Latest Technology Education News | PBS+ http://pearsonblueskies.com Sat, 18 Nov 2023 14:31:02 +0000 en-US hourly 1 https://wordpress.org/?v=7.0.2 http://pearsonblueskies.com/wp-content/uploads/2022/08/Frame-52-2.png Latest Technology Education News | PBS+ http://pearsonblueskies.com 32 32 Embracing the Future: Cutting-Edge Technologies http://pearsonblueskies.com/educational/technology-education/embracing-the-future-cutting-edge-technologies/ http://pearsonblueskies.com/educational/technology-education/embracing-the-future-cutting-edge-technologies/#respond Sat, 18 Nov 2023 14:29:43 +0000 https://pearsonblueskies.com/?p=2862 It’s important to keep up with the most recent improvements in technology since in this day and age, they’re not just inventions but lifelines that are changing the globe. We…

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It’s important to keep up with the most recent improvements in technology since in this day and age, they’re not just inventions but lifelines that are changing the globe. We explore several innovative technology today that are not only altering the game but also reshaping our future.

Contents

AI and Machine Learning’s Power

At the vanguard of technological advancement are machine learning (ML) and artificial intelligence (AI). By letting computers to learn from data, become better over time, and make judgments with little assistance from humans, these technologies are completely changing a number of sectors. The effect is wide-ranging, ranging from the automotive industry—where self-driving vehicles are becoming a reality—to healthcare, where AI-driven diagnostics are saving lives. Key players in this field include:

  • Google DeepMind: Known for projects like AlphaFold, which has made significant breakthroughs in protein folding.
  • IBM Watson: Renowned for its ability to process vast amounts of data, aiding industries from healthcare to finance.

Quantum Computing’s Ascent

Another emerging field that has the potential to completely transform how we solve problems is quantum computing. Through the use of quantum physics, these computers are able to do intricate computations at rates that are unthinkable for conventional computers. This increase in processing capacity may result in advances in financial modeling, medicinal development, and climate modeling. Quantum computing is being pioneered by:

  • Google’s Sycamore: Which claimed “quantum supremacy” by performing complex calculations at unprecedented speeds.
  • IBM Quantum Computers: Focused on making quantum technology more accessible to researchers worldwide.

Connectivity of IoT

Everyday things are being transformed into smart, networked gadgets via the Internet of Things (IoT). IoT is connecting and intelligently managing our environment, from smart cities that better control traffic flow to smart homes that maximize energy consumption. Convenience is not the only goal of this integration; another goal is to develop systems that are more environmentally friendly and sensitive to human needs. The Internet of Things is transforming our daily lives, with companies like:

  • Amazon Echo: Leading the smart home device market, revolutionizing how we interact with our homes.
  • Google Nest: Offering advanced home management through voice-activated assistants and smart thermostats.

Technological Progress in Renewable Energy

Technologies based on renewable energy are essential to the battle against climate change. Renewable energy sources are becoming increasingly practical and economical due to advancements in energy storage technology, solar and wind energy, and other areas. This change contributes to a sustainable and energy-secure future in addition to lowering our carbon impact. Renewable energy technologies are crucial for a sustainable future, with companies like:

  • Tesla’s Solar Roof and Powerwall: Reshaping home energy generation and storage.
  • Vestas and Siemens Gamesa: Being global leaders in wind turbine technology.

The Biotechnology Revolution

Another area that is seeing fast breakthroughs is biotechnology. Biotech is paving the way for new developments in healthcare, including customized therapy and gene editing. With the potential to increase human lifespans and cure illnesses that were thought to be incurable, these technologies represent a major advancement in medical research. Biotechnology is witnessing rapid advancements, especially with:

  • CRISPR Therapeutics and Editas Medicine: Pioneering in gene-editing and exploring treatments for genetic diseases.
  • 23andMe and Ancestry.com: Making genetic testing more accessible to the public.

The Robotics Evolution

The field of robotics is developing at a rate never seen before. Robotics is becoming a vital aspect of our lives, from industrial robots that improve production efficiency to service robots that help in homes and hospital settings. These developments go beyond automation; they also include building devices that can collaborate with us to improve our capacities with companies such as:

  • Boston Dynamics: Known for their advanced robots like Atlas and Spot, demonstrating remarkable mobility and balance.
  • KUKA and ABB: Leading the industrial sector in automating manufacturing processes with sophisticated robotic systems.

The Effect on Civilization

These technologies provide difficulties in addition to their many advantages. Concerns about security, privacy, and the moral implications of biotechnology and artificial intelligence are at the top of the social agenda. To guarantee a future that is both technologically and socially advanced, it is imperative that, as we embrace new advancements, we also confront these concerns. As we embrace these technologies, ethical considerations are paramount, with organizations like OpenAI and DeepMind focusing on responsible AI development.

In Summary

Being a part of the fast-paced technology sphere of development is an exciting moment to be in. It’s critical to comprehend these developments’ potential and be ready for their effects as we see them happen. These technologies are catalysts for a better, more effective, and more sustainable future—they are more than simply tools. Let’s welcome this shift with hope and be open to making adjustments so that technology keeps improving our environment.

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]]> http://pearsonblueskies.com/educational/technology-education/embracing-the-future-cutting-edge-technologies/feed/ 0 2862 How to Stay Relevant and Secure in Your Job http://pearsonblueskies.com/educational/technology-education/how-to-stay-relevant-and-secure-in-your-job/ http://pearsonblueskies.com/educational/technology-education/how-to-stay-relevant-and-secure-in-your-job/#respond Mon, 13 Nov 2023 19:20:36 +0000 https://pearsonblueskies.com/?p=2842 Remaining relevant in your work has become more important than ever in the fast-paced world of today, when change is the only constant. The nature of employment is changing quickly…

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Remaining relevant in your work has become more important than ever in the fast-paced world of today, when change is the only constant. The nature of employment is changing quickly due to the increase in remote work and flexible work schedules. This essay explores practical methods for thriving in these dynamic times and retaining your work. It emphasizes the need of ongoing education, flexibility, and being competitive in the labor market.

Table of Contents

1. Accepting Lifelong Learning as a Journey

Continuous learning is the key to staying ahead in your job. This does not imply obtaining many degrees. Instead, it’s about keeping up with industry trends, acquiring new skills, and being open to learning opportunities. Knowledge-rich resources include YouTube videos, seminars, and online courses. Recall that being a perpetual learner is not only advantageous but also essential for professional advancement.

2. Fostering a Flexible Work Culture: Beyond Remote Employment

There is more to flexibility than simply being able to work from home. Getting used to different work environments—remote, hybrid, or conventional office settings—is the key. While flexible work schedules are becoming more and more common, real job security comes from being able to adjust to any kind of work environment.

3. Using Technology to Your Advantage in the Digital Era

Regardless of your profession, it’s essential to comprehend and use technology. Tech-savvy may help you stand out, whether it’s by learning new software, comprehending data analytics, or even knowing the fundamentals of coding. Remaining computer savvy is a proven method to remain current in a world where “digital” is the keyword.

4. Networking: Creating Connections Within Your Sector

Don’t undervalue the importance of networking. It takes more than simply using LinkedIn often and going to events. True networking is establishing deep connections inside your sector. These relationships may open up new doors, provide industry insights, and even support during difficult career periods.

5. Personal Branding: Making an Impression in a Cutthroat Employment Market

Developing a personal brand is crucial. This means showcasing your unique skills and experiences through various platforms. Make sure your personal brand aligns with your career goals, whether it be via a blog, LinkedIn profile, or online portfolio.

6. Keeping an Eye on the Pulse: Maintaining Knowledge

To not lose your job, you need to know what’s happening in your industry. Keep up with the newest trends, follow influential people on social media, and subscribe to newsletters. By taking the initiative, you not only broaden your knowledge but also demonstrate your dedication to your subject.

7. Emotional Intelligence: The Underrated Skill in the Workplace

Emotional intelligence – the ability to understand and manage your emotions and those of others – is becoming increasingly important in the workplace. It helps in building strong work relationships, managing stress, and navigating workplace dynamics.

8. Goal Setting: Charting Your Career Path

Set clear, achievable goals for your career. Whether it’s learning a new skill every quarter or aiming for a leadership role, having defined goals gives you a sense of direction and purpose in your career journey.

Conclusion

In conclusion, keeping your job and progressing in your career in these dynamic times requires a multifaceted approach. From embracing continuous learning to understanding the importance of emotional intelligence, the strategies discussed here are your toolkit for success. Remember, it’s about being proactive, adaptable, and always ready to learn. By following these principles, you can ensure that you not only keep your job but also excel in it, no matter how the times change.

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]]> http://pearsonblueskies.com/educational/technology-education/how-to-stay-relevant-and-secure-in-your-job/feed/ 0 2842 How technology is changing education http://pearsonblueskies.com/educational/technology-education/how-technology-is-changing-education/ http://pearsonblueskies.com/educational/technology-education/how-technology-is-changing-education/#respond Tue, 07 Nov 2023 22:58:27 +0000 https://pearsonblueskies.com/?p=2806 The digital revolution has transformed education, with AI, VR, and AR changing the learning experience. Cutting-edge technology provide individualized, immersive, and interactive learning environments, which are changing educational paradigms. We…

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The digital revolution has transformed education, with AI, VR, and AR changing the learning experience. Cutting-edge technology provide individualized, immersive, and interactive learning environments, which are changing educational paradigms. We look at how these technologies are changing the classroom and preparing students for the digital economy of the future.

How AI is changing education

How AI is changing education

How AI is changing education

The days of the conventional, one-size-fits-all educational strategy are long gone. An age of customized learning has begun with the introduction of artificial intelligence (AI) into the classroom, where AI is used to customize the curriculum to each student’s unique requirements. Every student’s learning path is as unique as they are thanks to AI’s tailored approach.

  • Tailored lesson plans to meet the requirements of each unique learner
  • AI-powered evaluations to monitor development
  • Learning management systems that adjust based on student performance

How VR is changing education

Learners’ interactions with information are changing as a result of virtual reality. Students may travel to far-off galaxies or historical civilizations by wearing VR headsets, which makes every class an engaging, hands-on experience. Beyond the boundaries of the classroom, virtual reality education allows for deeper knowledge and the kindling of a love for learning that lasts a lifetime.

  • VR-powered immersive educational experiences
  • Increased involvement in interactive models
  • Virtual exploration of scientific and historical surroundings

How AR is changing education

Traditional educational materials are being given new life by augmented reality, which adds an interactive element that pops off the page. Lessons become more interactive and interesting when static photos suddenly become amazing three-dimensional objects in front of the pupils. In education, augmented reality is more than just a new idea—it’s an effective tool for bridging the conceptual divide with practical comprehension.

  • AR apps that make learning more dynamic and engaging
  • Interactive 3D models that enhance textbook information
  • Augmented reality-based gamified learning experiences

How to prepare students for the future with technology education

It is impossible to overestimate the significance of incorporating technology into education in an increasingly digital environment. Our goal is to provide students with the technical know-how and critical thinking skills necessary to successfully navigate and influence the digital world. Our educational institutions are adjusting to the rapid advancement of technology so that our graduates will be leaders in the digital era rather than just participants.

  • Incorporating digital tools and platforms into curricula to foster critical thinking and digital literacy
  • Initiatives that support creativity and leadership in the digital sphere

What knowledge is needed for success in a technologically-oriented economy

Data analysis, coding, and digital literacy are becoming essential skills in the digital economy. Soft talents like creativity, problem-solving, and cooperation are equally important. These skills are now necessary for success in a world where technology is as pervasive as the air we breathe. They are no longer optional.

  • The importance of digital literacy as a core competency
  • Prioritize mastery in coding and data analysis.
  • Development of soft skills such as creativity, teamwork, and problem-solving

Job prospects for technology education graduates

For anyone starting out on a career in technological education, the future is aglow with opportunities. There are many and fascinating employment options available, ranging from data analysis to AI invention. These grads have the potential to have a big impact and change the future; they are not only looking for work.

  • A wide range of opportunities for careers in developing technologies
  • lucrative positions in data science and AI development
  • Prospects for entrepreneurs that are tech-savvy

What professions are in high demand for technology education graduates

The rapid progress of the digital revolution has led to an increase in the need for professionals in the fields of cybersecurity, cloud computing, and AR/VR design. These sectors are at the forefront and are hungry for the knowledge of people with advanced technological education.

  • Occupations in cyberspace safeguarding against online dangers
  • Opportunities for infrastructure and cloud services
  • Novel positions in the design and production of AR/VR content

What skills and knowledge are required to obtain a technology-related profession

In order to succeed in the fast-paced field of technology, one has to have an attitude of constant learning and flexibility. It is essential to comprehend the intricacies of user experience design, the business savvy required to sell advances, and the moral implications of artificial intelligence.

  • Adaptability and lifelong learning in a changing technological environment
  • Marketing and business acumen for IT entrepreneurs
  • Ethical issues and appropriate technology usage

The Digital Classroom: A Discovering Journey

Enter the contemporary classroom, a haven of endless possibilities and technological enrichment. Every class is an adventure, every graduate is a potential trailblazer prepared to take on the digital world, and every student is on the verge of discovery. Welcome to the era of digital learning, when acquiring knowledge is a lifetime journey of discovery rather than only memorizing facts.

  • An abundant supply of digital tools and materials in the classroom
  • A curriculum that reflects the diversity and vibrancy of the pupils it teaches
  • A dedication to preparing pupils for lifelong study and exploration in the digital era

Conclusion

As we approach an educational renaissance, technology is our guide across the huge ocean of information. From individualized lesson planning with AI to the limitless horizons of VR and AR, technology is the new educator, mentor, and portal to possibilities beyond the classroom. This essay has explored how technology education prepares kids for a bright and limitless future, making them active pilots in the digital era. Our learning will change with technology, guiding us toward innovation and excellence.

  1. Q1: How is AI changing the educational landscape for students?

    A1: AI is personalizing learning by adapting to individual student’s needs, offering customized lesson plans and assessments, and facilitating a more engaging and effective learning experience.

  2. Q2: What role does virtual reality play in modern education?

    A2: Virtual reality (VR) transforms traditional learning, allowing students to immerse themselves in historical, scientific, and geographical explorations, thus enriching their understanding and engagement.

  3. Q3: Why is augmented reality significant in today’s classrooms?

    A3: Augmented reality (AR) brings a new dimension to learning materials, turning static images into interactive, 3D experiences that enhance comprehension and engagement.

  4. Q4: What skills do students need to thrive in the digital economy?

    A4: Beyond coding and data analysis, students need digital literacy, critical thinking, creativity, and collaborative skills to succeed in the technology-driven job market.

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]]> http://pearsonblueskies.com/educational/technology-education/how-technology-is-changing-education/feed/ 0 2806 Fundamentals of Machine Learning: Simple Language About the Complex http://pearsonblueskies.com/educational/technology-education/fundamentals-of-machine-learning-simple-language-about-the-complex/ http://pearsonblueskies.com/educational/technology-education/fundamentals-of-machine-learning-simple-language-about-the-complex/#respond Sun, 05 Nov 2023 19:49:09 +0000 https://pearsonblueskies.com/?p=2748 Table of Contents An Overview of Machine Learning Knowledge Essential Components of Artificial Intelligence Types of Machine Learning Artificial Intelligence in Daily Life The Method of Machine Learning The Difficulties…

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An Overview of Machine Learning Knowledge

The way that robots interact with people and their environment is being revolutionized by the science of machine learning, which is thriving at the intersection of algorithms and data. Before we go into the specifics, let’s use common analogies to demystify the many layers of machine learning and establish the foundation for a better understanding.

Essential Components of Artificial Intelligence

Before diving into machine learning basics, it’s important to comprehend how these components function together, like the pieces of a complex jigsaw. Developing a system that is capable of learning from data requires each of these components. Let’s examine these elements in more detail:

  • Data is the foundation of any machine learning. Without data, the algorithms could not learn anything.
  • The methods or processes that machines employ to “learn” from data are known as algorithms.
  • Examples: A machine learning system uses a model to forecast or make a decision after learning from the data.
  • Predictions: The ultimate goal is to provide accurate estimations or judgements based on recently acquired, unexpected facts.

Types of Machine Learning

As we get deeper into the topic of machine learning, it’s imperative that we understand the various methodologies. The following methods are crucial for determining how an AI system will handle and react to new data:

  • Supervised Learning: Just as students learn from an instructor, computers may also learn the correlations between input data and output by using labeled examples.
  • Unsupervised Learning: Here, the machine takes on the role of an explorer, trying to make sense of unknown land without a map and finding patterns in unlabeled data.
  • Reinforcement learning: This type of learning includes interpreting behavior based on its outcomes, and it is similar to teaching a pet through rewards and punishments.
Machine Learning

 

Artificial Intelligence in Daily Life

To completely grasp the breadth and complexity of machine learning, let’s examine some instances of its use in scenarios that most of us are familiar with:

  • Email Filtering: Your email client’s spam-filtering functionality functions similarly to an intelligent system that gains knowledge from the emails you mark as spam and those you don’t.
  • Recommendation systems: Much like an intelligent friend recommends books, a machine learning system suggests movies, songs, or other goods based on your past likes and dislikes.

The Method of Machine Learning

Launching a machine learning project is like launching a scientific research effort. It requires a systematic approach, where each step is essential to the next to ensure accurate and effective learning:

  • The practice of gathering and cleaning data is the initial step in machine learning.
  • Following that is the selection of a model or algorithm to interpret the data.
  • Then, the model is trained with a dataset to learn from patterns or features.
  • The ultimate step is testing the model with new data to evaluate its effectiveness.

The Difficulties of Machine Learning

Although machine learning can provide immense benefits, it is not without challenges:

  • Data quality: Poor data quality can lead to incorrect or biased learning outcomes.
  • Complexity: Creating models that can handle the intricate nature of real-world data is not simple.
  • Expectations: Sometimes the public’s or an organization’s expectations of what machine learning can do are not realistic.

The Development of Artificial Intelligence

The progress in AI and machine learning is rapid, and it’s transforming numerous fields such as healthcare, finance, and transportation:

  • In healthcare, algorithms can assist in diagnosing diseases more quickly and accurately than ever before.
  • In finance, they are used to detect fraudulent activities and automate trading strategies.
  • And in transportation, machine learning is at the heart of developing autonomous vehicles.

Prospects for Machine Learning in the Future

Looking ahead, the potential of machine learning is vast. Here’s what we can anticipate:

  • Advancements in AI will lead to more personalized and efficient services.
  • There will be significant improvements in the quality of life with smart systems handling complex tasks.
  • However, it’s also essential to navigate the ethical considerations and ensure AI benefits society as a whole.
Machine Learning

 

The Finest Methods for Machine Learning

To excel in machine learning, the following best practices are recommended:

  • Start with a clear and feasible objective in mind.
  • Ensure the data is of high quality and representative of the problem you are trying to solve.
  • Iterate on your models and always seek to improve them with new data.

To sum up

Machine learning is a crucial element in the ever-evolving area of artificial intelligence that continuously affects how robots enhance human quality of life. Like all forms of learning, machine learning involves constant exploration, development, and adaptation.

Section Key Points
Overview Machine learning bridges algorithms and data, enhancing human-machine interaction.
Fundamentals Data, algorithms, models, and predictions are the building blocks of ML.
Types of Machine Learning Supervised, unsupervised, and reinforcement learning are core approaches.
Everyday Examples Email filtering, recommendation systems illustrate ML’s real-world applications.
The Machine Learning Process Involves data collection, preparation, model selection, training, and evaluation.
Challenges Includes data quality, algorithm selection, and model fitting.
Progress and Future Deep learning and NLP are advancing ML, with broad future applications.
Best Practices Adhering to proven methods ensures optimal ML performance.

FAQ

  1. Q: What is machine learning?

    A: Machine learning is a branch of artificial intelligence that focuses on building systems that can learn from and make decisions based on data.

  2. Q: Why is data important in machine learning?

    A: Data is fundamental to machine learning because algorithms use data to detect patterns, make decisions, and improve their performance over time.

  3. Q: Can you explain supervised learning?

    A: Supervised learning is a type of machine learning where the algorithm is trained on labeled data, which means that the input data is paired with the correct output.

  4. Q: What is the difference between supervised and unsupervised learning?

    A: The main difference is that supervised learning uses labeled data to train the algorithm, while unsupervised learning works with unlabeled data, leaving the algorithm to find structure on its own.

  5. Q: What are some common challenges in machine learning?

    A: Common challenges include dealing with low-quality data, choosing the right algorithm, and avoiding overfitting or underfitting the model.

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]]> http://pearsonblueskies.com/educational/technology-education/fundamentals-of-machine-learning-simple-language-about-the-complex/feed/ 0 2748 Distance learning technologies: which tools to use online http://pearsonblueskies.com/2011/why-contradiction-is-and-always-will-be-higher-educations-great-strength/ Sun, 04 Sep 2022 19:59:45 +0000 https://pearsonblueskies.com/?p=1989 Online learning has evolved significantly since its early days. Today, it is a way to learn important skills at your own pace and at a much cheaper price. The distance…

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]]> Online learning has evolved significantly since its early days. Today, it is a way to learn important skills at your own pace and at a much cheaper price. The distance learning technology available to us now is on a whole new level and available from any device with an internet connection.

What is distance learning technology?

Not long ago, in terms of higher education, distance learning was not the best option. It was limited to only a few companies and schools. Nowadays, however, it is a major choice for educators and students alike as it provides with much needed flexibility.

Many people still think of online learning as distance learning, but it’s a much broader concept – including MOOCs, microlearning, and more.Distance learning technologies are a collection of the latest information methods and forms of development that enable the learning process to take place at a distance. Distance can no longer prevent live communication, interactivity and practical experience because everything is done through audio or video.

From an educational point of view, e-learning offers students the choice to either participate in lectures by interacting live on the web (synchronous), or participate anytime anywhere without being limited to a specific time (asynchronous).

woman in white shirt using smartphone

History of e-learning

Distance learning is a form of education that has been around for many years and the first steps were made in the early 19th century. Distance learning used to be exclusively offline and consisted primarily of correspondence courses. However, now more and more colleges offer virtual classes as well. Distance education began around the same time that correspondence courses were introduced at conventional schools. The idea of open access to education was popular because it provided people with different beliefs, statuses, and cultural backgrounds the opportunity to study.

Radio and TV were Post’s competitors in the past century. Listening to lectures, watching lectures on TV.At the end of the 1999, Russia started using distance learning, and it was still the teacher that delivered information. One of the first pieces of technology that facilitated distance learning was the World Wide Web. With this, online resources like blogs, wikis and videos now allowed for interaction and feedback from teachers which in turn made for a more dynamic educational space.

Today, distance learning is no longer an auxiliary form of learning. Video lessons posted on the internet no longer attract people as much. New online courses are not without feedback, analysis of results and checking the effectiveness of students’ progress.

As distance education expands, it’s now entering the corporate culture field.60% of young professionals prefer an employer that offers training opportunities to its employees. In a time when sick-leave & lack of jobs are on the rise, on-the-job distance learning is becoming more popular by the day and will only continue to grow in popularity.

7 advantages of distance technology over face-to-face

Distance learning is the future. It not just a cliché, it’s a reality with many benefits like being more accessible to students and office workers, saving time and money in transportation costs. In the case of schoolchildren, they can enjoy their free time while they watch educational videos on TV instead of studying at home.

  • Learning from anywhere in the world and at any time makes learning accessible for people with different accessibility needs. They include those living in remote areas, foreigners and people with disabilities.
  • Reduced operating costs for businesses. Eliminates the need to rent rooms, and ‘check out’ an overseas coach. And of course, saves on travel expenses too!
  • You can schedule course sessions to be completed on the client’s own time, whether at home, during lunchtime or after work hours. This means that business schedules won’t be disrupted which is important for both employees and employers.
  • You can train numerous employees or students from different regions at the same time and you don’t have to worry about not having enough rooms as long as they are on different locations.
  • Training material is stored in a shared database, which each participant can access.
  • Analysis of the training process is done automatically with the given charts, reports and monitoring.
  • Continuous individual training helps your employees stay in-tune for the future labour market requirements and can help improve demand.

A separate article with more information on the advantages of online format is available here.

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