Mediaboss Marketing

NEW YORK, Jan. 19, 2022 /PRNewswire/ --Data Vault Holdings Inc., the emerging leader in metaverse data visualization, valuation, and monetization announced today the appointment of Tony Evans, General Manager of Financial Services for C3 AI (NYSE: AI), to its advisory board, fortifying Data Vault Holding's expertise in artificial intelligence, machine learning, fintech, e-commerce and security. A preeminent expert in business and sales, Mr. Evans has developed and executed transformative, customer-focused strategies across industries. From artificial intelligence to cybersecurity to e-commerce, he has managed global sales and partnership development, led global banking teams, driven growth, and developed customer big data and innovation strategies. As a member of the advisory board, Mr. Evans will advise Datavaultleadership on the automation and scale of their comprehensive crypto data solution.

"In my role at C3 AI, I witness daily the power data assets and tokenomics can play in the foundation for predictive technology that influences decisions and leads to disruption of incumbent markets. Data has now become both an indicator of business intelligence and a form of capital, and we can use this information to inform business innovation. Datavaultexpertly combines artificial intelligence, machine learning, and crypto-technology to transform data into salable business growth and revenues. I am honored to provide Datavault's leadership with perspective on emerging trends, market impact, and consumer issues in payments, AI, and data," says Tony Evans, General Manager of Financial Services for C3 AI.

As General Manager of Financial Services of leading enterprise AI software provider C3 AI, Mr. Evans directs financial services strategy, global sales, and partnership development. His expertise supports the delivery of the cross-industries enterprise platform C3 AI Suite, which enables businesses to develop, deploy, and operate large-scale AI, predictive analytics, and Internet of Things (IoT) applications. Mr. Evans' diversified background in the financial and technology sectors skillfully positions him to provide counsel to the executive team of Data Vault Holdings, as they develop and launch new products, design new revenue models, and simplify data visualization, valuation, and monetization processes layering effects through automation of their novel crypto-technologies. Additionally, Mr. Evans has served as Leader of Global Banking and Payments and Head of Financial Services (UK) with Amazon Web Services (AWS) (NASDAQ: AMZN); Head of Leonardo and Analytics (UK and Ireland) and SVP & Chief Operating Officer of Financial Services for SAP; and Managing Director (US) of BlackBerry. He has also served in leadership roles with Datawatch Corporation, Oracle, Applied Knowledge LTD, Visusol Consulting, and Smith Industries.

Mr. Evans holds an MBA specializing in business growth, change movement, and change strategy from the University of Brighton.

In coming weeks, Data Vault Holdings plans to announce additional members of its advisory board, with Ed Cushing, Global Account Manager at Amazon Web Services (AWS),recently announced as its inaugural member. New advisory board members will further aid in providing market insights, analytics expertise, and business and data monetization strategies through the use of Datavault's patented, cloud-based SaaS platform.

About Data Vault Holdings Inc.

Data Vault Holdings Inc. is a technology holding company that provides a proprietary, cloud-based platform for the delivery of branded data-backed cryptocurrencies. Data Vault Holdings Inc. provides businesses with the tools to monetize data assets securely over its Information Data Exchange(IDE). The company is in the process of finalizing the consolidation of its affiliates Data Donate Technologies, Inc., ADIO LLC, and Datavault Inc. as wholly owned subsidiaries under one corporate structure. Learn more about Data Vault Holdings Inc. here.

SOURCE Data Vault Holdings Inc.

Excerpt from:
Data Vault Holdings Expands Expertise In Artificial Intelligence, Machine Learning, and Big Data; Appoints Tony Evans of C3 AI To Advisory Board -...

Achieving earthly emissions reductions goals will hinge upon the extraterrestrial capabilities of artificial intelligence technologies that are taking precision measurements from space, according to former Vice President Al GoreAlbert (Al) Arnold GoreAl Gore: Emissions reductions hinge on AI measurements from space The Hill's Morning Report - Presented by Altria - Biden unleashes on Trump and GOP A presidential candidate pledge can right the wrongs of an infamous day MORE.

What's so unique about the space resource is we can see and measure and identify things from space that are extremely difficult to measure at ground level, Gore said on Tuesday.

The former vice president, who backs an AI-powered platform called Climate TRACE, made the remarks duringa virtual panel focused on space as a next frontier at the World Economic Forums annualDavos Agendain Switzerland.

Climate TRACE tracks real-time atmospheric carbon emissions from existing satellites through AI and machine learning to obtain a highly accurate and precise quantification of every significant emitter of greenhouse gas pollution.

The project, which is a nonprofit international coalition, will unveilits first inventory later this year. Gore said the inventory will include at least the 500 largest emitters in every single sector of the economy.

The purpose is to get real-time or near-real-time measurement of where all this greenhouse gas pollution is coming from, he said, noting that more than 100 countries do not have any such inventory and even most that do have only obsolete data.

All of the emissions data at present derives from one single source and that is the self-reports by some countries, the so-called Annex I Countries, Gore added, referring to a United Nations categorization of developed countries. They're out of date, they're inaccurate. We have already reported oil and gas operation emissions are at least double what they have reported.

While some types of emissions, like methane, can be directly seen by some of the newer satellites in space, Gore explained that measuring carbon dioxide levels against a high carbon dioxide background on Earth necessitates the use of artificial intelligence to achieve adequate precision.

You've heard the old cliche, you can only manage what you measure, Gore said. We haven't had until now the measurements necessary to really manage greenhouse gas pollution.

That level of precision, according to Gore, willenable governments to optimize their national strategies for emissions reductions.

We're not the climate cops, he said. We're kind of neighborhood watch, except our neighborhood is the entire world.

JosefAschbacher, director general of the European Space Agency, echoed Gores comments.

It is fair to say that without satellites, we wouldnt know about climate change, at least to the extent as we as we know it today, because they feed the models, they feed the information we have, Aschbacher said. We avoid creating fake news because these facts are really giving the status as it is.

Artificial intelligence has also become a critical tool for astronauts in space, European Space Agency astronaut Matthias Maurertold the panel from the International Space Station.

When the space station flies farther away from Earth, he explained, he does not have his ground control team looking over his shoulder if he makes a small error. Instead, he relies on artificial intelligence, which he said has become really important for exploration.

As scientists, policymakers and astronauts seek to make use of space as a technological resource, Sarah Al-Amiri, minister of state for advanced technology for the United Arab Emirates, stressed the importance of continued cooperation among nations.

When we're talking now also on an international front, the dialogue needs to continue with regards to the sustainability of access to space, ensuring that nations around the world have the necessary access to have their assets in space, Al-Amiri said.

If we keep space at the platform of only those that gets access to data are the countries that own a satellite in space, we deprive a large portion of the world from the ability to get the necessary knowledge, she added.

Looking back at his own experience establishing the International Space Station with Russian partners, Gore likewise stressed the importance of collaboration among countries.

With the tensions between the United States and Russia right now, in part because of the dangerous moves by Russia, vis-a-vis Ukraine, it's useful to think back to a time when we were able to cooperate very smoothly together, Gore said.

Aschbacher emphasized the partnership between the public and private sector.

We should not never forget that the two richest people in the world are investing massively in space, Aschbacher said. This is really something that creates a completely new environment, new opportunities with a lot of economic goals and a lot of technology advancements, which we all need.

Gore, too, voiced support for the participation of the private sector, adding that Elon MuskElon Reeve MuskAl Gore: Emissions reductions hinge on AI measurements from space Hillicon Valley States probe the tech giants Equilibrium/Sustainability Bald eagle comeback impacted by lead poison MORE has revolutionized the ability to launch heavier payloads into space.

Aschbacher cautioned, however, that such advancements must occur alongside proper regulation, to ensure that the orbits of the increasing number of satellites remains clean and sustainable.

Maurer, speaking from the International Space Station, said he finds value in having more ambassadors in space, who will be able to convey a message that we need to take care of our planet.

We also need to stop everything that I see here from space, that makes my heart bleed, like the burning rainforest or like the melting of the glaciers, Maurer said.

But Maurer, too, cautioned that as more rockets emerge from Earth into space, operators must be conscientious about the creation of space debris.

Al-Amiri likewise spoke to the private sectors involvement in space, noting that as the UAE continues to diversify its economy, the space industry remains a critical component of that mission.

The beauty of space is that it instigates and instills in society a deep understanding because of its aspirational nature a deep understanding on the benefits of science, technology for society at large and also for the economy, Al-Amiri said.

The 2020 launch of the Emirates Mars Mission, she explained, created a monumental shift in mindset, especially with regards to the appetite for risk.

And this is what, societally, having a space program does, Al-Amiri added. It increases your appetite for risk.

Go here to see the original:
Al Gore: Emissions reductions hinge on AI measurements from space | TheHill - The Hill

BY BASIRAT ISHOLA

Artificial intelligence, which is also abbreviated as AI, refers to the branch of computer technology that focuses on developing machines that have the capacity and intelligence to replicate or copy human functions as closely as possible. They are usually employed for such functions as speech recognition, planning of tasks, learning and solving diverse problems in different professions.

As it is the case with modern advancements, there are appreciable advantages associated with the use of AI, coupled with some drawbacks, both existing and forecasted by experts and enthusiasts. Some of these are explained below.

Pros

A key advantage has to do with its ability to deliver quite precise results. In other words, the usual human errors that can come up as a result of fatigue or distractions can be totally eliminated by employing the use of a well-designed and programed AI machine. The end result is improved accuracy and greater delivery.

Fraud detection in smart card-based systems is possible with the use of AI. AI machines are quite efficient when deployed to sniff out fraud in smart card based systems. This has been extensively deployed in industries that employ the use of smart cards, such as cable TV organisations, banks etc.

In addition to the above, it has become more common to deploy intelligent machines to carry out dangerous assignments such as detonation of explosive devices, such as land mines and bombs. This is usually due to their ability to work very fast and effectively, without stress or tension that can result in errors.

It has also become quite common in the medical field. The use of algorithms has simplified the area of diagnosis e.g. neurological disorders; training of medical personnel via simulators like surgeons on delicate procedures. They are often used to carry out repetitive functions that are time consuming in diverse professional fields.

From the above, it is very obvious that the strength of artificial intelligence that invariably lures a lot of fields into deploying them is drawn from their ability to function efficiently under minimum supervision, without the need to take a nap and are never bored or frustrated as long as they are properly programmed and maintained. They also help to minimise or eliminate health and safety risks to humans, when used as substitutes to carry out hazardous jobs.

Cons

There are a number of drawbacks associated with the deployment of AI, paramount amongst them is the huge cost implication it attracts in the area of maintenance, replacement and repair of parts and upgrade. There is also the challenge of restoration of lost codes, which can be quite rigorous, time consuming and expensive.

Another concern, which some people may term sentimental but which is in any case important, is that of ethics and morals. Are we not usurping the position of God, the creator, by imputing human intelligence in machines? Shouldnt human intelligence be left to natural forces?

It is unarguable that AI machines have the capacity to carryout repetitive jobs for extended periods, but they lack the capacity to learn from this process of repetition and get better on the job like humans. They cannot deviate from what they are programed for. This has its advantages, but in situations where there is a need to adjust to an unforeseen development, it becomes a major handicap. In such situations the input of man becomes quite indispensable.

In this present time of heightened global challenges with terror, it becomes quite risky to allow AI that can be used to carryout dangerous tasks fall into the wrong hands. This can cause devastating consequences especially in the area of nuclear warfare and the use of robots to convey bombs into crowded environment.

Ishola, a lead data scientist and business intelligence specialist, writes from Lagos.

Read the original post:
Pros and cons of artificial intelligence - TheCable

Job Description

The National University of Singapore invites applications for the position of Research Fellow in the Department of Computer Science, School of Computing (SoC). SoC is strongly committed to research excellence in all its dimensions: Searching for fundamental results and insights, developing novel computational solutions to a wide range of applications, building large scale experimental systems, and improving the well-being of society. We seek to play an active role both internationally and locally in the core and emerging areas of Computer Science and Information Systems.

The Research Fellow will be responsible for working closely with the Principal Investigator on one or more research projects. The research fellow will help the Principal Investigator conduct research in Artificial Intelligence (AI) by offering new theoretical perspectives on and engineering approaches to human aware decision making. In particular, the research fellow is going to explore new conceptual and computing frameworks for decision making in complex, uncertain, and changing environments. Special focus will be placed on the underlying mechanisms and dynamics of integrating learning with planning and decision making, representation change, perception, communication, and interaction in real-world environments.

The candidate should possess experience or interest in at least one of the following research areas:

Decision-theoretic AI, relational and probabilistic modelling, causal modelling, statistical learning with multimodal information, planning and model-based reinforcement learning, transfer learning in sequential decision processes, knowledge- and data-driven representation, computational neuroscience, computational cognitive science, and AI applications in health and education.

The position is available immediately. The initial term of appointment will be 1 year with possible extension to 2 years. The selected candidate will be offered strongly competitive salaries and benefits, support to travel for dissemination of research results, and substantial freedom to build a strong research profile of his/her own.

Qualifications

A PhD degree in relevant areas strong system-building and management skills; keen interests in working with emerging technologies and frameworks; good communications skill in both written and verbal English.

More Information

Location: Kent Ridge CampusOrganization: School of ComputingDepartment : Department of Computer ScienceEmployee Referral Eligible: NoJob requisition ID : 11665

Follow this link:
Research Fellow, Artificial Intelligence and Human Aware Decision Making job with NATIONAL UNIVERSITY OF SINGAPORE | 278306 - Times Higher Education...

From using computers to work faster to now teaching computers to work themselves, weve achieved quantum leaps when it comes to the possibilities of computer technology. Driving this new generation forward are the developments weve made with Artificial Intelligence and Machine Learning.

Algorithms dictate processes, solve problems, perform calculations, and more. What Artificial Intelligence does is cut out the middle-man us for the most part with the help of Machine Learning. To simplify, Machine Learning creates algorithms that AI systems can use to process data and learn new things without having to be programmed. Detailed algorithms are now capable of learning on the fly and adapting to situations using big data and deep learning at almost instantaneous speeds. For instance, AI systems with Machine Learning capabilities can recognize faces, detect instances of fraud, predict customer behaviour, and much more.

The past decade has seen the most proliferation of this technology, with everything from social media platforms, OTT content providers to even matrimonial services employing some form of this technology. So, its only natural that online gaming, a multi-billion-dollar industry, had its interest piqued by its possibilities and the possibilities are vast!

How are Machine Learning and Artificial Intelligence improving gaming (and vice versa)?

Gaming and Artificial Intelligence is a match made in technology heaven. AI&ML helps with improving the in-game and product experience for the players by powering a more personalized experience. It also has applications in content marketing by helping create user journeys with increased efficiency, leading to a landscape where users have instant and reliable access to what they want, cutting through the clutter.

Advanced analytics can help the player analyse their gameplay, reflect on it, and develop new strategies. Real-time probability analysis helps the player calculate the odds of a win. The introduction of metrics like VPIP in online poker, which conveys the frequency of a player participating in a hand, has given gamers a quantitative and qualitative overview of their own as well as their opponents performances. Online gaming thus becomes more than just a click of a button and starts to feel just as real, if not more.

This is even more so true when you look at the back-end benefits of employing AI&ML. Fraud is heavily mitigated, thanks to technology capable of detecting anomalies in real-time. Customer experience is vastly improved as AI helps online games reach the right gamers far more easily. Player protection becomes much more rapid, allowing online platforms to help users play responsibly. Harnessing this technology can truly make online gaming a far safer experience for the player.

Another benefit is the cost-efficiency of the technology. As the technology becomes more prevalent, we see an improvement in several aspects of a gamers online journey. Things like online payments, security, and customer support become far more efficient and will steadily undergo transformation and improvements over the next few years. Chatbots are one such example where the user experience can be elevated by providing faster and efficient support to customers.

On the flip side, this surge in adopting this technology now witnesses rapid developments for the technology as well. In an industry where decisions are made in milliseconds, we need technology that can work in nanoseconds. So, we now see huge resources being dedicated to enabling just that. Industry giants sense the underlying possibilities and have specialized departments to focus on the improvement of these Artificial Intelligence algorithms. It wouldnt be surprising to see generational leaps in the capabilities of AI as a whole. While they say its unnecessary to reinvent the wheel, as gamers, were inclined to try and make the wheel go faster!

Views expressed above are the author's own.

END OF ARTICLE

Continued here:
Intelligent gaming: How Artificial Intelligence and machine learning raise the stakes - The Times of India Blog