Leaf EU http://leaf-eu.org/ Responsive Medical Health WordPress Theme Tue, 11 Jan 2022 11:02:33 +0000 en-US hourly 1 https://wordpress.org/?v=5.8.2 https://leaf-eu.org/wp-content/uploads/2021/12/leaf-eu-icon-150x150.png Leaf EU http://leaf-eu.org/ 32 32 Research Assistant, Artificial Intelligence and Cybersecurity Job at NATIONAL UNIVERSITY OF SINGAPORE https://leaf-eu.org/research-assistant-artificial-intelligence-and-cybersecurity-job-at-national-university-of-singapore/ Tue, 11 Jan 2022 06:04:51 +0000 https://leaf-eu.org/research-assistant-artificial-intelligence-and-cybersecurity-job-at-national-university-of-singapore/

job description

The National University of Singapore (NUS) is looking for a Research Assistant. Researchers will work in the Cisco-NUS Accelerated Digital Economy Enterprise Lab with funding from NUS and Cisco.

The Corp Lab will take a 360o view to accelerate the transformation of Singapore’s digital economy by developing solutions to automate and scale business operations, develop smart infrastructure for healthcare, create resilient, secure and operational infrastructure for IoT and enterprise environments, and harnessing technology to increase and boost the productivity of a future-ready professional workforce.

The lab will conduct research focused on accelerating the digitization of industries across Singapore, creating network-based, secure, data-driven organizations with a future-ready workforce in 5 major areas. below :

  • Artificial intelligence (AI): Researchers will develop AI algorithms to improve the search, extraction and learning of knowledge from operational data collected in work environments, and to develop reusable data-based chatbots (or “chatbots” ) for intelligent and collaborative interactions with humans.
  • Health care: Researchers will seek to equip hospitals with distributed and coordinated intelligence to improve their operational and clinical efficiency by facilitating detection, understanding and interaction. Some potential applications include monitoring and active response for emergency department patients and monitoring healthcare and human factors workers to improve performance.
  • Cyber ​​security: Researchers will conduct network-centric cybersecurity research and develop new solutions for deployment in businesses and industries. They will also develop an experimental cybersecurity test bed to demonstrate cybersecurity solutions.
  • Urban infrastructure: Researchers will develop improved collection and processing strategies as well as network infrastructure and data-driven solutions to enable applications such as transportation planning, predictive maintenance under network variability, and traffic management. traffic for autonomous vehicles.
  • Future workforce and productivity: By combining NUS’s educational expertise with Cisco’s experience in workforce training, researchers will harness the technology to develop learning best practices to drive greater productivity.

Qualifications

  • Possess at least a bachelor’s / master’s degree in the relevant field.
  • Have a proven track record in previous research and have a keen interest in participating in high impact research within a large multidisciplinary corporate laboratory and expertise in at least one of the laboratory’s research areas mentioned above.
  • Strong interest in experimentation and system construction; machine learning and artificial intelligence, security and privacy, networking and communication systems, Internet of Things and / or cyber-physical systems.
  • Open on CDD

In your request, please also provide the following documents:

  • Cover letter
  • Curriculum vitae and transcripts including a list of publications (provide electronic copies of relevant articles)

Only shortlisted candidates will be notified.

More information

Site: Kent Ridge Campus
Organization: College of Design and Engineering
Department: Electrical and Computer Engineering
Eligible for employee recommendation: No
Job Application ID: 11369

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Universal design and artificial intelligence https://leaf-eu.org/universal-design-and-artificial-intelligence/ Mon, 10 Jan 2022 17:59:20 +0000 https://leaf-eu.org/universal-design-and-artificial-intelligence/

An elderly couple that I know recently sold their house and became a tenant. They thought they sold their house for a good price, but I’m not so sure. I’m pretty sure they got scammed by a good selling point from one of those home buying companies that are buying so many homes. They were homeowners, paying off their mortgage, and profiting from the growing value of their home. Now they are tenants, helping to pay off their landlord’s mortgage and increasing their equity.

It all made me think of universal design and artificial intelligence (AI). Universal design is the discipline of designing products and services for as many people as possible. It was born out of a desire to meet the needs of people with disabilities. The idea is that instead of confining people with disabilities to specially designed products, they should be able to use consumer products. Universal design was driven by the generally poor experience people with disabilities have with products designed especially for them. They were too often of inferior quality and had limited availability and capacity compared to their traditional counterparts. Thus, the idea was born that with only a little extra effort, consumer products could be usable by people with disabilities.

According to the Center of Excellence in Universal Design (CEUD),

Universal design is the design and composition of an environment so that it can be viewed, understood and used to the greatest extent possible by all people, regardless of their age, size, ability or disability. An environment (or any building, product, or service within that environment) should be designed to meet the needs of all the people who want to use it. This is not a specific requirement, benefiting only a minority of the population. This is a fundamental condition for good design.

City of CEUD website

What does universal design mean for AI systems?

AI systems are triggering a renewed need to address cognitive impairments and limitations. Universal design has always included cognitive disabilities, but the focus has been on physical disabilities. There are several reasons for this. First, we know more about designing for physical disabilities. Generally, if each user input or output is redundant, meaning that it can be given or received in more than one way, then the design will be accessible. If someone can’t do something one way, they have the option of doing it a different way. If they can’t type, they can say the commands. If they cannot read the screen, a screen reader will read the screen to them. Because we know more about how to design physically accessible systems, this aspect of accessibility is more important.

Another reason accessibility focuses on physical disabilities is that many of the measures taken for physical disabilities also help people with cognitive impairments. Having redundant inputs and outputs means that a person with a cognitive disability receives messages in more than one way, increasing the chances that they will understand them. Having multiple ways of controlling a device allows people to find the way that works best for them. Good physically accessible design, in general, also contributes to cognitive accessibility.

These AI-enabled systems that are designed to get us to do things create the need to approach cognitive accessibility in new ways. Especially with the emerging metaverse, these systems are designed to get as many of us as possible to buy a product, subscribe to a service, vote for a particular candidate or party, or take any other action desired by the developers of this AI. I suspect that my elderly friends who sold their house were convinced to do so by an AI-enabled system. We’ve always had confident ploys and manipulators preying on the most vulnerable among us, but now their efforts are aided and amplified by systems powered by AI. It is and will increasingly be possible for them to create a reality in which the only reasonable choice is to do what they want us to do. Is this the kind of future society we want to live in?

Our inclusive society: a legal overview

Our society has always chosen to include the greatest possible percentage of the population. This can be seen in the series of laws supporting the needs of people with disabilities. Perhaps the most famous accessibility law is the Americans with Disabilities Act (ADA) of 1990. Before that, there was the Hearing Aid Compatibility Act 1988. In 1996, ADA’s accessibility to telecommunications was addressed in section 255 of the Communications Act. Subsequently, the need for accessibility to information technology was addressed and made mandatory for all US federal agencies. A review of accessibility laws reveals that approximately every two years, steps are taken to ensure accessibility to part of our society. These actions have been promoted by both political parties and often receive bipartisan support. These laws represent a social consensus. Most of us want to live in as inclusive a society as possible.

AI ethics

What ethics should guide us, as a society, as AI systems are increasingly able to manipulate us into making decisions that are not in our best interests? I argued that we need to develop an AI theology. As I use that term here, theology is the foundation from which our enduring ethics emerge. In my opinion, and I think in the opinion of most people, all of humanity is united by common bonds. Because of these shared links, all people should be respected and protected. We are each other’s keepers. We have a responsibility to create a fair society for all of us.

As AI systems become more sophisticated, we will need to expand our societal standards to meet their new capabilities. As virtual reality allows AI systems to manipulate us with alternate realities, we will need guarantees. Perhaps the first ethical premise should be this: It is wrong to take advantage of someone with a cognitive disability. Just because we can do something doesn’t make it right. For my part, I do not want to live in a society where the elderly are driven from their homes. I expect a lot of people to share this opinion. Just because a sales system can convincing people to make a decision that will seriously harm their future, does not mean such a system should be allowed to do so.

Mapping the ethical use of AI systems will be difficult work. Even more complex will be the development of mechanisms to implement and enforce these ethical constraints. The last thing we want are AI systems that prey on the weak and the vulnerable. Those who develop these systems must be guided in their work by an ethical credo appropriate to the technology. Our goal should be to create a future in which AI systems serve us all well, including those who are weak or particularly vulnerable.

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Artificial intelligence in the supply chain Market size worth $ 14.3 billion, worldwide, by 2028 at 20.17% CAGR: Verified Market Research® https://leaf-eu.org/artificial-intelligence-in-the-supply-chain-market-size-worth-14-3-billion-worldwide-by-2028-at-20-17-cagr-verified-market-research/ Mon, 10 Jan 2022 16:15:00 +0000 https://leaf-eu.org/artificial-intelligence-in-the-supply-chain-market-size-worth-14-3-billion-worldwide-by-2028-at-20-17-cagr-verified-market-research/

AI-powered solutions that include end-to-end transparency, demand forecasting models, dynamic planning optimization, integrated business planning and physical flow automation, along with other factors, will lead to the growth of the supply chain industry.

JERSEY CITY, NJ, January 10, 2022 / PRNewswire / – Verified Market Research recently published a report, “Artificial intelligence in the supply chain market“By application (fleet management, supply chain planning, warehouse management, virtual assistant and others), by end user (automotive, retail, consumer goods, food and beverage, and others) and by geography. According to Verified Market Research, the global Artificial Intelligence in Supply Chain market size has been estimated to be $ 4.8 billion in 2020 and should reach $ 14.3 billion by 2028, with a CAGR of 20.17% from 2021 to 2028.

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Download the PDF brochure: https://www.verifiedmarketresearch.com/download-sample/?rid=23561

Browse the table of contents in depth toArtificial intelligence in the supply chain market

202 – Pages

126 – Tables

37 – Figures

Overview of the Global Artificial Intelligence in Supply Chain Market

Artificial intelligence is developing at a rapid pace when it refers to global logistics and supply chain management. According to executives in the transportation industry, the estates are undergoing a major transformation. As evolution occurs in technologies such as artificial intelligence, machine learning and new technologies, they are said to have the potential to cause disruption and drive innovation within of these industries. Artificial intelligence has been equipped with computer techniques that support the selection of large amounts of logistics and supply chain data

AI has been used in several end-use applications where businesses can operate without human oversight. AI-enabled machines and equipment can operate efficiently by acquiring human capabilities. Supply chains in the manufacturing sector are rapidly adapting AI technologies as part of their digitization strategies. AI in supply chains helps organize and analyze data, which helps solve decision-making problems, ranging from logistics to warehousing. Such AI-based applications in the manufacturing industry are expected to improve efficiency and help save time. The use of computerized reasoning in supply chain management has shown more subtleties with Amazon’s common sense models and Amer Sports.

Amazon uses computerized reasoning procedures for shopping on the web and has automated its warehouse. As smart warehouses are more advanced in daily routine operations. Amazon has used artificial intelligence to better satisfy its customers. Amer Sports successfully uses machine learning to improve management and predictability of its supply chain. The automation process has taken a big step forward thanks to AI technologies.

Key players

The main players in the market are IBM Corporation (US), Microsoft Corporation (US), Google LLC (US), Amazon.com, Inc. (US), Intel Corporation (US), Nvidia Corporation (US), Oracle Corporation (United States -United), Samsung (South Korea), LLamasoft, Inc. (United States), SAP SE (Germany), General Electric (United States), Deutsche Post DHL Group (Germany), Xilinx, Inc. (United States).

Verified market research segmented the global artificial intelligence in supply chain market on the basis of application, end user, and geography.

  • Artificial Intelligence In Supply Chain Market, By Application

  • Artificial intelligence in the supply chain market, by end user

  • Artificial intelligence in the supply chain market by geography

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In-Memory Analytics Market By components (software and services), by application (financial management Supply chain optimization Predictive asset management Product and process management), by organizational size (small and medium enterprises (SMEs) and large enterprises), by industry vertical (banking, finance, services and insurance (BFSI), telecommunications and IT, retail and e-commerce), by geography, forecast, 2021-2028

Supply Chain Analysis Market By Deployment Model (On-Premises, Cloud Based), By Department (Professional Services, Managed Services), By Application (Health & Life Sciences, Manufacturing, Automotive), By Component (Sales & Operations Planning, Analytics manufacturing, transportation and logistics), by geography, forecast, 2021-2028

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Top 5 Blockchain Supply Chain Companies manage supply chains with unique technology

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New atlas sheds light on the impact of artificial light in the ocean at night https://leaf-eu.org/new-atlas-sheds-light-on-the-impact-of-artificial-light-in-the-ocean-at-night/ Mon, 10 Jan 2022 15:11:37 +0000 https://leaf-eu.org/new-atlas-sheds-light-on-the-impact-of-artificial-light-in-the-ocean-at-night/
  • Researchers recently published the world’s first atlas that quantifies artificial light at night on underwater habitats.
  • Artificial light from urban environments along the coast can have far-reaching impacts on a range of marine organisms that have evolved over millions of years to be extremely sensitive to natural light such as moonlight.
  • Researchers found that at a depth of 1 meter (3 feet), 1.9 million square kilometers (734,000 square miles) of the world’s coastal oceans were exposed to artificial light at night, which equates to about 3 % of exclusive economic zones in the world.
  • Blue tones from LED lights can penetrate particularly deep into the water column, potentially causing more trouble for underwater inhabitants.

Conservation ecologist Thomas Davies has long known that natural light plays a central role in the life of many marine organisms.

“They use it like a clock,” Davies, professor of marine conservation at the University of Plymouth, UK, told Mongabay in a video interview. “They use it to regulate the timing of particular events like spawning in corals, for example. Marine species can use it as a compass to navigate the environment. And they can use it to guide things like their migrations up and down the water column. “

But until recently, many researchers had failed to consider the potential impacts of artificial light at night on the marine environment, Davies explains. According to him, some experts have even suggested that light pollution is not a serious problem for the underwater world since only small amounts of light reach the depths of the water column. Yet Davies argues that artificial light can have far-reaching impacts on a range of marine organisms – even those that live in the depths – as they have evolved over millions of years to be extremely sensitive to natural light. like moonlight.

In December 2021, Davies and his colleagues published an article in Elementa: science of the anthropocene who introduced the world’s first atlas that quantifies artificial light at night on underwater habitats. The researchers generated the atlas using a range of data sources, including the much-cited atlas of artificial night sky brightness developed by Fabio Falchi and his colleagues in 2016, as well as measurements of light. artificial in the northern Gulf of Aqaba in the Red Sea. , a marine region rich in coral reefs.

A close-up view of the new atlas of artificial light at night under the sea. Image courtesy of Smyth et al.

The research team determined how far and how deep light spectra penetrated the ocean, and also how things like phytoplankton and sediment could alter the optimal properties of water. In addition to this, they set out to determine when artificial light became biologically important enough to have a substantial impact on the marine environment. To do this, they turned to the copepods in the Calanus genus zooplankton which plays an important role in the marine food chain and is particularly sensitive to light. According to another study in Polar biology, Calanus Copepods can respond to moonlight at depths of 170 meters (560 feet) during dark polar nights and are known to perform vertical migrations when there is very little light in the sky. Lead author Tim Smyth, a scientist from the Plymouth Marine Laboratory, told Mongabay in a video interview. water.”

One of the main findings of the article was that at a depth of 1 m (3 ft), 1.9 million square kilometers (734,000 square miles) of the world’s coastal oceans were exposed to artificial light at night. biologically important. This represents more than 3% of the world’s exclusive economic zones, parts of the ocean that stretch 200 nautical miles (370 kilometers) from the coasts of nations. The amount of coastal water affected has decreased to 1.6 million km2 (618,000 mi2) at 10 m (33 ft) and 840,000 km2 (324,000 mi2) at 20 m (66 ft), according to the study.

Smyth says these calculations are probably conservative since the researchers made a number of assumptions, including the premise that all cities would have a light spectrum similar to that of Plymouth, a city of around 260,000 people. The researchers expect that as they refine their model, the impact of artificial light at night on the underwater world will increase dramatically.

A global view of the new atlas of artificial light at night under the sea. Image courtesy of Smyth et al.

The researchers also found that LED light, which uses much less energy than traditional incandescent bulbs and is considered by many to be environmentally friendly, can actually penetrate deeper into the water column, potentially causing no more problems.

“[Cities] are turning to this much more LED-lit spectrum, ”said Smyth. “Now the consequences of this are that the LEDs are much sharper in the blue end of the spectrum. And the problem with blue light is that it is much more energetic and can penetrate much deeper into the water column than into the orange-red area of ​​the spectrum.

Another study found that blue tones in LED lights impacted birds, insects, fish, and sea turtles, but filtered yellow-green and amber LEDs would have a much lower impact.

Davies and Smyth say they hope the Atlas can raise awareness of the impacts of light pollution on the underwater world, and that artificial light will be seen as an additional threat to the marine environment, alongside other stressors such as ocean acidification and plastic pollution. .

“There is now a lot of interest in ecology and conservation on the ability to understand the combined effects of several human stressors on the environment,” Davies said. “And part of that is creating multiple layers of maps of different impacts, and that’s yet another impact that needs to be considered in building this image.”

Banner image: Bright artificial lights on the coast of Hamburg. Image by KarstenBergmann via Pixabay.

Quotes:

Båtnes, AS, Miljeteig, C., Berge, J., Greenacre, M., & Johnsen, G. (2013). Quantify the light sensitivity of Calanus spp. during the polar night: Potential for orchestrated migrations driven by ambient light from the sun, moon or northern lights? Polar biology, 38(1), 51-65. doi: 10.1007 / s00300-013-1415-4

Longcore, T., Rodríguez, A., Witherington, B., Penniman, JF, Herf, L., & Herf, M. (2018). Rapid evaluation of the lamp spectrum to quantify the ecological effects of light at night. Journal of Experimental Zoology Part A: Ecological and Integrative Physiology, 329(8-9), 511-521. doi: 10.1002 / jez.2184

Smyth, TJ, Wright, AE, McKee, D., Tidau, S., Tamir, R., Dubinsky, Z.,… Davies, TW (2021). A world atlas of artificial light at night under the sea. Elementa: Anthropocene Science, 9(1). doi: 10.1525 / elementa.2021.00049

Tamir, R., Lerner, A., Haspel, C., Dubinsky, Z., & Iluz, D. (2017). The spectral and spatial distribution of light pollution in the waters of the northern Gulf of Aqaba (Eilat). Scientific reports, 7(1). doi: 10.1038 / srep42329

Elizabeth Claire Alberts is a writer for Mongabay. Follow her on twitter @ECalberts.

FEEDBACK: Use this form to send a message to the author of this article. If you want to post a public comment, you can do so at the bottom of the page.

Conservation, Environment, Environmental ethics, Habitat degradation, Cartography, Marine, Marine biodiversity, Marine conservation, Marine crisis, Marine ecosystems, Ocean crisis, Oceans, Pollution, Research


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Forbes India – Artificial intelligence, blockchain: people, planet and benefits: it is now necessary to keep sustainability at the heart of everything we do https://leaf-eu.org/forbes-india-artificial-intelligence-blockchain-people-planet-and-benefits-it-is-now-necessary-to-keep-sustainability-at-the-heart-of-everything-we-do/ Mon, 10 Jan 2022 13:45:49 +0000 https://leaf-eu.org/forbes-india-artificial-intelligence-blockchain-people-planet-and-benefits-it-is-now-necessary-to-keep-sustainability-at-the-heart-of-everything-we-do/ I believe that we can only get through these unprecedented times by standing together. The pandemic has exposed gaps in the notion of development in global markets. He stressed the need […]]]>

Artificial intelligence-based platforms can deliver live, global, and interconnected data to organizations to make informed decisions to achieve their sustainability goals. Image: Shutterstock

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I believe that we can only get through these unprecedented times by standing together. The pandemic has exposed gaps in the notion of development in global markets. He stressed the need to build for the future through collective actions, including self-sufficiency and digital investments in all sectors. This prompted us to rethink our priorities and goals. It made us recognize the true meaning of sustainability and how it should be used as a tool to shape a better future.

“Vasudhaiva Kutumbakam”

The world is a global village, much like an extended central nervous system connected by the Internet and telecommunications.

The battle is far from over and it is heartwarming to see the whole world come together in the face of the pandemic. Despite its adverse effects on the world, the pandemic-induced crisis has urged us to pause, reflect and rejuvenate ourselves to take advantage of the opportunities that lie beyond the challenges. Now is the time for us to build a sustainable economy governed by conscious growth, an economy that is not built at the expense of the well-being of its stakeholders. The transition from a linear economy to a circular economy – a restorative or regenerative economy that emphasizes people, planet and profits – is perhaps the only viable solution that can guarantee this. It emphasizes the need to shift to the use of renewable resources and aims to eliminate waste through superior design of materials, products, systems and business models. Technology, we believe, can act as a catalyst in this process. We need to use technology to build our capacities and sensitivities to improve the social, environmental and economic fabric of society.

For example, adopting the cloud can reduce emissions by 23% to 27%. Digital technology has the potential to change how and where people work and live, it is changing the way businesses are run, and improving the efficiency of air, land and sea transportation systems, among other sectors of the economy.

Emerging stronger, together, on the path to sustainable development

The opportunity to build a resilient, low-carbon economic recovery requires close collaboration between government, industries and the people to take essential actions focused on safeguarding national economies. To develop a sustainable growth model, we must harness technology as a key enabler to facilitate business and operations. We need to embrace the transformative capabilities of digital technologies for supply chain resilience: big data analytics to streamline supplier selection processes, cloud computing to facilitate and manage supplier relationships and the internet objects to improve logistics and shipping processes.

What we save will save us

In everything we do now, we need to make sure that we are meeting the sustainability goals. Digital technologies, such as artificial intelligence, cloud computing, data analytics and blockchain, have come to the rescue of a contactless world, to ensure business continuity, protect and connect. In other words, we have taken the plunge by making technology the common denominator. In this scenario, companies must place technological bets and nurture a growth mindset guided by sustainable goals such as tackling climate change, adopting renewable energy solutions and using digital platforms. .

Sustainability is often thought of in terms of economic activity or ecological impacts. The concept is much broader and encompasses economics, ecology, inclusiveness and lasting impact on generations to come. The United Nations has defined 17 Sustainable Development Goals and these include no poverty, zero hunger, good health and well-being, quality education, gender equality, safe water and sanitation, affordable and clean energy, decent work and economic growth, industry, innovation and infrastructure, reduction of inequalities, sustainable cities and communities, responsible consumption and production, climate action, life underwater, life on land, peace, justice and strong institutions with valuable partnerships for the achievement of these goals. We believe that technology can really empower us and enable us to achieve these goals. For example, blockchain-enabled platforms can enable paperless transactions to buy and sell properties. Artificial intelligence-based platforms can deliver live, global, and interconnected data to organizations to make informed decisions to achieve their sustainability goals. Data sharing and the digital economy, with real-time analytics and optimization, can eliminate the mismatch between supply and demand, leading to efficient use of resources, for example, the elimination of waste in facilities. perishable supply chains.

Times of disaster are often times when bold choices are made. We made a choice that is indeed a necessity: to achieve sustainability. What is needed now is to support our global efforts, through coordinated efforts and multilateral cooperation, to accelerate the momentum for sustainable growth. The world must continue to embrace transformational change, to shape economic policies that support rapid growth. This will require a continued commitment to far-reaching reforms. There is no room for complacency.

The writer is Managing Director and CEO, Tech Mahindra.

The thoughts and opinions shared here are those of the author.

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IIT Guwahati to Begin PG Course on Cyber ​​Security, Artificial Intelligence and Deep Learning https://leaf-eu.org/iit-guwahati-to-begin-pg-course-on-cyber-%e2%80%8b%e2%80%8bsecurity-artificial-intelligence-and-deep-learning/ Mon, 10 Jan 2022 13:16:00 +0000 https://leaf-eu.org/iit-guwahati-to-begin-pg-course-on-cyber-%e2%80%8b%e2%80%8bsecurity-artificial-intelligence-and-deep-learning/

The Indian Institute of Technology (IIT) Guwahati will launch a Graduate Certificate Program in Cyber ​​Security and a Graduate Certificate Program in Artificial Intelligence and Deep Learning.

The first higher education institution signed an agreement with Times Professional Learning (TPL) to launch the programs.

The programs are intended to provide career improvement and skills upgrading to working professionals, a statement said.

The courses are also aligned with the guidelines of the National Education Policy 2020 to higher education institutes to play an active role not only in researching disruptive technologies such as AI, but also in creating initial versions of educational materials and courses, including cutting-edge online courses. areas.

The PG Certificate Program in Cyber ​​Security is an eight-month course.

The course is intended to provide career enhancement and skills upgrading according to the demands of fast-growing positions such as Network Security Specialist, Cyber ​​Security Analyst, Cyber ​​Security Architects, Cyber ​​Security Manager and Lead in managerial positions such as Chief Information Security Officer.

The PG Certificate Program in Artificial Intelligence and Deep Learning is a nine-month course.

It will provide applicants with a detailed understanding of AI and deep learning through a comprehensive curriculum.

The program focuses on fundamental and advanced learning through subjects such as Python programming, data analysis, neural networks, computer vision and image recognition, etc.

It will help candidates prepare for competitive and cutting edge positions such as AI and ML Engineer, Computer Vision Expert, Software R&D Engineer, Cloud Support Engineer, among others, which involve a high level of technical skills and training. .

“AI-based technology has made rapid inroads thanks to its transparent mechanisms and improved productivity with reduced human intervention. With the increasing adoption of technology, there is a growing need for people with the best technical skills to meet the demand, ”said Prof. TG Sitharam, Director of IIT Guwahati.

“Our partnership with TimesTSW for these programs will meet AI and cybersecurity requirements across industries,” he said.

Professor Sitharam said the program is meticulously developed with fundamental and advanced topics to provide our learners with comprehensive knowledge in these specialist areas in line with industry requirements.

“These programs will enable professionals to improve their skills, their knowledge of evolving technologies and improve their career graph,” he added.

Commenting on the launch of the program, Anish Srikrishna, CEO of Times Professional Learning, said, “Our graduate certificate programs in Artificial Intelligence, Deep Learning and Cybersecurity in partnership with the Indian Institute of Technology Guwahati will create professionals ready to develop their skills and excel in these fields.

Applicants with a bachelor’s degree with a minimum of 50 percent grades and at least two years of work experience in IT or software development would be eligible for the course.

Applicants will receive certificates issued by the Indian Institute of Technology Guwahati and Times TSW upon completion of the program.

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The global agricultural artificial intelligence market is expected to reach $ 6,655.1 million by 2026, with a CAGR of 30.56% during the forecast period 2021-2026 https://leaf-eu.org/the-global-agricultural-artificial-intelligence-market-is-expected-to-reach-6655-1-million-by-2026-with-a-cagr-of-30-56-during-the-forecast-period-2021-2026/ Mon, 10 Jan 2022 10:28:00 +0000 https://leaf-eu.org/the-global-agricultural-artificial-intelligence-market-is-expected-to-reach-6655-1-million-by-2026-with-a-cagr-of-30-56-during-the-forecast-period-2021-2026/

The growth rate of the market is due to the increased awareness of artificial intelligence based solutions in some regions of the world. Impact of COVID-19 The supply chain of the majority of industries across the world has been affected due to the COVID-19 pandemic, including artificial intelligence in the agricultural industry.

New York, January 10, 2022 (GLOBE NEWSWIRE) – Reportlinker.com announces the publication of the report “Artificial Intelligence in the Agricultural Market – A Global and Regional Analysis: Focus on Product, Application, and Country Analysis – Analysis and Forecast, 2020-2026 “- https://www.reportlinker.com/p06196267/?utm_source=GNW
During the COVID-19 outbreak, the agricultural industry’s supply chain was disrupted.

During the COVID-19 pandemic, agricultural production was hampered for farmers, resulting in a decrease in their income generation. This did not allow farmers to invest in modern agricultural equipment.

Market segmentation

AI in the agricultural market by type of agriculture

The agricultural type segment in the application of artificial intelligence in the agriculture market is expected to be dominated by field agriculture. Majority of farmers around the world are still engaged in traditional agriculture, which is expected to boost artificial intelligence in the agriculture market during the forecast period.

AI in the agricultural market by end use

The end-use segment in the application of artificial intelligence in the agricultural market is expected to be dominated by crops, fruits, vegetables and other plants. The main goal of all farmers around the world is to increase agricultural production, which is expected to increase the adoption of artificial intelligence products in the agricultural industry.

AI in the agriculture market by product

The global agricultural artificial intelligence market in product segment is expected to be dominated by software products. The high market share and growth potential associated with software products in the agriculture industry is expected to boost the global artificial intelligence in agriculture market.

AI in the agricultural market by region

North America generated the highest revenue of $ 598.7 million in 2020, which is attributed to technological advancements in the North America region. In the region, government support as well as technological advancements have contributed to the growth of the market. The region is expected to experience strong CAGR growth of 29.88% during the forecast period 2021-2026.

Key Market Players and Competition Summary

Some of the major players operating in the market include Agrivi, Alibaba Group Holding Limited, Ceres Imaging, CNH Industrial NV, Granular Inc., Harvest Crop Robotics, LLC, IBM Corporation, Microsoft Corporation, Prospera Technologies, Robert Bosch GmbH, The Climate Corporation. , among others.

The companies presented in the report were selected on the basis of the selective pool of players, mainly tier 1 (holding 50-60% of the market), mid-segment players (comprising 30-40% shares) and small and emerging companies (holding the rest of the 10-20% shares), based on various factors such as product portfolio, annual revenues, market penetration, research and development initiatives, as well as a national and international presence in artificial intelligence in the agricultural industry.

Covered countries
• North America
• WE
• Canada
• Mexico
• Europe
• Italy
• France
• Germany
• Netherlands
• Spain
• The rest of Europe
• UK
• China
• Asia Pacific
• Japan
• India
• Australia
• Rest of Asia-Pacific
• Rest of the world
• Brazil
• Argentina
• South Africa
• Israel
Read the full report: https://www.reportlinker.com/p06196267/?utm_source=GNW

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injured cow gets an artificial limb | Kochi News https://leaf-eu.org/injured-cow-gets-an-artificial-limb-kochi-news/ Sun, 09 Jan 2022 22:41:00 +0000 https://leaf-eu.org/injured-cow-gets-an-artificial-limb-kochi-news/ Thrissur: In a refreshing initiative, a farmer from Manalur in Thrissur and a prosthetic production unit have teamed up to provide an artificial limb for a cow. The cow’s leg had to be amputated following a stray dog ​​attack in 2019. The breeder and vets had almost lost all hope of saving the cow.
“In fact, some have suggested selling the cow for slaughter. But all of our family were attached to this docile Vechur cow, a rare native variety. So we accepted the vets’ alternative suggestion for the amputation, ”said KV Davies, the cow’s owner.
According to experts at the College of Veterinary and Animal Sciences in Mannuthy, where the surgery was performed, the cow’s leg had to be amputated well above the hoof and below the hock joint.
The farmer’s family struggled to support the cow in the postoperative period as she could not even stand. The surgeons had kept the viable part of the leg and a thick padding was inserted under the amputated part, improving the possibilities of putting on an artificial limb.
However, the spread of Covid-19 has become a major obstacle in explorations for the installation of an artificial limb. The development of an artificial limb suitable for the cow was also a challenge in Kerala.
Finally, the managers of the KIT-CAT Orthosis and Prosthesis Center in Thrissur volunteered to produce an artificial limb and try it on an experimental basis on the cow.
The artificial limb was attached with a support above the hock joint, KIT-CAT’s Susanth said. Even though the cow had first tried to get rid of the artificial limb by shaking the paw, she has now accepted it and walks on it in an almost normal manner. “The vets told us that the cow can even conceive and give birth after fully adjusting with the artificial limb,” said Davies, who is also the local secretary of CPM in Manalur. ]]>
Everything You Need To Know Top Seven FAQs https://leaf-eu.org/everything-you-need-to-know-top-seven-faqs/ Sun, 09 Jan 2022 11:15:39 +0000 https://leaf-eu.org/everything-you-need-to-know-top-seven-faqs/

Whether you are wondering what artificial trees are made of or wondering about how to care for them, we’ve got you covered. Read on to get answers to your biggest questions about artificial trees.

1. What are artificial (silk) trees made of?

Despite their name, today’s artificial (or silk) trees are no longer silk. Most of the high quality artificial trees are made of synthetic materials like polyester, nylon, rubber, PVC and other plastics.

This combination of materials and technology gives you trees that not only look very real, but also feel natural.

Photo, Alen Kajtezovic.

2. How to identify the best quality and most realistic artificial trees?

This is the most common question that plagues those of us who are taking our first steps into the world of artificial plants and biophilic conception.

Well we’ve got a simple two step process to help you out.

Step 1: Look at the details.

This is where the real difference is. Real trees are not perfect. Thus, the first marker to watch out for is for trees that appear too symmetrical or have unusually identical leaves.

Look for trees that mimic the small nuances and “flaws” of their real-life counterparts. Seemingly minor details like unevenly shaded leaves, grainy bark, or twisted, gnarled branches make all the difference.

Step 2: Study the materials.

High-quality artificial trees are an investment that doesn’t come lightly. So when it comes to choosing them, it’s not just about their beauty. But also how long they will last you.

So, study the materials used. High quality silk plants are made from a blend of polyester, polymers and plastics. Most worthy high-end manufacturers and sellers will have their own custom manufacturing process for branches, leaves, and flowers.

Pro tip: A great way to ensure quality is to stick with manufacturers who are willing to offer a long term warranty on their materials and products. (An obvious indicator, but one that most first-time artificial tree buyers, like you, don’t know how to look for.)

Everything You Need To Know About Artificial Trees, The Top Seven FAQs

Photo, Spacejoy.

3. How to choose the right artificial tree for a space?

Artificial trees are a fabulous way to instantly spruce up any space. But choosing the wrong type of tree can ruin the aesthetics and ambiance of the space just as quickly.

The three big factors to keep in mind when selecting the right type of artificial tree are:

Height: Small office plants or potted plants are not affected by the height of a room. But before you buy a tree, make sure that it fits the room proportionately. Usually the sweet spot for artificial trees is between 1/2 and 2/3 the height of the room.

Volume: Then consider the space that the artificial tree will take up in the room. This is not rocket science. The smaller the room, the simpler and more slender the tree. The bigger the space, the more you can go with your bushy, wide, and heavy selection.

Light and Ventilation: It’s easy to get carried away and ignore real life considerations when selecting artificial trees. But a lush, flowering tropical plant in a drab windowless room will scream “fake plant.”

You don’t need warm Caribbean lighting in all of your rooms, but make sure the type of tree you choose looks like it can survive in the room lighting. (It can be natural or artificial lighting.)

Design fit: But ultimately it all depends on how you want to design your space and what features you want to highlight. There is no hard and fast rule for this, but here are some design suggestions to guide you.

– To accentuate a wall / high vertical surfaces: Green walls
– For outdoor spaces / roofs / common gathering areas: Artificial boxwood hedges
– For offices and workspaces: Potted plants such as succulents, pothos, dracaenas, mini ferns, etc.
– To make a statement: Bamboo, birch, ficus, olive and palm trees

Everything You Need To Know About Artificial Trees, The Top Seven FAQs

Photo, Vadim Kaipov.

4. Do artificial trees need maintenance? How to maintain your artificial trees?

Yes and no. While artificial trees do not need regular watering, fertilizing, and pruning like regular trees, they still need cleaning.

Periodically cleaning your artificial trees with a duster or microfiber cloth will remove any extra dirt and dust and keep them looking fresh.

If you happen to not clean them for a while, the dirt settles and becomes more difficult to remove. In such cases, spray and wipe down the trees with a mixture of lukewarm water and mild soap. Then follow up with a series of non-aerosol silk cleaner recommended by the manufacturer.

5. Can you use artificial trees outdoors? Are they damaged?

Yes you can. But, make sure the plant you put outside is weatherproof.

Most manufacturers offer a range of artificial outdoor trees made from weather resistant materials to ensure their colors stay vibrant and fresh even after years in the sun.

6. Are false trees safe inside? Are artificial trees a fire hazard?

Usually yes. But it depends on the material of the artificial plant. Some manufacturers sell silk trees with non-flame retardant foliage, which poses a serious fire hazard.

So be sure to protect yourself, your guests, and your belongings with artificial trees whose foliage is guaranteed to be fire resistant.

What size planter / pot

Photo, WH4LEGEND.

7. What size planter / pot to use for your artificial trees?

Finally, it is about actually placing them in space.
The artificial tree planter not only adds to the aesthetics of the space, but also helps to make the tree more real.

While there aren’t any hard and fast rules, here’s a guide to basic planter sizes for artificial trees.

Proportions of the height of the tree to the diameter of the planter:
For a 3′-4 ′ tall tree, use a 12 ″ planter
A 4′-5 ′ tall tree will need a 13 ″ -14 ″ planter
For a 6′-7 ′ tall tree, use a 15 ″ -16 ″ planter
An 8′-10 ′ tall tree requires a 16 ″ -20 ″ planter
For a 10′-12 ′ tall tree, use a 24 ″ planter
And in any case, use common sense.

Now that you are all equipped, you can take your first steps into the world of artificial trees with confidence.

Sources

https://www.nearlynatural.com/pages/fake-trees-faqs
https://treescapes.com/frequently-asked-questions/
https://pacificsilkscapes.com/faqs-about-artificial-plants
https://www.commercialsilk.com/artificial-green-walls-topiaries/outdoor-green-walls
https://www.commercialsilk.com/faq
https://www.artificialplantsandtrees.com/articles/clean-your-silk-plants-and-trees-the-right-way/

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Free artificial limb camp organized by Narayan Seva Sansthan https://leaf-eu.org/free-artificial-limb-camp-organized-by-narayan-seva-sansthan/ Sun, 09 Jan 2022 10:31:00 +0000 https://leaf-eu.org/free-artificial-limb-camp-organized-by-narayan-seva-sansthan/

Hyderabad: A camp for measuring artificial limbs to help people with disabilities was organized by Narayan Seva Sansthan in the city on Sunday. The camp was organized at the first Phase-4 bus stop, Kukatpally.

In the camp, 50 people with disabilities participated to get free help from the NSS with an awareness camp following Covid-19 guidelines.

Narayan Senior Prosthetics and Orthotics Specialist Seva Sansthan measured limbs of people affected by polio and those who lost their legs due to diabetes, accidents, etc., for artificial limbs.

Hyderabad News

click here for more information on Hyderabad

Prashant Agarwal, President of Narayan Seva Sansthan, said, “We are committed to organizing a free artificial limb measurement and distribution camp for the needy across India. Narayan Seva Sansthan distributed 2,74,603 wheelchairs, 2,64,422 tricycles, 2,97,789 crutches, 3,6997 and 1,720,000 blankets among the needy and underprivileged with over 4,26,850 successful operations.

In the coming months, NSS is planning numerous camps in the city to help the needy by providing the chance to have equality, accessibility and equal opportunity for people with disabilities, a press release said.


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