our two new data centres in Fanling and looking for new pipelines for growth."About Grand Ming Group Holdings Limited (Stock code: 1271.HK)The Group is principally engaged in the business of building construction, property leasing and property development. As a local wholesale co-location provider of high-tier data centres, the Group is one of the dedicated service providers in Hong Kong which owns and uses the entire building for leasing to customers for data centre use. Its clientele includes multinational data centre operator, telecommunications company and financial institutions. The Group operates two high-tier data centre buildings, namely iTech Tower 1 and iTech Tower 2. It also acquired two pieces of land in Fanling, the New Territories for developing into two high-tier data centres. Furthermore, the Group launches a residential development project namely "The Grand Marine" at Sai Shan Road, Tsing Yi, as well as a luxury residential project, Cristallo, at Prince Edward Road West, Kowloon. The Group owns a piece of land at No.1 Luen Fat Street, Fanling, New Territories and a site at No. 41, 43, 45 Pau Chung Street, To Kwa Wan, Kowloon, for developing each into a residential-cum-retail complex with an aggregate gross floor area of approximately 67,000 square feet. In Mainland China the Group owns a piece of land at Guangxi-ASEAN Economic and Technological Development Zone, Wuming District, Nanning City, Guangxi Province with a site area of approximately 574,000 square metres and the estimated gross floor area of the proposed residential development is approximately 1,100,000 square feet.Media Contacts:Angel YeungJovian Communications LtdEmail: news@joviancomm.com Copyright 2022 ACN Newswire. All rights reserved. (via SEAPRWire)
More