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Email security is a secure email communication technique to transfer and access sensitive information against unauthorized loss and compromise. Increase in digitization and adoption of cloud email services in different industries to reorganize the email security architecture of companies is expected to fuel the adoption of email security solutions in companies.

Adoption of email security solutions in enterprises eliminates the need for expensive security solutions providers, which further improves phishing detection and provides good customer experience. Adoption of email security solutions in enterprises is increasing consistently to reduce the workload of the IT department and to minimize manual management of email security in enterprises in order to block threats. This factor is expected to drive theemail security marketduring the forecast period.

Increase in investment in R&D activities and high rate of adoption of cloud-based technology to store and secure the high amount of data generated by governments and various industries is projected to drive the market during the forecast period. Rise in adoption ofartificial intelligence(AI) andmachine learning(ML) by large enterprises and SMEs to provide better security experience to customers is estimated to boost the demand for email security during the forecast period

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High implementation cost of email security solutions restrains the market. Lack of awareness about email security solutions among enterprises further hinders the email security market. Increase in adoption of email protection solutions to fulfil the requirements of managed security providers (MSP) creates significant opportunities for the email security market

Impact of COVID-19 on the Global Email Security Market

North America to Hold Major Share of Global Email Security Market

Global Email Security Market: Competition Landscape

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Key Players Operating in Global Email Security Market Include:

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Email Security Market : Rise in adoption of artificial intelligence and machine learning by large enterprises is estimated to drive market - Digital...

To make fusion energy a viable resource for the worlds energy grid, researchers need to understand the turbulent motion of plasmas: a mix of ions and electrons swirling around in reactor vessels. The plasma particles, following magnetic field lines in toroidal chambers known as tokamaks, must be confined long enough for fusion devices to produce significant gains in net energy, a challenge when the hot edge of the plasma (over 1 million degrees Celsius) is just centimeters away from the much cooler solid walls of the vessel.

Abhilash Mathews, a PhD candidate in the Department of Nuclear Science and Engineering working at MITs Plasma Science and Fusion Center (PSFC), believes this plasma edge to be a particularly rich source of unanswered questions. A turbulent boundary, it is central to understanding plasma confinement, fueling, and the potentially damaging heat fluxes that can strike material surfaces factors that impact fusion reactor designs.

To better understand edge conditions, scientistsfocus on modeling turbulence at this boundary using numerical simulations that will help predict the plasma's behavior. However, first principles simulations of this region are among the most challenging and time-consuming computations in fusion research. Progress could be accelerated if researchers could develop reduced computer models that run much faster, but with quantified levels of accuracy.

For decades, tokamak physicists have regularly used a reduced two-fluid theory rather than higher-fidelity models to simulate boundary plasmas in experiment, despite uncertainty about accuracy. In a pair of recent publications, Mathews begins directly testing the accuracy of this reduced plasma turbulence model in a new way: he combines physics with machine learning.

A successful theory is supposed to predict what you're going to observe, explains Mathews, for example, the temperature, the density, the electric potential, the flows. And its the relationships between these variables that fundamentally define a turbulence theory. What our work essentially examines is the dynamic relationship between two of these variables: the turbulent electric field and the electron pressure.

In the first paper, published in Physical Review E, Mathews employs a novel deep-learning technique that uses artificial neural networks to build representations of the equations governing the reduced fluid theory. With this framework, he demonstrates a way to compute the turbulent electric field from an electron pressure fluctuation in the plasma consistent with the reduced fluid theory. Models commonly used to relate the electric field to pressure break down when applied to turbulent plasmas, but this one is robust even to noisy pressure measurements.

In the second paper, published in Physics of Plasmas, Mathews further investigates this connection, contrasting it against higher-fidelity turbulence simulations. This first-of-its-kind comparison of turbulence across models has previously been difficult if not impossible to evaluate precisely. Mathews finds that in plasmas relevant to existing fusion devices, the reduced fluid model's predicted turbulent fields are consistent with high-fidelity calculations. In this sense, the reduced turbulence theory works. But to fully validate it, one should check every connection between every variable, says Mathews.

Mathews advisor, Principal Research Scientist Jerry Hughes, notes that plasma turbulence is notoriously difficult to simulate, more so than the familiar turbulence seen in air and water. This work shows that, under the right set of conditions, physics-informed machine-learning techniques can paint a very full picture of the rapidly fluctuating edge plasma, beginning from a limited set of observations. Im excited to see how we can apply this to new experiments, in which we essentially never observe every quantity we want.

These physics-informed deep-learning methods pave new ways in testing old theories and expanding what can be observed from new experiments. David Hatch, a research scientist at the Institute for Fusion Studies at the University of Texas at Austin, believes these applications are the start of a promising new technique.

Abhis work is a majorachievement with the potential for broad application, he says. For example, given limited diagnostic measurements of a specific plasma quantity, physics-informed machine learning could infer additional plasma quantities in a nearby domain, thereby augmenting the information provided by a given diagnostic. The technique also opens new strategies for model validation.

Mathews sees exciting research ahead.

Translating these techniques into fusion experiments for real edge plasmas is one goal we have in sight, and work is currently underway, he says. But this is just the beginning.

Mathews wassupported in this workby theManson Benedict Fellowship,Natural Sciences and Engineering Research Council of Canada,andU.S. Department of Energy Office of Science under the Fusion Energy Sciences program.

Excerpt from:
Seeing the plasma edge of fusion experiments in new ways with artificial intelligence - MIT News

Note: This special issue is a Thematic Track at IP&MC2022. For more information about IP&MC2022, please visit https://www.elsevier.com/events/conferences/information-processing-and-management-conference.

Human-Centered Artificial Intelligence (VSI: IPMC2022 HCAI)

Artificial Intelligence (AI) and machine learning, alongside the advances in decision making, prediction, knowledge extraction, and logic reasoning are widely implemented to address challenges in diverse areas, for example, chatbot, machine translation, fraud detection, content recommendation, clinical diagnosis, and autonomous devices. Effective and prevalent as AI is in real-world scenarios, AI-based systems also raise scholars and practitioners concerns about bias, discrimination, result interpretability, algorithmic transparency, and malicious use of AI. Indeed, todays most pressing questions in AI are Human-Centered, as pointed out by Dr. Perter Norvig in Stanford HAI (Lynch 2021). Such knowledge and concerns on HCAI motivated this Special Issue as an exploration of the matter in the era of Artificial Intelligence.

The appropriate AI adoption can facilitate human welfare, however, as a double-edged sword. Many people show little trust in AI owing to the unawareness of why and how decisions are made by AI systems. It is thus essential for AI to make the decision-making process transparent. By equipping AI systems with explanation capabilities, trust between users and AI is built. Though machines are categorized by their abilities to conduct massive computations, human beings outperform machines in terms of metacognition. For the information generated by machines, humans should infuse values to make reasoned judgments about the information quality. In such a way, humans involvement in the design, development, and evaluation of AI systems ensures practical insights, leading to more meaningful and relatable systems to users needs. Human-centered AI (HCAI) focuses on humanity benefits from AI via trustworthy and safe systems designed and developed by augmenting human intelligence with machine intelligence. HCAI comprises two categories; i) AI regarding the human condition, which emphasizes AI humanity by incorporating humans intention into AI systems and enabling AI to understand commonsense knowledge with respect to ethical and social implications, and ii) promotion of humans understanding of AI systems with various approaches for addressing and mitigating errors caused by AI and enhancing users confidence in AI decisions.

This Special Issue aims to advance knowledge and understanding of the design, development, deployment, application, and evaluation of human-centered AI and ML systems through in-depth dialogue between scholars and practitioners from diverse areas like human-computer interaction, ML, AI, law, cognitive science, complex systems, and humanities for the investigation and tackling of challenges derived during HCAIs development. We invite authors to submit their HCAI related research work (including full-length, original, and unpublished research papers based on theoretical or experimental contributions and review studies), especially in explainable AI, interpretable ML, human-centered design, and human-machine-systems.

Topics of interest include, but are not limited to:

Submit your manuscript to the Special Issue category (VSI: IPMC2022 HCAI) through the online submission system of Information Processing & Management. https://www.editorialmanager.com/ipm/

Authors will prepare the submission following the Guide for Authors on IP&M journal at (https://www.elsevier.com/journals/information-processing-and-management/0306-4573/guide-for-authors). All papers will be peer-reviewed following the IP&MC2022 reviewing procedures.

The authors of accepted papers will be obligated to participate in IP&MC2022 and present the paper to the community to receive feedback. The accepted papers will be invited for revision after receiving feedback on the IP&MC 2022 conference. The submissions will be given premium handling at IP&M following its peer-review procedure and, (if accepted), published in IP&M as full journal articles, with also an option for a short conference version at IP&MC2022.

Please see this infographic for the manuscript flow:https://www.elsevier.com/__data/assets/pdf_file/0003/1211934/IPMC2022Timeline10Oct2022.pdf

For more information about IP&MC2022, please visit https://www.elsevier.com/events/conferences/information-processing-and-management-conference.

Shana Lynch (2021) Peter Norvig: Todays Most Pressing Questions in AI Are Human-Centered. URL: https://hai.stanford.edu/news/peter-norvig-todays-most-pressing-questions-ai-are-human-centered, accessed on November 11 2021.

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Human-Centered Artificial Intelligence - Information Processing and Management Conference - Knovel

Dubai, UAE - January 6 2021: Artificial Intelligence (AI) and Machine Learning technologies will have the biggest impact on the real estate sector, according to the annual real estate tech survey conducted by DAMAC. The survey was conducted within the DAMAC Group, with nearly 90% of respondents from the Information Technology department and the remaining from the business excellence, data & analytics and technology teams.

Nearly a quarter of the respondents marked AI and Machine Learning to be the primary impact maker among technologies, followed by the Internet of Things (20%), cybersecurity (20%) and virtual & augment reality (17%), respectively in order of importance.

Among technologies that homeowners look for when buying property, it was revealed that smart homes with IoT is the most in demand, with nearly 30% of respondents ranking it as the priority. This is followed by touchless access control, digital transaction services and virtual immersive experience, respectively.

In response to such demands, DAMAC has introduced the DAMAC Central app for centralising all communications, collaborations, decision making, self-services for management, all departments and all staff in the organisation. The DAMAC Living app was also launched for community-related services for residents and tenants - which seeks to make a number of services and processes easier and more seamless for homeowners - from settling payments, to uploading documents for property handover, making amenity bookings and getting special discounts on services, among others.

DAMAC Chief Information Officer Jayesh Maganlal said: "The big takeaway for this survey is that there will be major shift in the real estate market sooner than later - from the digitisation of the buying or selling process, to the shifting attitudes of what people need and don't in terms of technology. While these shifts present great insights into how real estate will evolve, people will continue to need the support and guidance from the experts to help them navigate the journey towards homeownership. DAMAC has taken cognizance of these demands and has invested in the latest technological trends in order to elevate our customer and employee experience to the highest standards."

Furthermore, the majority of respondents agreed that 3D virtual tours are the most valuable technology for agents and brokers when approaching potential buyers with a property. Digital transaction services closely follow suit, with augmented reality and smart search engine taking the respective rankings according to order of importance.

Utilising VR and AR technology, DAMAC had in early 2020 launched a unique concept called 'A La Carte Villas' at DAMAC Hills, which enables buyers to personalise multiple aspects of their homes, including villa type, layout, landscaping, interiors, and furnishings, among others using a cutting-edge configuration app.

ENDS

DAMAC Properties has been at the forefront of the Middle East's luxury real estate market since 2002, delivering award-winning residential, commercial and leisure properties across the region, including the UAE, Saudi Arabia, Qatar, Jordan, Lebanon, Iraq, The Maldives, Canada, as well as the United Kingdom.

Since then, the company has delivered approximately 36,400 homes. Joining forces with some of the world's most eminent fashion and lifestyle brands, DAMAC has brought new and exciting living concepts to the market in collaborations that include a golf course by The Trump Organization, and luxury homes in association with Versace, Cavalli, Just Cavalli, Rotana, Paramount Hotels & Resorts, Rotana and Radisson Hotel Group. With a consistent vision, and strong momentum, DAMAC Properties is building the next generation of Middle Eastern luxury living.

DAMAC places a great emphasis on philanthropy and corporate social responsibility. As such, the Hussain Sajwani - DAMAC Foundation, a joint initiative between DAMAC Group and Hussain Sajwani, is supporting the One Million Arab Coders Initiative. The programme was launched by Vice President and Prime Minister of the UAE, and Ruler of Dubai, His Highness Sheikh Mohammed bin Rashid Al Maktoum, and is focused on creating an empowered society through learning and skills development.

Visit us at http://www.damacproperties.com

Follow DAMAC Properties on Facebook, Twitter,Instagram, LinkedIn and YouTube (@DAMACofficial).

For more information, please contact: Corporate Communications, DAMAC Properties: Tel: +971 4 373 2197 Email: corporatecommunications@damacgroup.com

See the rest here:
Damac Properties Dubai : AI and Machine Learning to Have Biggest Impact on Real Estate, finds DAMAC Survey - marketscreener.com

Title of the Special Issue/Thematic Track

Machine and Human Factors in Misinformation Management (VSI: IPMC2022 MISINFO)

- Damiano Spina (*), Senior Lecturer and DECRA Fellow, School of Computing Technologies, RMIT University, Melbourne, Australia. email: damiano.spina@rmit.edu.au

- Kevin Roitero, Postdoctoral Research Fellow, Department of Mathematics, Computer Science, and Physics, University of Udine, Udine, Italy. email: kevin.roitero@uniud.it

- Stefano Mizzaro, Full Professor, Department of Mathematics, Computer Science, and Physics, University of Udine, Udine, Italy. email: mizzaro@uniud.it

- Gianluca Demartini, Associate Professor, School of Information Technology and Electrical Engineering, The University of Queensland, Brisbane, Australia. email: g.demartini@uq.edu.au

- Kalina Bontcheva, Full Professor, Department of Computer Science, The University of Sheffield, United Kingdom. email: k.bontcheva@sheffield.ac.uk

(*) Managing Guest Editor.

The rise of online misinformation is posing a threat to the functioning of the overall democratic process. Nowadays, it has been observed that there is an exponential growth of false information spread across the web and social network platforms; this expansion is also connected with the development of novel tools (e.g., large language models) that are able to process and generate large amounts of data. This has enabled the increase of large-scale counter-narratives and propaganda strategies in online communities, which have a major negative impact and can influence individuals and collective decision-making processes. To contrast this worrying trend, researchers are working on the development of data-driven and hybrid algorithmic methods with the aim of detecting misinformation and to control its spread. The proposed algorithms and solutions are complex and can be classified in different categories based on the underlying approach considered: fully automatic algorithms based on artificial intelligence, machine learning, and deep learning; human powered systems, either based on panels of experts or on crowdsourcing workers; and hybrid human-in-the-loop approaches, that try to fruitfully mix the above approaches. A better understanding on how humans and machines can effectively work together in the process of managing and fighting misinformation is needed.

The aim of this special issue is to accept submissions dealing with artificial, human, and hybrid techniques aimed at fighting the spread of misinformation.

Topics of interest include, but are not limited to:

- Predictive models to model and fight misinformation spread (e.g., trust and reputation models, formal models, online misinformation diffusion models, forecasting models).

- Machine learning, deep learning, transfer learning, reinforcement learning, graph based approaches, and probabilistic methods (e.g., classification, unsupervised / semi-supervised / supervised learning, applications, architectures, loss functions, training approaches) applied to fight misinformation.

- Infrastructures and resources for misinformation management (e.g., datasets, implementations, frameworks, architectures).

- Fairness, accountability, transparency, and safety of systems and processes to fight misinformation.

- Use of social media to study and combat misinformation online.

- Human computation and crowdsourcing methodologies to fight misinformation.

- Hybrid and multi-agent approaches to fight misinformation.

- Biases in artificial, human, and hybrid systems used to address misinformation.

- Adversarial approaches to misinformation (e.g., robustness of systems, automatic generation of misinformation).

- Information provenance and traceability.

- Filtering and recommendation systems for content dealing with misinformation (e.g., content-based filtering, collaborative filtering, recommender systems).

- User-centered (e.g., user experience, effectiveness, engagement) and system-centered (e.g., metrics, experimental design, benchmark) evaluation.

- Fighting Multimedia misinformation (text, audio, image, and video; deep fakes).

- Fighting Multi- and cross-lingual misinformation.

- Generation of explanations and explainable algorithms to deal with misinformation.

- Regulation, policies, and socio-economical perspectives on misinformation and approaches to fight misinformation.

- Influence and psychological aspects of misinformation.

- Social network analysis, influencer detection of misinformation, and fake news spreader profiling.

- Corpora, annotation, and test collections (including tools and resources) to build and evaluate systems and processes to fight misinformation.

Submit your manuscript to the Special Issue category (VSI: IPMC2022 MISINFO) through the online submission system of Information Processing & Management. https://www.editorialmanager.com/ipm/

Authors will prepare the submission following the Guide for Authors on IP&M journal at (https://www.elsevier.com/journals/information-processing-and-management/0306-4573/guide-for-authors). All papers will be peer-reviewed following the IP&MC2022 reviewing procedures. Please note IP&Ms strict no pre-print policy outlined in the author guidelines.

The authors of accepted papers will be obligated to participate in IP&MC2022 and present the paper to the community to receive feedback. The accepted papers will be invited for revision after receiving feedback on the IP&MC 2022 conference. The submissions will be given premium handling at IP&M following its peer-review procedure and, (if accepted), published in IP&M as full journal articles, with also an option for a short conference version at IP&MC2022.

Please see this infographic for the manuscript flow:https://www.elsevier.com/__data/assets/pdf_file/0003/1211934/IPMC2022Timeline10Oct2022.pdf

For more information about IP&MC2022, please visit https://www.elsevier.com/events/conferences/information-processing-and-management-conference

Link:
Machine and Human Factors in Misinformation Management - Information Processing and Management Conference - Knovel