WIMI Hologram AR's AI Vision Combines Holographic Finance Technology to Provide Variety of Algorithm Splicing Solutions

LONDON, UNITED KINGDOM, June 20, 2019 /EINPresswire.com/ — In the context of deleveraging, various formats in the financial sector, such as banking, insurance, and asset management, are facing some adjustments. In the field of Internet finance, the explosion of P2P has also made the industry be afraid of its shadow. However, both traditional and new finance now place financial technology at a very important strategic level. Artificial intelligence AI, big data, cloud computing, holographic AR, biological recognition and emerging block chains are all improving the financial efficiency.

When it comes to financial technology, people associate it with new finance. This concept was first proposed by Internet companies and the new financial industry. They also made the financial technology into a strategic transformation direction. For financial technology, banks obviously do not dare to neglect it. Not only Internet Finance companies, banks' importance put to financial technology is unprecedented, and they also focus on the layout in this wave of financial technology. Especially large and medium-sized banks, their investment in financial technology is not less than that in the new financial sector.

Most banks have already undergone a transformation of new technology finance. Personal business can be handled by machine, and remote bank teller consulting service can also be provided for complex business through video systems. The realization of unmanned handling relies on a collection of technologies such as biological recognition, speech recognition, data mining, robots, VR, AR, and holographic projection. Now the banking system is involved in finance-related technologies such as big data, cloud computing, AI, block chain, biological recognition, and bio-assay, as well as the underlying trading system of banks, IT construction supporting business, etc. In terms of specific technology layout, there is little difference between banks and Internet -based financial technology companies.

The main responsibility of the bank is to serve its financial business, and help to acquire customers, control risks, optimize user experience and reduce operating costs. Financial technology companies can weaken their own financial business, but banks, as licensed institutions, develop financial technology to strengthen their own business. In the future, the industry pattern will be that financial technology companies sell technology to banks, and banks are engaged in the financial technology by themselves and also purchase financial technology services from outside. Therefore, large, medium and small-sized banks now have basically established strategic cooperation with financial technology companies.

The technologies and skills represented by face recognition has long been darling of the financial industry. However, along with the development of the times, the scenario-based application in the financial market has become more diversified and complicated. The simple financial outlets can no longer meet the needs of customers. Providing financial services whenever and wherever possible, following customers' heart and on demand can be invincible. WIMI Hologram AR launched a new application program for the financial sector and high-simulation AI vision to integrate into the AI algorithm stitching holographically, and serve the financial business multi-dimensionally.

The application of mobile Internet, face recognition and other technologies has enabled the financial service to naturally integrate into the user's economic ecosystem and life circle. How can WIMI Hologram AR's new AI visual "face technology" efficiently solve the anti-falsification of photos and videos. WIMI Hologram AR's face recognition technology continues to upgrade the algorithm iteratively. Its purpose is to pursue unchanged false rejection rate and misjudgment rate or high safety factor. It is believed that with face recognition will play a greater role in the financial industry with the increasing maturity of technologies for improving face recognition security and accuracy.

In addition, WIMI Hologram AI visual application scenarios are very extensive, including counter, self-service, remote concentration and outside exhibition industry. As the online financial business continues to rise in the future, the demand for video interaction scenarios will be further expanded, and the financial scenario solution represented by AI visual recognition is a good entry point. Through Ai visual recognition system and some other solutions, the scenario-based solution can accumulate a large number of labeled operational data, which can be used to develop artificial intelligence image technology and "feed back" the optimization of the solution to form a closed loop of scenario technology. In particular, the expression, micro-expression recognition technology can be used in solutions for anti-fraud, marketing and other scenarios

Since the launch of online advertising of WIMI Hologram AR, it has been iteratively upgraded in the technical output. The coverage of WIMI Hologram AR's cloud Internet advertising has also become wider and wider, and there are advertising cases in the medical care, automotive, financial, real estate, catering, games, home, fast selling and other industries. The deep integration of finance and technology is accelerating. In different application scenarios, the biological recognition technology required is not the same. Single biological recognition is difficult to meet the diverse needs in the future, and WIMI Hologram AR's multi-modal biological recognition may become the future trend of financial technology.

WIMI is a provider of innovative AR holographic advertising technology. In contrast to traditional video advertisements, WIMI can place advertise based on changes in video traffic. During the implantation process, it can place advertisement without the limitation of advertising position, and can only place advertisement in the video with hot traffic. In this way, it will have a better customer experience and advertising benefits than traditional advertisement placement.

The online AR holographic advertisement placement is mainly applied to the filed of holographic scenario recognition technology, so that the holographic scenario advertisement placement is presented to the terminal customer through computer holographic visual technology. The terminal customer is difficult to distinguish from the video visual experience, smoothly accepting the content of holographic advertisement placed.

The holographic industry is a typical high-tech service industry, and every technological innovation and progress will promote the development of the industry continuously. For WIMI holographic cloud, the rapid progress of computer equipment, the improvement of intelligence, networking and digitalization, the upgrading of system hardware and software, the innovation of database technology and middleware technology, and the increasing emergence of new development platforms and design ides all constantly improve the service and technical level of the WIMI holographic cloud to a certain extent. The improvement of technology has promoted the continuous upgrading of services in the AR holographic industry. The continuous iteration of AR holographic presentation forms also enriches the expression of holographic visual communication and better meets the individual needs of customers. In addition, with the rapid expansion of network bandwidth and the gradual commercial popularization of 5G networks in recent years, the speed of digital content dissemination has accelerated. And the application of various high quality holographic content on the mobile will be more extensive, while the high-quality content can effectively enhance customer's experience degree.

Ronald Sims
Insight Data Talking Institute
+44 20 7698 1963
email us here

Source: EIN Presswire

Build Your Emotional Intelligence (EQ) Skills for a Clean World!

Creating Powerful Collaborations for Change

By understanding more about ourselves, and recognizing the attributes and patterns that motivate others, we are better able to lead others and create more powerful collaborations for a clean world.”

— Janine Finnell, Executive Director Leaders in Energy

ARLINGTON, VA, USA, June 20, 2019 /EINPresswire.com/ — How can we build our EQ skills to improve our effectiveness to create powerful collaborations for change? What are the issues that drive you as a green leader and/or collaborator working in this field, e.g., clean, renewable energy; the circular economy; building smart, green communities, animal and natural resources protection, and others?

Emotional intelligence refers to various abilities of individuals to recognize their own emotions and those of others to better adapt to environments or achieve one's goal(s). Author and science journalist, Daniel Goleman, applied the concept to business with his 1998 Harvard Business Review titled “What Makes a Leader?” His research at nearly 200 large, global companies identified 5 components of emotional intelligence that he believed distinguished truly effective leaders: self-awareness, self-regulation, motivation, empathy, and social skill.

Attend this special workshop conducted by Leaders in Energy on June 29th to learn how to answer questions like "How can I successfully motivate others, and myself, and harness our big ‘Why(s)’ in support of successful outcomes?" Tailored for people in the “green” fields, you will interact with others who have also experienced challenges with leading and managing people as part of green programs, projects, services, and initiatives.

Learn how Emotional Intelligence (also known as EQ) can help you to identify personal strengths, understand what makes others "tick", and increase your ability to motivate others behind a united cause.

Using the Acclaimed *Emotional Intelligence (E.Q.) Skills Training, you will:

• Sharpen Your Skills for Activating Team Members, Peers, Project Partners, and Others at This Workshop

• Establish Effective Personal Interactions and Team Building for a Greener, More Sustainable World

E.Q. paves the path to successful leadership and collaboration — in projects and team leadership, E.Q. will show why us we sometimes succeed beyond our expectations, and other times fall short of the mark despite best efforts! Or why collaboration with others can be difficult in one situation, yet seemingly easy and effortless in others. There’s a reason why these inconsistencies exist, and using E.Q. we can do something about it!

Learn more about our workshop and instructor, Dr. Beth Offenbacker, at: https://leadersinenergy.org/build-your-eq-skills-to-create-powerful-collaborations-for-change/

Date and Time: Saturday, June 29th, 8:30 am – 4:30 pm

Location: Fairlington Community Center, 3308 S. Stafford Street, Arlington Virginia, 22206

Register at: https://conta.cc/2RpjLkQ

Special thanks to our co-sponsor EcoAction Arlington

Janine Finnell
Leaders in Energy
+1 703-203-0766
email us here

Source: EIN Presswire

Dr. Eugenio Galindo looks toward UV Safety Awareness Month

Dr. Eugenio Galindo

Oncology specialist Dr. Eugenio Galindo reveals details of upcoming UV Safety Awareness Month.

MISSION, TEXAS, USA, June 20, 2019 /EINPresswire.com/ — With July marking UV Safety Awareness Month each year in the United States, Dr. Eugenio Galindo is keen to share details of the annual awareness initiative. A prominent oncology specialist serving the Rio Grande Valley area of South Texas, Dr. Galindo explains more about UV exposure and its links to skin cancer.

"It's important to be safe in the sun," says Dr. Galindo, "but there's more to UV Safety Awareness Month than just this simple message."

"The goal of UV Safety Awareness Month is to spread the word about how vital protection from the harmful effects of UV rays really is, not just in July, but year-round," adds the oncologist.

UV light from the sun, as well as from tanning beds, is a form of radiation, classified by wavelength: UVA, UVB, and UVC. "All UVC light from the sun is blocked by the ozone layer, but not UVB or UVA," reveals Dr. Galindo. Both UVA and UVB, he says, are closely associated with skin cancer development.

"What's most surprising to many people, however," says Dr. Galindo, "is that artificial UV light, such as that from tanning beds, is often the most dangerous, particularly in terms of causing cancer."

Indeed, the American Academy of Dermatology suggests that tanning beds may be directly responsible for as many as 400,000 new cases of skin cancer in the United States each year.

According to the American Cancer Society, meanwhile, a total of more than 5 million basal skin cancer cases, and approximately 3.3 million squamous cell skin cancer cases are diagnosed annually, with excessive UV exposure playing a part in many.

"In addition to causing skin cancer, excessive UV exposure is also responsible for causing cataracts and other eye damage, premature aging of the skin, immune system suppression, and a variety of further health complaints and conditions," Dr. Eugenio Galindo adds.

As such, he says, it's important to ensure a level of protection from harmful UV rays wherever possible. "Avoid the bright midday sun, especially during the summer, stay away from indoor tanning beds, and always remember sunscreen," advises the specialist cancer doctor.

UV Safety Awareness Month is promoted each July by the U.S. Department of Health and Human Services, the Centers for Disease Control and Prevention, the American Cancer Society, and the Oncology Nursing Society, as well as the U.S. Department of Veterans Affairs, and the U.S. Forest Service, among various other organizations.

Dr. Eugenio Galindo is an experienced physician specializing in oncology, certified through the American Board of Internal Medicine. Dr. Galindo has served in the Rio Grande Valley area for almost three decades and is an active participant in bringing the latest in cancer treatment and screening to the southernmost tip of South Texas. Fluent in English and Spanish, Dr. Galindo has also authored several influential medical publications on the subject of oncology.

Caroline Hunter
Web Presence, LLC
+1 786-551-9491
email us here

Source: EIN Presswire

WIMI Hologram AR, MEGVII, SenseTime and CLOUDWALK Compete for Technicalization Market of Scenario Application

LONDON, UNITED KINGDOM, June 20, 2019 /EINPresswire.com/ — From the Internet era to the artificial intelligent era, technological innovations have subverted the changes in the industry. In the past, we thought about how to abstract real things into virtual data, but now, we are thinking about how to bring that virtual world into reality.

The first half of AI: Internetization

In the early days of the Internet, the public was full of doubts about this new thing, but now the Internet has fully entered our lives, and it is linked to people's food, clothing, housing and transportation and all other aspects. WIMI Hologram AR, MEGVII, SenseTime, YITU, CLOUDWALK and other AI visual companies are contributing to their respective segments.

The application of artificial intelligence has only just begun, and the current large data has promoted the great progress in probability calculation. Artificial intelligence has had a profound impact in many fields, but at present, the development of artificial intelligence is still in its infancy. The current essence of deep learning is that there is progress in relevance through the classification of data that is bridged by the curve and the separation of data. But there is little that can be done about causality, and more hope is placed on the advancement of artificial intelligence. However, the characteristics of the double-edged sword of artificial intelligence will intensify , and need to be strengthened from the legal and technical aspects.

The rapid development of artificial intelligence can not be separated from three major factors, namely, the algorithm, computing power and data. Among them, the function of computing power cannot be ignored, and the improvement of hardware computing power has always been an important factor in the rapid development of artificial intelligence. According to the analysis report released by OpenAI, since 2012, the computing power used in the artificial intelligence training task has increased exponentially, and the demand has increased by more than 300,000 times, doubling every 3.5 months. The investment in the computing in 2021 will account for more than half of the total AI investment. It will increase by nearly 6 times from 2012 to 2022, and the entire AI Internetization will be realized faster.

In the past few decades, we have turned the real physical world into a virtual digital world through technology; and in the next few decades, we have to use technology to bring digital and virtualized things on the Internet back to the real world.

The second half of AI: Technicalization of Scenario Application

We have entered the era of artificial intelligence from the Internet age. In this dimension, the application of Internet technology to the industries in the real life will become the trend of future development.

The process of the physicalization of the Internet brings innovation an vitality to it, and the combination of content and carrier permeates many scenarios and multiple fields. The application of e-commerce and Internet of Vehicles enables the Internet to surpass the virtual world, land in the physical world and give users unprecedented experience. Therefore, whether the current block chain and artificial intelligence technology can physicalize the virtual digital things will become an important criterion for judging its development capability.

SenseTime has technological breakthroughs and business layouts in face recognition, image recognition, video analysis and unmanned driving. Its business scope covers security, finance, smart cities, robots and automobile industries. According to the data officially disclosed by SenseTime, it has served more than 400 customers, and companies such as China Mobile, Unionpay, Huawei, MIUI, microblog are all its customers.

MEGVII has launched a number of groundbreaking AI products in various vertical fields, including face recognition payments, face recognition unlocking, and full-frame smart screeners.

In addition to vigorously expanding security, finance and other businesses, YITU expanded rapidly after completing the C round of financing. Its "AI Map" has included several sections of AI security, AI finance, AI medical care, AI biopharmaceuticals and AI chips, completing the initial layout of the AI ecology.

CLOUDWALK focuses on finance and security in terms of business direction. According to the data disclosed by the company, it has more than 400 banking customers in the AI+ financial sector, including ABC, CCB, BOC and CMB head office, with the average daily service of 216 million times. Products for the Ministry of Public Security in the AI+ security field are applied in 29 provincial administrative regions. In addition, it has entered 54 civil aviation airports.

WIMI Hologram AR focuses on computer vision holographic cloud service. It is one of the largest integrated holographic cloud industry entities in China with the largest scale, the most complete industry chain and the best performance. It aims to become a holographic cloud platform with the most potential and the most international influence.

WIMI Hologram AR covers many links of holographic AR technology, including the holographic computer vision AI synthesis, holographic visual presentation, holographic interactive software development, holographic AR online and offline advertising, holographic ARSDK payment, 5G holographic communication software development, holographic face recognition development, and holographic AI face changing development. With the one-stop service capabilities, it has grown into one of the largest providers of integrated holographic cloud technology solution providers in China.

WIMI Hologram AR has made major breakthroughs and leap-frog development in holographic application fields such as advertising, entertainment, education, and 5G communications. It aims at the in-depth research and development and market application of all links in the holographic 3D computer, including the vision collection, AI synthesis, transmission, presentation and application. It is also committed to constructing a scalable and open service platform, building a bridge between holographic technology application and holographic computer vision presentation, achieving the presentation of the application of holographic computer vision in different scenes, and promoting the leap-frog development of the industry, in order to realize the vision of WIMI Hologram AR, "to become the creator of China's holographic ecology".

The international gap is narrowing, and there is still a long way to go.

The trade dispute between China and the United States is a contest between the world's two largest economies at multiple levels, such as comprehensive national strength and economic strength. Artificial intelligence will become a huge advantage for China to compete with the United States, and will pose a certain treat to the United States. In the high-tech industry, the United States has almost always occupied the top of the pyramid of human technology development, and is far ahead of other countries in the world in aerospace, military, energy, material and many other fields. However, in the era of artificial intelligence, China is indistinguishable from the United States, and becomes the most powerful competitor of the United States. Whether in the industry or academia, Chinese technology companies can find their place in this field.

In the era of artificial intelligence, China may have advantages that the United States can't match. China has the largest population base which can be used as a huge sample of data in both experiments and practical applications. At the same time, the entire demand market has remained active; China also has the largest group, including WIMI Hologram AR, MEGVII, SenseTime, CLOUDWALK, YITU and so forth, and is bound to play a beautiful victory in the field of artificial intelligence.

In the second half of the Internet, when the atmosphere, talents, capital and market are all available, China can follow suit in the era of artificial intelligence. The development of AI has moved from the simple technology advancement to integration with related industries. Especially in the fields such as security, retail, medical care, finance, education and advertising, the impact brought by AI has been quite deep. Of course, to achieve the deep integration of AI and the industry, what is really important is to deepen your understanding of the industry itself, and to focus on the needs of the industry, so that AI can really play its role.

Ronald Sims
Insight Data Talking Institute
+44 20 7698 1963
email us here

Source: EIN Presswire

What is the Dunbar Research Group? Founder Kim Renee Dunbar Explains the Group’s Philosophy

Kim Renee Dunbar

Kim Renee Dunbar Discusses Her Inorganic Chemistry Research Group at Texas A&M University

COLLEGE STATION, TEXAS, USA, June 20, 2019 /EINPresswire.com/ — Kim Renee Dunbar, an acclaimed scientist in the field of inorganic chemistry, founded the Dunbar Research Group in Lansing, Michigan at Michigan State University in 1987 and later moved her research enterprise to College Station at Texas A&M University in 1999 where she is a Distinguished Professor. Kim Renee Dunbar said this group is one of the projects of which she is most proud, as she has the chance to inspire many young students to pursue chemistry and to be curious about the subjects in science that interest them.

“The Dunbar research group focuses on coordination chemistry, but we also have researched many other topics of inorganic chemistry,” Kim Renee Dunbar said. Indeed, everything from anti-cancer compounds to molecular magnetism are researched by the group. A lot of the topics researched are based on what members of the group are interested in, Kim Renee Dunbar said.

Kim Renee Dunbar was named a Davidson Professor of Science at Texas A&M University in 2004 and is now holder of the Davidson Chair in Science. She was the first female to be given an endowed Chair in the history of the Texas A&M College of Science. She received a Graduate Mentoring Award from the university in 2006.

According to the Dunbar Research Group webpage, “research in the Dunbar Research Group spans a number of topics in synthetic and structural inorganic chemistry with a focus on problems at the interface of materials and biological chemistry.” Physical techniques like Electronic, EPR, infrared spectroscopies, X-ray crystallography, AC and DC magnetic magnetometry, and electrochemistry are mastered by her group members.

“The Dunbar Research Group students, postdoctoral researchers and Visiting Scholars are committed to investigating a breadth of problems,” said Kim Renee Dunbar.

The group is highly international, with a strong commitment to collaboration, which makes them a pleasure to work with, Kim Renee Dunbar said. It is made up of a Visiting scholar, two postdoctoral Research Associates, nine Ph.D. students and two undergraduate students. Members of the group must perform their own measurements and interpret their data. Written and oral communication skills are emphasized by presenting at weekly group meetings and providing written reports.

I focus not only on research in mentoring my group, I also emphasize skills that will benefit them in any future career, especially public speaking and writing, so I make it a priority for them to acquire strong skills in a wide variety of areas ,” Kim Renee Dunbar said. The students also work on writing their own publications and attend conferences to present their findings, allowing them to network with others and gain real-world experience.

Another key component of the Dunbar Research Group is collaborating with national and international scientists. This “allows for the group to expand the level of our understanding in specialized areas,” according to the Dunbar Research Group website.

Caroline Hunter
Web Presence, LLC
+1 786-551-9491
email us here

Source: EIN Presswire

WIMI Hologram AR, SenseTime Lead the AI Visual Smart City Construction

LONDON, UNITED KINGDOM, June 20, 2019 /EINPresswire.com/ — The development trend of intelligent cities is not only a simple buzzword. After experiencing a wave of enthusiasm in 2018, intelligent cities will have a series of intelligent developments full of hope and continue to grow in 2019.

In accordance with the IoT analysis, the intelligent city project is the largest IoT segment market, driven by hundreds of intelligent city initiatives by global suppliers and government. IDC predicts that by 2020, more than 30% of intelligent city projects will be tested in small cities with less than 200,000 residents.

According to iScoop, public services, transportation, security, sustainable development, infrastructure and integrated intelligence functions are the main areas for the use case and application growth of intelligent cities. Arm, a chip designer, said in a report: "it is expected that the cost of the driving force of intelligent cities will be reduced to better citizen participation and more sources of revenue (such as red light violation detection, Wi-Fi hot spots, 5G service, intelligent tower, crime detection / analysis) mature, information broadcasting) with advanced technologies such as computer vision and machine learning.

According to the research by the McKinsey Global Institute, North America, Asia Pacific and European countries are leading the development of intelligent cities. In the past year, there have been many test pilots and infrastructure developments in these areas. In fact, London was listed as the world's top intelligent city government in 2018 / 2019 by the Eden Strategy Studies Institute.

IDC also predicts that the investment in the use case of intelligent city will reach $ 158 billion by 2022, which is the year with the fastest overall growth in the Americas. Overall, market researchers predict that the rise of mature intelligent city development will shift from conceptual validation and pilot projects to project development in order to improve communities. Thus, it is expected that by the end of 2019, 40% of local and regional governments could convert the infrastructure such as roads, street lights and traffic signals into assets by using the Internet of Things.

With the increase in the demand for the intelligent integrated management of cities, the demand for urban-level video analysis will continue to expand in the future. At present, SenseTime has deployed a large number of benchmark projects with more than 1,000 routers all over the country, and cooperated with the partners to accelerate the AI empowerment and upgrade of small scenes. From fighting against crime and maintaining social security, to guiding the construction and upgrading the urban management, SenseTime continues to set a new benchmark for the future intelligent city relying its AI core analysis capabilities.

As the world's leading artificial intelligence platform company, SenseTime is the national new generation of AI "intelligent vision" open and innovation platform (the AI platform in other four countries are Baidu, Aliyun, Tencent and IFLYTEK) designated by the Ministry of Science and Technology of China. At the same time, SenseTime is also the "world's most valuable AI innovation company" with total financial amount of more than US $ 1.6 billion and valuation exceeding US $4.5 billion.

With the mission of "insisting on originality and allowing AI to lead human progress", SenseTime has established a world-class, self-developed deep learning platform and supercomputing center, and has developed a series of AI technologies, including face recognition, image recognition, text recognition, medical image recognition, video analysis, unmanned driving and remote sensing, etc. As a result, SenseTime has become the largest AI algorithm provider in China.

SenseTime's market share ranks first in many vertical fields, covering smart cities, smart phones, interactive entertainment and advertising, automotive, finance, retail, education, real estate and many other industries. At present, SenseTime has established cooperation with more than 700 world-renowned companies and institutions at home and abroad, including Massachusetts Institute of Technology, Qualcomm, NVIDIA, Honda, Alibaba, Suning, China Mobile, Unionpay, Wanda, Huawei, MIUI, OPPO, Vivo, microblog, IFLYTEK and so on.

As the foundation of smart city construction, the high-definition monitoring and networking has been widely used. However, in terms of using massive high-definition video to obtain value clues to improve the decision-making efficiency of urban management, it not only requires ultra-large-scale data processing, query and analysis in the cloud, but it also imposes extremely high requirements on computing systems, and also requires a more powerful AI algorithm engine. The application and implementation of WIMI Hologram AR's holographic cloud platform has penetrated into every aspect of the smart city.

WIMI Hologram AR focuses on computer vision holographic cloud service. It is one of the integrated holographic industry entities with the largest scale, the most complete industry chain and the best performance in China. It aims to becoming a holographic cloud platform with the most potential and most international influence.

WIMI Hologram AR covers many links of holographic AR technology, including the holographic computer vision AI synthesis, holographic visual presentation, holographic interactive software development, holographic AR online and offline advertising, holographic ARSDK payment, 5G holographic communication software development, holographic face recognition development, and holographic AI face changing development. With the one-stop service capabilities, it has grown into one of the largest providers of integrated holographic cloud technology solution providers in China.

WIMI Hologram AR has made major breakthroughs and leap-frog development in holographic application fields such as advertising, entertainment, education, and 5G communications. It aims at the in-depth research and development and market application of all links in the holographic 3D computer, including the vision collection, AI synthesis, transmission, presentation and application. It is also committed to constructing a scalable and open service platform, building a bridge between holographic technology application and holographic computer vision presentation, achieving the presentation of the application of holographic computer vision in different scenes, and promoting the leap-frog development of the industry. With the change of bandwidth conditions of 5G holographic communication network, the 5G holographic application market will usher in an explosion, and high-end applications such as holographic interactive entertainment, holographic conference and holographic presentation will gradually spread to the direction of holographic social intercourse, holographic communication, holographic navigation and holographic home applications. WIMI Hologram AI plans to support the holographic cloud platform service and 5G communication holographic applications with multiple technological innovation systems based on the core technology of holographic AI face recognition technology and holographic AI face changing technology.

At present, there have been 11 enterprises in the field of computer vision and image in the AI industry in China. The famous manufacturers in this field include SenseTime and MEGVII, WIMI Hologram AR and so forth. Their main development direction also includes face recognition, finance, smart cities, robots and autonomous driving and other fields.

All enterprises actively layout intelligent computing visual ecosystems improved with AI, AR holography, intelligent 3D, visual information fuzzy computing as the core technology. In addition, they are actively building the intelligent 3D experience covering the vertical applications such as medical care, education, experience malls and design, making people to feel like being in a smart city for their future life.

Ronald Sims
Insight Data Talking Institute
+44 20 7698 1963
email us here

Source: EIN Presswire

WIMI Hologram AR and SenseTime Are Committed to Building AI Unmanned Driving Industry Chain

The Era of Unmanned Driving

LONDON, UNITED KINGDOM, June 20, 2019 /EINPresswire.com/ — With the development of artificial intelligence technology, the driverless automobile industry has gradually accelerated. Nearly 20 companies around the world, including Google, Volvo, Ford, BMW, Baidu and Intel, have announced that they will achieve and popularize unmanned driving by 2020.

A driverless car is a smart car that senses the road environment through an in-vehicle sensor system automatically plans the road route and controls the vehicle to reach a predetermined destination. It integrates many technologies such as automatic control, architecture, artificial intelligence and visual computing. It is the product of highly developed computer science, pattern recognition and intelligent control technology.

Compared with the per capital possession of cars in the United States, the Chinese auto market still has huge room for development. According to the National Information Center, the car ownership in China will reach 250 million by 2020, and it can be said that the era of each family owning a car is coming. According to the prediction of HIS Market, the 54% new cars in China, 87% in the United States, 89% in Canada, 91% in Germany and 92% in the UK will be networked by 2022. More than half of the vehicles all over the world will be connected to the Internet.

In today's artificial intelligence field, unmanned driving is a focus of attention. All countries regard unmanned driving as the commanding height of future AI technology, and pay attention to it from the height of national strategy. Foreign giants such as Google, and domestic giants such as Huawei and BAT have all regard being first to achieve "car manufacturing" as the important development direction of the company. However, traditional car manufactures are also actively seeking to cooperate with top companies in the field of artificial intelligence to achieve a breakthrough in unmanned vehicle technology as soon as possible. At present, WIMI Hologram AR, SenseTime and other visual companies in China, which has significant application in the field of face recognition and AR holographic field, have made great efforts in the field of unmanned driving and want to create the industry chain of the AI unmanned driving industry.

In China, the average netizen has seen more reports related to SenseTime in the recent two years. they found that every time the company appeared at an exhibition or forum, they always liked to talk about their patents, top-level papers and other things far from commercial projects. So many people even have to question, on the basis of what SenseTime earn profits?

However, industry insiders in the field of artificial intelligence clearly know that the face recognition of SenseTime has been widely used in security and financial fields. In addition to these professional applications, commercial applications such as the live broadcast platform for ordinary Internet users have also adopted a large number of AR technologies developed by SenseTime to increase the fun in the process of live broadcast. In the course of developing the face recognition, AR application technology, SenseTime has accumulated a lot of achievements in the field of deep learning. These results are also the capital of SenseTime to enter the field of unmanned driving.

The development of unmanned driving needs to be supported by highly developed industry chain, and involves all aspects from upstream equipment supplies, midstream unmanned solutions and brand, to downstream channel vendors and users. The main battleground currently competing is the unmanned driving solution. In the recent hot AI chip field, in addition to the traditional Top Two Company, NVIDIA and Intel, domestic players including Horizon, Cambricon, Eyemore and so forth have crowded into them.

It is not difficult to see that, unlike the traditional era of the automotive industry, the vehicle factory is only an integral part of the entire unmanned chain, and its importance has gradually weakened. This is also the reason that traditional car giants are worried. After all, no one wants to end up acting as a subcontract manufacturer. Ford has proposed to start operating its own self-driving tax business on a large scale in 2021, and actively cut into the usage scenario of the user.

As a supreme AI holographic vision leading enterprise in China, WIMI Hologram AR's strong and powerful industry-leading technical strength is breathtaking. WIMI Hologram AR's holographic computer vision AI synthesis: image information acquisition fineness is about 10 times higher than the industry level, computer holographic visual AI synthesis processing capacity is about 80% better than the industry average level.

WIMI Hologram AR computer visual presentation: setting multiple parameter dimensions to accurately control imaging, and the simulation degree is high, far exceeding the industry average level. WIMI Hologram AR's holographic cloud software development: integrating multiple commercial and holographic technology functional modules to provide customers with a one-stop solution. It is reported that WIMI Hologram AR has a full range of independent research and development and independent innovation capabilities, including multiple obstacles identification capabilities based on artificial intelligence technology; fully self-developed city-level high-definition maps and unmanned vehicle high-precision positioning capabilities; the storage, transmission and processing capabilities of city-level maps and large traffic data; unique multi-sensor fusion solution; self-built large-scale simulation system; innovation and integration capability of in-vehicle hardware and software; emergency safety systems (for example, the vehicles can stop safely when the radar encounters power failure) and so on.

If the car can automatically plan the route, control the speed and avoid traffic jams, will there be a career of driver in the future? Driverless cars are neither fatigued nor angry, nor drunk and distracted, and they have the unparalleled advantages of human beings; each vehicle is both a means of transportation and a mobile information terminal. It is automatically connected to the Internet of Things, and can be shared at any time. It will automatically to the charging station, and the road does not need traffic light, which can maximize the efficiency of road use.. these are the industry's imagination of the era of unmanned driving.

Unmanned driving is a cross-border technology that integrates many industries such as artificial intelligence, automobile manufacturing and travel. A driverless car is actually equivalent to a traditional car plus a robot that can drive, the most important of which is artificial intelligence.

Driverless cars will free human hands and make travel safer, more economical and more efficient. At present, major powers all over the world have already participated in the competition of unmanned driving. Among them, China, the United States, Germany and Japan are in leading position. In particular, China and the United States have a better accumulation and leading advantage in artificial intelligence, they have the best chance to do a good job in the industry integration earlier.

In order to meet the wide application of driverless technology, countries all over the world are working hard to revise traffic regulations while opening domestication areas for testing of driverless technology. For example, the United States has opened up a demonstration area in Ann Arbor to simulate the real road conditions. This demonstration area covers an area of 73 square kilometers. There are complex road forms such as highways, urban tracks and rural roads, and more than 9,000 vehicles are involved. Germany opened the ITS expressway corridor, extending from Rotterdam, the Netherlands to Vienna, Austria. The UK has tested driverless cars in three pilot cities.

China's driverless car industry is also starting. On April 6, 2017, the "Medium and Long-term Development Plan for the Automotive Industry" jointly issued by the Ministry of Industry and Information Technology, the National Development and Reform Commission and the Ministry of Science and Technology pointed out that cars are transforming from vehicles into large mobile intelligent terminals, energy storage units and digital spaces. It is proposed in the "Plan" that by 2025, the key areas will be fully intelligent, and the proportion of the automotive aftermarket and service industry in the value chain will reach more than 55%, and the intelligent networked cars will enter the world's advanced ranks. On December 18, 2017, Beijing government issued a road test guidance document for driverless vehicles, which specifies that independent legal entities registered in China may apply for temporary driving because of scientific research and stereotyped tests related to unmanned driving. This is the first time that China has put forward a guiding policy for driverless road testing.Driving a driverless car will have a law to abide by. Industry insiders have stated that the event is of great significance.

History is always repeating. The development of expressways has promoted the booming of the automotive industry. The evolution of the Internet has supported the prosperity of the information technology industry, and the underlying influence of infrastructure on related industries has never changed. Undoubtedly, the new infrastructure represented by the Internet of Things, cloud computing and 5G network will also have a profound impact on the pattern and outcome of competition. The driverless track is not for the competition of individual companies, but for the clustered competition of new industry chains, industrial environments and infrastructure systems. It is possible that driverless vehicles will also maintain the traditional shape of the car, but its connotation has undergone qualitative change. In the new context paradigm, heroes should not be judged by their hacking but only the future position in the track.

Ronald Sims
Insight Data Talking Institute
+44 20 7698 1963
email us here

Source: EIN Presswire

Portable X-Ray Devices Market – Analysis on Mobile and Handheld X-Ray Devices 2019 Research Analysis

General Electric Company Emerges As The Largest Competitor In The Global Portable X-Ray Devices Market, According To TBRC’s Report

Global Portable X-Ray Devices Market By Segmentations (Mobile X-Ray Devices, Handheld X-Ray Devices), By Types (Computed Radiography X-Ray Devices, Digital X-Ray Devices And Analog X-Ray)& By Trends”

— Abdul Wasay

LONDON, GREATER LONDON, UK, June 20, 2019 /EINPresswire.com/ — The global portable X-ray devices market reached a value of nearly $4700.5 million in 2018, having grown at a compound annual growth rate (CAGR) of more than 8.8% since 2014, , and is expected to grow at a CAGR of 10.0% to nearly $6,872.5 million by 2022.

The portable X-ray devices market consists of the sales of portable X-ray devices by entities (organizations, sole traders and partnerships) that manufacture portable X-ray devices for use in the healthcare industry.

A portable X-ray device is a wireless digital X-ray imaging device for mobile health providers such as doctors and first aid workers in field situations, during home care and in old age homes, as well as for medically oriented aid organizations, ships and offshore platforms. X-rays are a form of electromagnetic radiation of high energy and very short wavelength, which are able to pass through materials and solid objects, including the body. X-rays are used in a wide array of applications in a range of industries such as healthcare, security and art.

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Portable X-Ray Devices Driver And Restraints:
Growth in the historic period resulted from the population aging, growth of the home healthcare services market, and economic growth in emerging markets. Factors that negatively affected growth in the historic period were privacy and security concerns about data transfer in portable X-ray devices, and high prices of portable X-ray devices.

Going forward, advances in technologies, increasing number of patients with chronic diseases and rising awareness about portable medical devices will drive growth. Factors that could hinder the growth of the portable X-ray devices market in the future include increasing interest rates and continued ethical and privacy concerns about data transfer in portable X-ray devices.

Major players in the global market for portable x-ray devices are General Electric Company, Siemens Healthineers AG, Koninklijke Philips N.V., Canon Inc., Onex Corporation.

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High Prices Of Portable X-Ray Devices- During the historic period, the limited affordability of portable X-ray devices due to their high prices proved to be a restraint on the portable X-ray devices market. The starting price of portable X-ray devices varies from $600 to $700 and can increase to $1 million and higher for complex systems . High price tags on portable X-ray devices restrain people’s spending, as medical device expenditure on average accounts for $56.8 a year, from purchasing the devices for the home use . The prices of portable X-ray systems generally depend on the type of functions and diagnosis offered by the systems. Additionally, portable X-ray systems require regular battery replacements, recharging and frequent maintenance that lead to additional costs for the owners of the devices. The high prices of portable X-ray devices hindered the growth of the market during 2014-2018.

To take advantage of the opportunities, The Business Research Company recommends the portable X-ray devices manufacturing companies to consider focusing on manufacturing digital X-ray devices, expanding in emerging markets, offering competitive pricing, increasing visibility through a high-performance website, and targeting geriatric populations.

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Related Reports:

Hospital Supplies Global Market Report 2019

Oliver Guirdham
The Business Research Company
+44 20 7193 0708
email us here
Visit us on social media:

Source: EIN Presswire

WIMI Hologram AR's Ai Vision Provides Algorithm Stitching for Holographic Smart Cities

LONDON, UNITED KINGDOM, June 20, 2019 /EINPresswire.com/ — The global information technology shows the trend of accelerated development. The position of information technology in the national economy is becoming more and more prominent, and information resources are becoming more and more important factors of production. On the basis of fully integrating, excavating and utilizing information technology and information resources, the smart city gathers the wisdom of human beings and gives objects intelligence, thus achieving precise management of various fields of the city and realizing intensive use of urban resources. The smart city in the 21st century can fully make use of information and communication technology to sense, analyze and integrate the key information in the core operation system of the city, thus make intelligent responses to all kinds of needs including people's livelihood, environmental protection, public safety, city service, industrial and commercial activities to create a better city life for human beings.

The construction of smart city has become the main force of a new generation of informatization reform trend, and is quietly and rapidly changing our city and our life. WIMI Hologram AR provides high-tech display products to the leading enterprises serving the smart city industry, and keeps promoting the development of new smart cities by means of resource integration, technological innovation and industrial chain development.

The progress of science and society changes with each passing day. The development and application of AI has also entered a period of vigorous development. AI is not only accelerating the change of human life, but also becoming the core driving force for corporate innovation & upgrade and national economic acceleration. During the construction of smart cities, AI technology plays a huge role whether in infrastructure planning, supply of public facilities or the stream of people and traffic management. With the leading AI algorithm in the industry for the smart city , WIMI Hologram AR strives to build a mart city brain.

The traditional exhibition hall is generally displayed in the form of "exhibition board + product + narrator", with a long history of reference. In a very limited space, the exhibition board and products occupy a large space, which relatively affects the transmission of information in the exhibition hall, and has a single display form.

WIMI Hologram AR's holographic digital exhibition hall, also known as the multimedia digital exhibition hall, uses a variety of multimedia and digital technology (holographic technology) to attract audience with a variety of novel technologies by combining with the latest film and television animation technology, and it uses the multimedia and digital technology as the display technology to attract visitors with various novel technologies by combing with unique digital creative propaganda content, to achieve the exhibition form of human-computer interaction. There are digital sand table, interactive projection, digital cinema, 3D promotional video and so forth, which make the overall atmosphere of the exhibition hall more scientific and technologies, giving the audience a shocking visual experience.

The holographic presentation technology of WIMI Hologram AR holographic cloud can create a virtual one integrated space presentation for the theme pavilion, and ld a theme pavilion with clear themes and extreme effects, taking into account interaction, presentation, art and education.

The holographic cloud HCDP online display platform transplant the sense of reality + interaction and social attribute displayed offline to online platform, and builds a new ecology of online exhibition. Combined with the platform IP operation capability of the holographic cloud, the IP will be themed, the offline commercial holographic exhibition will be carried out.

The digital exhibition hall displayed by WIMI Holographic AR is different from other traditional display, especially in terms of intelligence, interactivity and informatization. Digital exhibition halls generally have a primary control system to control the classification, aggregation, reorganization and switching of all projects. The projects in the digital exhibition hall are mostly controlled by gestures, motion capture and other interactive means, so digital exhibition focuses on interaction with users, thus increasing the interest of the entire exhibition hall. Many projects are displayed by means of face recognition, or photo generation and some other means with information interactive nature, which not only enhances the interaction, but also plays a role in collecting user information.

The digital application of WIMI Hologram AR has been extended to all walks of life in the digital exhibition hall. The application fields include holographic shopping experience, holographic live broadcast, holographic press conference, holographic government themed exhibition hall, holographic online exhibition application, holographic IP commercial exhibition. The digital exhibition hall of the enterprise integrates the corporate culture into multiple digital multimedia exhibition items and digital content display, and creates a interactive digital exhibition hall of enterprise with distinctive corporate personality, etc.

With the mission of "Vision is the Horizon", WIMI Hologram AR has established a world-class, self-developed deep learning platform and supercomputing center, and has developed a series of AI technologies, including face recognition, image recognition, text recognition, medical image recognition, video analysis, unmanned driving and remote sensing, etc. As a result, WIMI Hologram AR's AR technology has become the leading algorithm provider in China. WIMI Hologram AR's market share ranks first in many vertical fields, covering smart cities, smart phones, interactive entertainment and advertising, automotive, finance, retail, education, real estate and many other industries.

AI is becoming like a catalyst that is fully integrated with infrastructure, edge equipment, industrial application and other links. It spans multiple uses of the entire economy. Its huge technological complementation and spillover effects are rapidly hatching new species, while the change will penetrate into all industries that we are familiar with. Every time people use AI-assisted living entertainment devices to rest, chat or play games, they are providing training data for the algorithm, allowing the algorithm to better understand the user's habits and better provide life services for users. WIMI Hologram AR will continuously improve the AI algorithm to help the better perception and development of the city. Let us image the future with abandon and keep looking forward to it!

Ronald Sims
Insight Data Talking Institute
+44 20 7698 1963
email us here

Source: EIN Presswire

Global 2019 HealthCare Market – Services, Pharmaceutical Drugs, Medical Equipment, Biologics and Veterinary

National Health Service Emerges As The Largest Competitor In The Global Healthcare Market, According To TBRC’s Report

The Future In Healthcare Market Will Be Biologics And Veterinary Healthcare, Where Growth Will Be At CAGRS Of 13.6% And 10.9% Respectively”

— Abdul Wasay

LONDON, GREATER LONDON, UK, June 20, 2019 /EINPresswire.com/ — The global market for healthcare reached a value of nearly $8452.0 billion in 2018, having grown at a compound annual growth rate (CAGR) of 7.31% since 2014, and is expected to grow at a CAGR of 8.95% to nearly $11908.9 billion by 2022.
The healthcare market consists of sales of healthcare services and related goods by entities (organizations, sole traders and partnerships) that provide human healthcare services, or that provide veterinary healthcare service to pets, farm animals and animals kept in zoos and wildlife parks, or that manufacture and sell pharmaceutical drugs used to treat diseases, or that manufacture biologics to treat and prevent microbial diseases and cancer, or that manufacture medical equipment which are used in the diagnosis, treatment and monitoring of medical conditions.

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Healthcare Market Driver And Restraints:
Growth in the historic period resulted from rapid growth in elderly population, strong economic growth in emerging markets, declining oil prices and health insurance reforms. Going forward, faster economic growth, technological developments and rise in busy and sedentary lifestyle will drive the growth. Factors that negatively affected growth in the historic period were low healthcare access, shortage of skilled man power, difficulty in manufacturing biologics and government regulations. Factors that could hinder the growth of this market in the future are rise in interest rates, increasing awareness of alternative therapies and natural remedies, federal/state government provisions in healthcare services and government regulations.

Major players in the global market for healthcare are National Health Service, Kaiser Permanente, Johnson & Johnson, Pfizer, Novartis AG.

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The aging population profile of most countries contributed to the growth of the healthcare services market. During the historic period, there was an increase of 33% of aged population, according to estimates based on Population Reference Bureau data. In 2017, number of people over the age of 60 were 962 million comprising 13% of the global population. The rising prevalence of diseases in old age drove the healthcare services market during this period and is expected to continue over the forecast period. The increase in the aging population has increased the patient pool of many chronic diseases such as rheumatoid arthritis, hypertension, diabetes and cancer. For example, in the US, there were about 11.2 million diabetic patients in the 65+ age group. This has led to increased demand for healthcare services, significantly impacting market growth during this period.

The healthcare market is segmented by type and by geography.
By Type – The healthcare market can be segmented by type into
a) Healthcare Services
b) Pharmaceutical Drugs
c) Medical Equipment
d) Biologics
e) Veterinary Healthcare

Healthcare services was the largest segment of the healthcare market, accounting for 79.4% of the total in 2018. Going forward, the fastest growing segments in the healthcare market will be biologics and veterinary healthcare, where growth will be at CAGRs of 13.6% and 10.9% respectively.

By Type Of Healthcare Services – The healthcare services market can be segmented by type into
a) Medical And Diagnostic Laboratory Services
b) Medical Laboratory Services
c) Diagnostic Imaging Centers
d) Dental Services
e) Nursing Care
f) Hospitals And Clinics
g) Physicians And Other Health Practitioners
h) All Other Ambulatory Health Care Services

By Type Of Dental Services – The healthcare services market can be segmented by type of dental services into
a) General Dentistry
b) Oral Surgery
c) Orthodontics And Prosthodontics

By Type Of Nursing Care – The healthcare services market can be segmented by type of nursing care into
a) Home Health Care Providers
b) Nursing Care Facilities
c) Group Care Homes
d) Retirement Communities

By Type Of Residential Substance Abuse And Mental Health Facilities – The healthcare services market can be segmented by type of residential substance abuse and mental health facilities into
a) Residential Mental Health & Intellectual Disability Facilities
b) Substance Abuse Centers

Related Reports:
Ambulance Services Global Market Report 2019
Medical And Diagnostic Laboratory Services Global Market Report 2019

Oliver Guirdham
The Business Research Company
+44 20 7193 0708
email us here
Visit us on social media:

Source: EIN Presswire