News Article | April 28, 2017
HONG KONG, April 28, 2017 /PRNewswire/ -- Digital China Holdings Limited ("DC Holdings" or the "Group"; stock code: 00861.HK, 910861.TW), China's largest integrated IT service provider, is pleased to announce that the signing ceremony of China Healthcare Big Data Development Co., Ltd. (CHBDDC) was held in Beijing. DC Holdings initiated the establishment of CHBDDC. Guo Wei, Chairman of DC Holdings, and Jin Xiaotao, Deputy Director of National Health and Family Planning Commission, delivered speech at the ceremony. Lu Jiang, Vice Mayor of Xia'men, representatives of Changzhou Municipal Government, China Population and Development Research Center, Peking Union Medical College Hospital, Peking University, and Philips (China) Investment Co., Ltd attended the signing ceremony. Under the guidance of National Health and Family Planning Commission, CHBDDC was initiated by DC Holdings, and cosponsored by Industrial and Commercial Bank of China Limited, Bank of China Limited, Chinese Academy of Sciences Holding Co., Ltd.,China Telecom Corporation Limited, China Cinda Asset Management Co., Ltd., Shougang Corporation, Guangzhou Urban Construction Investment Group Co., Ltd., Wonders Information Co., Ltd., Neusoft Corporation, Inspur and Ylz Information Technology, Bringspring Science and Technology Co., Ltd. and many other central enterprises, state-owned enterprises and well-known listed companies. The new company will respond to the country's policy guidelines to promote the "Interconnection, Open Sharing" of Big Data in healthcare and promote the supply-side structural reform on healthcare and fulfill the mission of "Digitalised China" for the benefit of the people. Based on the top-level design for industrial parks of healthcare Big Data and combined with the development plan of "Healthy China", CHBDDC will be undertaking the construction of national and local industrial parks of healthcare Big Data. CHBDDC will put effort in the construction of Big Data center, Big Data platform, medical services, healthcare services, integrated management, precision medicine, delicacy insurance, insurance audit, medical payment and other key areas, to promote a full layout and construction of industrial parks of healthcare Big Data, and to become a new support for medical reform and a new driver of local economy. The new company will serve as a platform to integrate the relevant advantages of state-owned enterprises and listed enterprises: to invest and operate the National Healthcare Big Data Center and industrial parks so as to build a service system of healthcare Big Data under the principles of "Government-led, Commercial Operation and Joint Innovation for Win-win"; to open up the data of the whole industry chain to build a Sm@rt Big Data ecology; to utilize financial means for the promotion of incubation and cultivation of health industry and to build a large healthcare data ecosystem and develop the construction of healthcare Big Data. DC Holdings upholds its mission to drive the "Digitalised China". Combined with technology and capital, DC Holdings has formed cloud computing and Big Data as core capabilities. The Company is working towards the transformation to cloud computing and Big Data based on the ecological circle created through internal bottom-up innovation system and external investment for M&As and with Sm@rt City, modern agriculture, precision medicine and intelligent manufacturing as core business areas. The integration of healthcare resources and building up the integration platform by DC Holdings will fully demonstrate the benefit of health Big Data. As one of the key parts in DC Holdings' core business areas, Digital China Health is determined to build the top brand of healthcare Big Data in China by providing comprehensive and accurate information services and cancer-related data services. About Digital China Holdings Limited Digital China Holdings Limited ("DC Holdings", Stock Code: 0861.HK) was listed on the Main Board of The Stock Exchange of Hong Kong in 2001 following a successful spin-off from the then Legend Group in 2000. It has developed its capital platforms across Mainland China, Hong Kong and Taiwan through the following four listed companies – DC Holdings, Digital China Information Service Company Ltd., Digiwin Software Company Ltd., and HC International, Inc. Their combined market capitalization reaches nearly HK$50 billion. Since its listing 16 years ago, DC Holdings has adhered to the mission of driving the "Digitalization in China". With the corporate value of "Commitment, Passion and Innovation", the Company evolved from China's largest IT product distributor into the largest integrated IT services provider and then the most influential Sm@rt City solutions provider in China. According to its latest development strategy, DC Holdings will capture the opportunities arising from the "Internet +" strategy and leverage on its technological strengths and capital resources to drive breakthroughs in Sm@rt City, precision healthcare, modern agriculture and Sm@rt manufacturing based on the Cloud computing and Big Data technology. With comprehensive innovation mechanism and multi-layer incubation system, the Company is determined to become a genuine innovative enterprise. For additional information about DC Holdings, please visit the Group's website at www.dcholdings.com.hk. For investor and media inquiries: Charles Chan Emma Liang PRChina Limited PRChina Limited Tel: 852-2522-1838 Tel: 852-2522-1838 Email: firstname.lastname@example.org Email: email@example.com Digital China Holdings Limited Tel: 852-3416-8000 Email: firstname.lastname@example.org To view the original version on PR Newswire, visit:http://www.prnewswire.com/news-releases/dc-holdings-initiates-the-establishment-of-china-healthcare-big-data-development-co-ltd-to-construct-the-healthcare-big-data-ecosystem-300447914.html
Neusoft Corporation | Date: 2016-09-20
A method for controlling a physical network security device and a physical network security device are provided. The physical network security device includes: a master virtual machine, a slave virtual machine and a physical network card; and the method includes: acquiring a running state of the master virtual machine and a running state of the slave virtual machine; controlling to switch a binding/unbinding between the master virtual machine and the physical network card and between the slave virtual machine and the physical network card if it is detected that a failure occurs on the master virtual machine; and controlling the slave virtual machine to work as a new master virtual machine and controlling the master virtual machine with the failure to work as a new slave virtual machine.
News Article | February 20, 2017
— Market Highlights Passenger Information System Market is expected to grow at CAGR of ~26.4% during the forecast period and expected to reach market size of US ~$37.5 Billion by the end of forecast period. Rapid increase in average number of vehicles worldwide, is leading to traffic congestions. Therefore, to save travel time, the passengers are opting for public transport services which provide them with real time information using Passenger Information System. Certain facilities such as public announcement for public transports, mobile applications for the information related to the journey and price of tickets, emergency notification and others which are provided by the passenger information system are contributing to the growth of this market. Passenger information systems are being introduced for addressing the needs of fast changing travel environment for buses, trains and other modes of transport. Passenger information system is an effective investment for transporters to offer greater convenience to passengers and offer personalized services to its regular passengers. Implementation of passenger information system will benefit the transport service providers in the long run by ensuring profits. The passenger information system is facilitating the effective scheduling of transport vehicles and delivery of the related data scheduling to the travelers as compared to the manual methods. The passenger information system helps in saving time and cost for both the service providers and the customers. Key Players • Infax, Inc. (U.S.) • Passio Technologies, Inc. (U.S.) • General Electric Company (U.S.) • Huawei Technologies Co. Ltd (China) • Cubic Transportation Systems (U.S.) • Medha Servo Drives Pvt. Ltd (India) • Siemens AG (Germany) • Advantech Corp. (Taiwan) • Televic Rail NV (Belgium) • Neusoft Corporation (China) Market Research Analysis: Market Research Future Analysis shows that the passenger information system provides information to passenger both at station and on vehicle. At stations the passengers are provided with information related to the arrival time of vehicle, the route and destination of the vehicle. The passengers can also know the delays in timing of buses, trains or flights by using the passenger information system. With the help of these information it become easier for passengers to plan their journey effectively. When on vehicle, the passenger gets information regarding the upcoming stations and is also about the addition services by the transport service providers. By the help of all the above information it helps in creating a good customer experience and also generates a repetitive business for the transport providers. Geographically, North America is expected to dominate the passenger information system market with the increasing adoption of public transports in the region. The Europe region is expected to grow due to various government initiatives and its investments in the Passenger Information System (PIS). Asia Pacific region is estimated to witness growth due to the raising standard of living and the increasing awareness about use of internet for availing public transport facilities. Passenger Information System Market The global PIS Market has been segmented on the basis of solutions, components, services and mode of transportation. Solutions comprises of information announcement systems, display systems, emergency communication systems, infotainment systems and passenger information mobile applications among others. Components include multimedia displays, networking devices, communication devices, routers, sensors and others. Services are cloud, professional and integration among others. The modes of transportation are roadways, railways and airways. Related Report Real-Time Locating Systems Market is expected to reach at market size of ~$6 billion by the end of forecast period with CAGR of ~28% between 2016 and 2022 https://www.marketresearchfuture.com/reports/real-time-locating-systems-market About Market Research Future: At Market Research Future (MRFR), we enable our customers to unravel the complexity of various industries through our Cooked Research Report (CRR), Half-Cooked Research Reports (HCRR), Raw Research Reports (3R), Continuous-Feed Research (CFR), and Market Research & Consulting Services. For more information, please visit https://www.marketresearchfuture.com/reports/passenger-information-system-market
Neusoft Corporation | Date: 2014-12-08
A method and an apparatus for detecting a generalized passerby are provided, the method includes: acquiring an input image; determining whether a preset common feature of a wheel exists in the input image; selecting an image window at left side or right side or upper side of a center of a region where the preset common feature of the wheel is located in a case that the preset common feature of the wheel exists in the input image; inputting the selected image window into a preset upper-body classifier; detecting whether an upper body of a passerby exists in the selected image window and outputting a first detection result.
Neusoft Corporation | Date: 2014-10-29
A system for securely entering particular information includes a mobile device and a background server. The mobile device includes a first area which is a non-secure environment, a second area which is a secure environment and a switching module implementing switchings between the first and second areas. At least one first application module for executing a business function application is provided in the first area. A second application module for executing a particular information entering application and an encryption module for encrypting entered particular information are provided in the second area. If a particular information entering is required by the first application module, the switching module triggers the second application module to perform the particular information entering, and returns, to the first application module, an encryption result obtained by encrypting the entered particular information. The background server includes an authentication module for authenticating the encryption result.
Neusoft Corporation | Date: 2014-10-20
The present invention relates to a remote operation receiving system, for suppressing the generation of the executive results of the action which dont meet the operating aim. The host unit of a local server may enable a target equipment to perform the corresponding action according to a remote operation instruction received from a remote operating device (S400). Based on the history data, the condition variation in the target equipment generated between the operation reference timing to the current timing is detected (S320S345). The operation reference timing refers to the time point when the condition displayed on the screen in a distant device is monitored from the monitoring device when the distant operating device is operated. If the condition variation is relatively large, then the remote operation instruction is abandoned (S430), and if smaller, then the target equipment performs the action to which the remote operation instruction corresponds (S400).
Neusoft Corporation | Date: 2013-07-19
The present invention provides a method for data linkage driven by an event, used for data interaction between a first platform and a second platform. The second platform stores shared information and the method comprises: determining which platform the received event is from; forwarding a data packet from the second platform to the first platform for logical operation processing when the received event is from the second platform; when the received event is information from the first platform that at least includes a shared information operation instruction resulting from logic operation processing of data packets in the first platform, returning a shared information operation instruction completion message to the first platform, meanwhile forwarding the shared information operation instruction to the second platform so as to complete the shared information operation on the second platform. Therefore, the first platform acquires data synchronously without waiting for feedback of the second platform.
Neusoft Corporation | Date: 2015-03-02
A method for detecting a target object in a blind area of a vehicle is provided by embodiments of the application. The method includes: acquiring at least one frame of an image generated by shooting a blind area of a vehicle by a shooting device; extracting an image feature of an area where at least one predetermined detection gate is located in the image; and matching the image feature of the area where the predetermined detection gate is located with a matching template of the predetermined detection gate to determine a target object. An apparatus for detecting a target object in a blind area of a vehicle is further provided by embodiments of the application.
Neusoft Corporation | Date: 2015-03-31
Method and apparatus for detecting obstacle based on monocular camera are provided. The method includes: obtaining a target frame image and its adjacent frame image shot by the monocular camera; deleting an unstable feature point from an initial feature point set of the adjacent frame image to obtain a preferred feature point set; dividing a target feature point set to obtain several target feature point subsets; judging whether the target feature point subset corresponds to obstacle based on a change of a distance between points within a ground projection point set of the target feature point subset from adjacent frame time instant to target frame time instant; and determining a union of all the target feature point subsets which are judged as corresponding to obstacles as an obstacle point set of the target frame image.
Neusoft Corporation | Date: 2012-06-28
An event detection method in a distributed environment includes, when a non-parsable event occurred during grammar parsing, executing the following process until the first grammar parser module obtains a detection result, including the event that the current grammar parser module can not parse in a scheduling request as a next event to be detected and sending it to the grammar control module, scheduling, by the grammar control module, other grammar parser module as the target grammar parser module for further parsing based on the scheduling strategy table, performing grammar parsing based on the local parsing table in the scheduled target grammar parser module, returning parsing results to the grammar control module for further parsing when no non-parsable event is found; or repeating the above process with the target grammar parser module as a new current grammar parser module when an non-parsable event is found.