Tag Archives: AI

7 November 2023
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AI, Blockchain, Business

Unpacking Artificial Intelligence in Education

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Benefits

AI’s integration into education has opened the doors to a new era of learning. As mentioned in a recent Education Next article, AI carries enormous promises for the education sector. One of the most significant benefits is personalization. AI algorithms can adapt to the unique needs of each student, providing tailored learning experiences. This means that learners can progress at their own pace, receiving additional support in areas where they struggle and advancing more quickly in subjects they excel in. The result? Improved learning outcomes and a more engaged, motivated student body.

Furthermore, AI can assist educators in identifying students who may need additional help or specialized learning plans. This early intervention can be a game-changer, preventing students from falling behind and ensuring that no one is left out. These advancements align with the goals of creating more inclusive and equitable education systems.

Consequences

However, as AI becomes more integrated into educational settings, so too do its biases. A thought-provoking piece from Brookings highlights the risks associated with AI in education. AI systems learn from data, and if that data contains biases, the AI systems can perpetuate those biases. This means that students from historically marginalized groups may face discrimination in grading, recommendations, or access to educational resources.

Another concern is the depersonalization of learning. Relying too heavily on AI can lead to a lack of human interaction and emotional connection, potentially stunting social and emotional development.

Where It’s Heading

The future of AI in education is incredibly promising. AI’s influence extends far beyond personalized learning. As detailed in The New York Times, AI chatbots are becoming increasingly prevalent in the college application process. These chatbots assist both students and admissions officers by providing instant support and answers to common queries, streamlining the application process, and offering a glimpse into what future interactions with AI in education might look like.

Moreover, AI’s role in professional development is expanding. According to Voice of America News, AI tools can both aid and hinder worker performance. With careful implementation, they have the potential to create more efficient, productive, and adaptable workforces.

Who Is Using AI in Education

AI in education is not just a futuristic concept. In reality, many institutions, from primary schools to universities, are already embracing this technology. Many are leveraging AI to optimize administrative tasks, like scheduling and resource allocation. These efforts create more time for teachers and staff to focus on instruction and support for students.

Some pioneering schools have adopted AI-driven edtech solutions in the classroom. They offer personalized learning experiences, interactive lessons, and immediate feedback. This empowers teachers to become mentors, guiding students on their educational journeys.

How It Will Look in the Future

Looking ahead, AI in education is set to revolutionize the way we learn, teach, and administer educational institutions. We can expect more personalized, inclusive, and efficient education systems. However, the road ahead requires vigilance. Addressing the biases that AI can inherit from data and ensuring that ethical considerations are prioritized will be paramount.

As AI becomes more integrated into classrooms, we should also strive to maintain a balance between human interaction and technology. While AI can enhance learning experiences, the personal touch of educators remains invaluable.

Thoughts

In conclusion, AI in education is a double-edged sword. It offers tremendous benefits in terms of personalized learning, early intervention, and efficiency. Yet, the risks of perpetuating biases and depersonalization are very real. To harness the power of AI for good, education institutions, policymakers, and technology developers must work hand in hand to ensure that this powerful tool becomes a force for positive change. As we look to the future, it’s clear that AI will play an increasingly significant role in education, transforming the way we learn and teach, but it’s essential that we do so responsibly and with an eye toward equity and inclusion.

https://www.educationnext.org/a-i-in-education-leap-into-new-era-machine-intelligence-carries-risks-challenges-promises/

https://www.brookings.edu/articles/ai-is-coming-to-schools-and-if-were-not-careful-so-will-its-biases/

https://learningenglish.voanews.com/a/study-finds-ai-tools-help-but-also-hurt-worker-performance/7296498.html

https://www.nytimes.com/2023/09/01/technology/ai-chatbots-college-applications.html

https://www.foxnews.com/opinion/ai-how-plan-use-help-hurt-students

Engine used: ChatGPT 3.5

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6 November 2023
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Grok AI: Elon Musk’s Ambitious Play in the AI Landscape

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In a landscape crowded with AI contenders, Elon Musk’s xAI has thrown down the gauntlet with Grok AI. This isn’t just another chatbot; it’s a brazen challenge to the status quo, armed with real-time data from X and an unapologetically bold personality. Grok has emerged from the lab with a mission: to show the world that AI can be as quick-witted as it is intelligent.

The AI arena is a battleground of innovation where Grok is quickly making its mark. It’s not just about processing power; it’s about character, and Grok has it in spades. While it’s still early days, preliminary benchmarks are promising—Grok scored a commendable 59% on the Hungarian National High School Math Exam, showcasing its potential. It’s a significant stride forward, especially when placed against the backdrop of its predecessors.

Grok is the product of a rapid, intensive development process, crafted by experts from the likes of Google DeepMind and Microsoft. It’s Musk’s answer to a market that craves not just answers but interaction. In the world of benchmarks and byte-sized victories, Grok has already showcased a surprising edge, outperforming GPT-3.5 in certain academic evaluations and proving its mettle against other formidable AI models in tasks ranging from Python coding to middle school math problems.

Elon Musk’s foray into AI with Grok is a calculated risk. It’s a balancing act between Musk’s public apprehension about AI’s dangers and his drive to innovate. Grok represents a new chapter in Musk’s business narrative, one that might seem at odds with his previous warnings about AI. Yet, it’s a testament to his belief in pushing boundaries. Musk’s gamble on Grok is a bid to capture both the imagination and the market share, with X’s “Premium+” service as its launchpad.

Grok AI has entered the tech scene with a flourish, promising not only to answer our queries but to do so with a discernible twinkle in its digital eye. As Musk’s latest venture in the competitive AI race, Grok stands out not only for its technological prowess but also for its distinctive personality. Whether Grok will ascend to AI royalty or remain a court jester in the public eye remains to be seen. Yet, one thing is clear: in the game of AI chess, Musk is playing his queen boldly.

Sources:

  1. Elon Musk releases new AI chatbot ‘Grok’ in bid to take on ChatGPT (ft.com)
  2. Elon Musk debuts ‘Grok’ AI bot to rival ChatGPT, others (cnbc.com)
  3. Announcing Grok (x.ai)
  4. Elon Musk warns senators of the ‘civilizational risk’ AI poses (nbcnews.com)
  5. Elon Musk warns AI could cause ‘civilization destruction’ even as he invests in it | CNN Business
  6. https://chat.openai.com/share/cc7d0246-1429-4e06-92bd-c4a17560a811
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6 November 2023
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From Farm to Table: How AI is Revolutionizing Food Waste Management

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Source: www.fox16.com

The Enormity of Food Waste: A Global Challenge

Food waste is a massive issue worldwide, impacting both rich and poor countries. Around 35% of the food produced ends up unsold or uneaten, causing significant economic, environmental, and social problems. In the United States, supermarkets are responsible for more than 10% of this surplus food, roughly 10.5 million tons annually. The causes are diverse, from date labels, handling mistakes, and spoilage to overordering due to consumers wanting perfect-looking produce. This leads to not only wasted food but also higher costs and more greenhouse gas emissions when discarded food goes to landfills.

AI-Powered Agriculture: Reducing Farm Food Loss

Farms are using AI to tackle food waste at its source. AI tools, like drones, sensors, and smart farm equipment, provide real-time info on soil health, crop status, and weather. Farmers use this data to make smart decisions on where to grow crops, when to plant, harvest, and rotate crops. AI also helps predict when crops are ready for harvest, reducing the risk of picking them too early. Plus, AI can identify helpful microbes to boost crop growth without synthetic fertilizers. These AI innovations in agriculture could change traditional practices and cut down on food loss before it reaches the market.

AI in Food Management: A Multifaceted Approach

In food management, AI offers a flexible way to fight food waste. Companies like Food Cowboy and Winnow show how AI can make a difference. Food Cowboy’s app connects farmers, food banks, and stores to redistribute surplus food, saving it from being wasted. Winnow’s smart meter in commercial kitchens uses AI to track food waste and suggests changes in portion sizes and menu items. But AI in food management also comes with challenges. It might unintentionally reinforce biases in resource distribution and lead to job losses in the food industry. So, it’s vital to consider ethical data use and involve various stakeholders in creating fair and responsible AI solutions.

Retail Revolution: AI and Predictive Analytics in Food Waste Management

In the retail world, AI and predictive analytics are changing the game in food waste management. By digging deep into sales data and considering various factors like weather, local events, and social trends, AI gives a full picture of consumer demand. It can even predict demand with precision. AI also adjusts prices in real-time, ensuring products close to their expiry date get sold instead of being thrown away. Yet, this shift isn’t without its challenges. It requires retailers to embrace data-driven decisions and move away from old pricing strategies. Plus, AI-driven pricing must find the right balance between profit and reducing food waste. By addressing these challenges and leveraging data’s power, AI is making waves in tackling food waste in the retail sector, aligning with global sustainability and ethical concerns about wasted food.

Sources:

  1. https://www.analyticsvidhya.com/blog/2023/01/food-waste-management-ai-driven-food-waste-technologies/
  2. https://www.techopedia.com/how-ai-can-help-minimize-food-waste-in-commercial-kitchens
  3. https://paccoastcollab.wpenginepowered.com/wp-content/uploads/2022/12/PCFWC-Case-Study_AI_Final.pdf
  4. https://linkretail.com/ai-and-predictive-analytics-pioneering-food-waste-management-solutions-in-retail/
  5. https://www.mckinsey.com/capabilities/sustainability/our-insights/sustainability-blog/how-ai-can-unlock-a-127b-opportunity-by-reducing-food-waste
  6. Chat GPT – https://chat.openai.com/share/41cdb22d-f925-4469-9407-110ae2acf7f4
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5 November 2023
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AI’s Usage in Modern Warfare

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Modern warfare is rapidly changing in an era of fast technological progress and international political complications. Artificial intelligence is a driving force in this transformation, transforming the approaches and manoeuvres used by military organisations around the world. The impact of AI in modern warfare is without any doubt revolutionary, from autonomous drones to predictive analytics, and from cybersecurity to decision-making support systems.

The digitalisation of warfare is drastically changing how armed forces prepare for, participate in, and respond to conflicts. The convergence of advanced technology and military operations has resulted in a new era in which artificial intelligence is a game changer. The question is no longer whether AI will become an important component of military strategies but rather, it is a matter of how quickly and efficiently nations can adapt to the use of this transformative force.

Autonomous drones, for example, have grown to be a key element of cutting-edge army arsenals. These AI-managed planes can carry out a huge variety of missions, from reconnaissance and surveillance to precision strikes, with exceptional performance and accuracy. These drones make the attain and effectiveness of army forces, decreasing the hazard to human employees because of their capacity to quickly adjust to converting battlefield situations in actual time.

Another element of AI’s effect is predictive analytics, which allows military decision-makers to anticipate threats and opportunities. AI algorithms sift through huge datasets searching out anomalies to help commanders in making knowledgeable decisions. Predictive analytics is converting the military leader’s plan and executing operations by supporting them in predicting enemy movements, assessing the probability of battle escalation, and optimising chain logistics delivery.

The position of AI in enhancing cybersecurity is likewise important.  In a world where cyber-assaults are as risky as conventional warfare, AI-powered structures function as the primary line of defence. They use real-time detection and interception of cyber threats to guard touchy army data, communique networks, and important infrastructure. AI’s adaptive and self-learning nature is particularly suited to the ever-evolving tactics employed by cyber adversaries.

In conclusion, artificial intelligence is reshaping modern warfare by introducing unprecedented breakthroughs and revolutionising military tactics. Through the use of autonomous drone technology, predictive analytics, and cybersecurity defence, its implementation results in enhanced proficiency. However, the use of AI in the military raises ethical and automation concerns, necessitating international cooperation and policy development. The incorporation of AI into military operations represents more than a mere technological advancement it is a significant change in the dynamics of warfare. This improvement will have an effect on history, adjust defence strategies, and have an effect on international security.

Sources:

https://www.justsecurity.org/89033/ai-and-the-future-of-drone-warfare-risks-and-recommendations/

https://emerj.com/ai-sector-overviews/predictive-analytics-in-the-military-current-applications/

https://www.nato.int/docu/review/articles/2017/07/28/autonomous-military-drones-no-longer-science-fiction/index.html

Ai engine: ChatGPT 3.5

Pictures:

https://www.techslang.com/military-artificial-intelligence-in-the-battlefield/

https://www.nato.int/docu/review/articles/2017/07/28/autonomous-military-drones-no-longer-science-fiction/index.html

https://www.thestar.com.my/starpicks/2023/06/27/tackling-cybersecurity-challenges
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2 November 2023
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AI, Business

Food delivery robots on the streets

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A technical advancement in the food service and delivery sector are food delivery robots. The employment of automated food delivery systems in urban areas across the globe is a fascinating and innovative trend. These robots are made to carry out autonomous food deliveries for clients, providing efficiency and convenience.

The goal of such an unusual transportation of food is to provide faster delivery and minimize risks when delivering orders: avoid traffic jams, accidents, errors, or simply guarantee suppliers to restaurants and stores.

Advantages:

Advertisement: Food delivery robots are a great way of marketing for a brand and they instantly attract the attention of clients. They ensure the arrival of new customers and many orders.

Contactless delivery: In situations like the COVID-19 pandemic, food delivery robots can help facilitate contactless deliveries, which may be more hygienic and reduce the risk of transmission.

Efficiency: Food delivery robots can operate autonomously and follow programmed routes, which can make the delivery process more efficient and reliable.

Environmental impact: Depending on their design and power source, these robots can be more environmentally friendly than traditional delivery vehicles, particularly if they are electric and produce fewer emissions.

Considerations:

Safety: Ensuring the safety of food delivery robots is crucial, both for pedestrians and the robots themselves. These robots should be equipped with sensors and software to avoid collisions and navigate urban environments safely.

Regulatory and legal issues: The deployment of autonomous robots on public roads and sidewalks may raise regulatory and legal challenges, including questions about liability in the event of accidents.

Employment implications: While robots can increase delivery efficiency, their introduction may have implications for human employment in the food delivery industry. It’s important to consider how automation impacts the job market.

Maintenance and repair: Like any machinery, food delivery robots require maintenance and repairs. Businesses that use these robots need to have systems in place to ensure their reliability.

Public acceptance: Public acceptance of food delivery robots may vary. Some people may welcome the convenience, while others may have concerns about their presence on sidewalks and streets.

In summary, food delivery robots offer potential benefits in terms of efficiency, convenience, and environmental impact, but they also raise safety, regulatory, employment, and public acceptance considerations. The successful deployment and adoption of these robots will depend on how well these challenges are addressed by businesses, policymakers, and the public.

Sources:

https://warszawa.naszemiasto.pl/na-ulice-warszawy-wyjada-roboty-beda-dostarczac-jedzenie-z/ga/c17-8704971/zd/69336133

https://www.starship.xyz/

https://www.theverge.com/23930378/serve-delivery-robot-la-day-in-life-tiktok

https://bard.google.com/chat

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30 October 2023
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AI

The Tennis revolution – Hawkeye Live Technology

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History

If you have watched a tennis match in the last few years, you may have noticed the absence of one thing that was characteristic of this sport – line umpires. They largely decided the fate of the match by assessing whether a given ball was in or out of the court. Every person makes mistakes, so they were not exceptions either. That is why for several years we have been able to observe the voices calling “out” through loudspeakers that are called by a computer. This is possible thanks to the Hawk-eye Live system.

The basic Hawk-eye system, however, has been present for a long time and is used for challenges – verifying whether the linesman judged the ball correctly or whether he was wrong. The new version of this system was implemented in 2020 during the Grand Slam tournament – US Open. Hawk-eye Live, as this system is called, replaced line judges and detected in real time whether the ball was in or out of the court.

Still some tournament denied using Hawk-eye system during their events. During French Open also called Roland Garros we wont encounter the use of such a system. The officials of the event claimed that there is no point on using Hawk-eye when on a clay court a ball leaves a visible mark where it landed. It makes sense considering that the cost of installing the Hawk-eye system on one court is around $100,000.

How it works?

The Hawk-eye Live system is based on 10 to 18 cameras placed around the entire court, depending on the tournament. These cameras track the ball from several angles. Thanks to this, this system has an error range of up to 5 mm. This is such a small amount that no referee can judge better the accuracy of the ball than the system. The image from the cameras is converted into a 3D animation showing the place where the ball hit during the point. 

Interestingly, these cameras are able to capture foot fault, which is when a player cross or step on the end line during the serve. It’s impressive because each player wears different shoes, of a different size, color or event type. So it is more difficult to track whether the athlete’s foot stepped on the line or not.

Did it improve tennis?

In my opinion, yes. This system means that during matches we can observe fewer situations where a player argues with a referee, which is spoiling the beauty of the game. Every sport evolves and changes to some extent. I think that is a step forward improving the game. Most of the top tennis players thinks mostly the same way. Here are some examples:
– Novak Djokovic said: “The technology is so advanced right now, there is absolutely no reason why you should keep line umpires on the court. That’s my opinion”,
– John McEnroe said: “I think that tennis is one of the few sports where you don’t need umpires or linesmen. If you have this equipment, and it’s accurate, isn’t it nice to know that the correct call’s being made?”

There are some legend players that have a bit different opinion on that topic:
– Rafael Nadal said: “I don’t want to create controversy, but I think the traditional court with line judges looks much nicer”

Is Hawk-eye only present in tennis?

Of course not. Hawk-eye is present in many other sports such as volleyball, football and even basketball. The system is an increasingly common solution used at large tournaments, replacing old and outdated systems. We could see this solution, among others, during many NBA games and Premier League matches.

As a volleyball fan, I hope that in Plusliga we will replace verification from ordinary recordings with much more advanced systems that will automatically verify things that do not require a human to verify.

Sources:

https://pl.wikipedia.org/wiki/Hawk-Eye

http://www.tennisviewmag.com/tennis-view-magazine/article/hawkeye-facts-behind-controversy

https://sarinachewyr10pass.weebly.com/hawk-eye.html

https://www.topendsports.com/sport/tennis/hawkeye.htm

https://www.radiotimes.com/tv/sport/tennis/wimbledon-hawk-eye/

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23 October 2023
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AI

Exploring the Metaverse : A Glimpse Into the Future

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Tolgart/Getty images, retrieved from https://www.wired.com/story/what-is-the-metaverse/

Introduction

Imagine stepping into a digital realm that transcends the boundaries of reality, where you can socialize, work, play, and create without limitations. This concept, known as the “Metaverse,” is rapidly gaining traction in the world of technology and is destined to reshape the way we live and interact. In this brief post, rise of the Metaverse, its potential, and the key drivers behind its development will be discussed.

So what the “Metaverse” really is?

According to David Needle’s article published on TechTarget,
“The metaverse is a vision of what many in the computer industry believe is the next iteration of the internet: a single, shared, immersive, persistent, 3D virtual space where humans experience life in ways they could not in the physical world.”

The Technology Behind It

The Metaverse relies on a combination of technologies, most notably VR headsets, AR glasses, 5G, Blockchain and advanced Artificial Intelligence. These technologies are converging to create a seamless and interactive digital space.

Each of those technologies serves its own, unique purpose which in combination give the experience of being a part of this impressive virtual world:  

1. VR/AR tools are used by users to actually perceive what’s happening in Metaverse
2. 5G Is used to establish strong flow of connection between the server and users.
3. Blockchain allows the whole system to be as decentralized as possible, giving the users a chance to trade and interract freely online.
4. AI is mostly used for chatbots inside of the Metaverse, giving any user in need of help assistance 24/7

 Industry Applications

The potential applications of the Metaverse are limitless. Not bound to just gaming; it has the potential to disrupt multiple industries. For instance:

  • Gaming: Virtual worlds are already popular, but the Metaverse takes it to a whole new level. Companies like Epic Games are heavily investing in this concept.
  • Education: Imagine immersive virtual classrooms and collaborative learning environments.
  • Social Interaction: Social platforms could become fully immersive and three-dimensional, enabling realistic interactions with friends and colleagues.
  • Business: Virtual meetings, conferences, and even remote workspaces can be recreated in a virtual setting.

Challenges and Concerns

As the Metaverse grows in popularity, there are various challenges and concerns to consider:

  • Privacy: The Metaverse will collect a vast amount of personal data, raising concerns about privacy and security. In my point of view, considering already existing controversies surrounding Meta’s users data leaks, they have to be extremely cautious not to let any bit of data slip as it most likely will ruin their reputation even more than it already is.
  • Inclusivity: Not everyone has access to the necessary technology, which could create digital divides.
  • Content Moderation: With user-generated content, ensuring safety and compliance with laws will be a significant challenge.
  • Addiction : A made-up world where any person can live and experience once-in-a-lifetime events, (e.g. A hologram concert of passed away musicians) may lead some people to choose this polished imaginary reality instead of the real world.

 

The Road Ahead

The Metaverse is still in its infancy, but it’s evolving rapidly. Companies like Meta, Epic Games, and others are investing heavily in its development. Expect to see more innovations, new startups, and a growing ecosystem around the Metaverse in the coming years.

Personally, i believe that we haven’t even scratched the surface of what concepts such as Metaverse have to offer. The sole idea of a virtual world, where each and every human may create an avatar to represent themselves however they want and participate in errands and ventures from the comfort of their home, scratches my brain in the best way possible.
The possibilities are endless, both positive and negative.

To get a broad understanding of what may come out of such project, I suggest reading a book called “Ready Player One”

To delve deeper into this fascinating topics surrounding the Metaverse, explore the following sources I used while preparing this post:

https://www.techtarget.com/whatis/feature/The-metaverse-explained-Everything-you-need-to-know

https://www.encora.com/insights/5-technologies-that-are-powering-the-metaverse

https://www.wired.com/story/what-is-the-metaverse/

https://about.fb.com/news/2023/05/economic-potential-of-the-metaverse/

https://www.emerald.com/insight/content/doi/10.1108/JEBDE-09-2022-0036/full/html

As the Metaverse continues to expand and evolve, it promises to revolutionize the way we live, work, and interact in the digital age. Embrace the journey into this exciting new frontier

AI model used :
ChatGPT 3.5

Prompt used :
“I got a task to pass a course, which states that i need to make a post in university’s blog that should reflect on current trends in tech, new technology sharing economy, peer production, e-economy, or more general issues. Can you suggest a topic i can write about and what info to look for during my work?”

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19 October 2023
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AI in Medicine

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Healthcare is one of the most important and in-demand services we have. Tens of millions of patients need diagnosis, treatment, and care daily. However, the declining number of specialists and their limited resources are not always able to perform efficiently. It’s where external help is required, and by now Artificial Intelligence (AI) has facilitated a lot. Let’s have a look on its role in medicine.

                                              The utilization of AI

The application of AI in medicine has two main branches: virtual and physical. The virtual part includes machine learning (mathematical algorithms). It’s applied to collect and manage patient data, improve the accuracy of diagnoses, recommend treatments, and develop medication. Moreover, you can use machine learning to program computers to make connections and predictions and discover critical insights from large amounts of data that health care providers may otherwise miss. The main goal of machine learning is to improve patient outcomes and discover solutions which were unavailable before.

The physical branch includes physical objects, medical devices and sophisticated robots taking part in the delivery of care (carebots). Some robots assist surgeons during complex procedures that require precise movements. Sometimes they also take the role of solo performers. In many cases, robotic surgery reduces the procedure’s invasiveness, which can also lower complications and improve outcomes. AI-driven robotic devices assist patients with tasks like rehabilitation exercises, providing real-time feedback and adapting routines based on the patient’s progress. The aim is to reduce potential life threatening aftermath, save specialists’ time, and give a faster conduction of treatment.

                                                     Conclusion

AI does a great job in saving lives and making medicine more accurate and efficient. Due to its rapid development we can wait for inventions and upgrades. Nevertheless, it all should be done through ensuring solid data privacy and guaranteeing high-quality and accurate solutions for patients.

Sources:

  1. https://www.sciencedirect.com/science/article/abs/pii/S1096288319300816
  2. https://www.who.int/news-room/facts-in-pictures/detail/patient-safety
  3. https://www.coursera.org/articles/machine-learning-in-health-care?utm_medium=sem&utm_source=gg&utm_campaign=B2C_EMEA__coursera_FTCOF_career-academy_pmax-multiple-audiences-country-multi&campaignid=20665163467&adgroupid=&device=c&keyword=&matchtype=&network=x&devicemodel=&adposition=&creativeid=&hide_mobile_promo&gclid=CjwKCAjwp8OpBhAFEiwAG7NaEi7mKzm7WBJJp_p5xHiC77xQ2mYxuOmMXDInA9YPMF9wGf_6w8Z2kxoCU2UQAvD_BwE
  4. https://bmcmedinformdecismak.biomedcentral.com/articles/10.1186/s12911-020-01191-1#Ack1
  5. The information about the role of the robots was partly taken from https://chat.openai.com/c/d26a2b3b-0925-4f2c-ba75-ac72083e9c06
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7 February 2023
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World’s first intelligent aquarium

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We all love to observe and learn new about different things and organisms that inhabit our planet. We do this in a variety of ways, and if we talk about the study of marine organisms, one of the ways is to visit the oceanarium. Usually, near the aquarium there are signs on which basic information about the fish living in this aquarium is written. In a public aquarium full of marine life, it is often difficult to distinguish which species are represented in it. Especially often there is a situation when a child asks his parents about some fish, but they cannot clearly tell and explain all the information to the child. It happens that adults themselves are simply too lazy to read the entire flow of information. Developed by specialists from the Research Institute of Technology in Taiwan AI Aquarium helps to solve all these problems. Artificial intelligence thanks to the tracking of the eyes of observers, the position of fish in the tank and the algorithm for recognizing objects gives out the necessary information and makes the process of observing marine life not only spectacular, but also informative.

The new AI Aquarium is an almost ordinary aquarium with an interactive transparent screen on the outer edge and two cameras. 3D camera aimed at the audience, tracks the movement of the observer’s eyes and determines with high accuracy where his gaze is directed. The second camera is directed inside the tank and covers all its inhabitants. It allows to recognize the location of each fish at any given time. This is possible because of an algorithm that recognizes the object and analyzes the video information from the camera in real time. Next, the algorithm compares the appearance of the animals with their pictures from the database. By comparing the direction of the user’s gaze and the location of the fish, AI Aquarium determines which one a person is looking at. In addition, the system identifies which species the animal belongs to and displays the relevant information on a transparent interactive microLED display. There is also a function to reproduce information in audio format.  According to the Research Institute, the accuracy of the system for recognizing the species and location of fish is very high and is 98%.

The designation of the species of fish appears on the screen in the form of a signature, which is placed directly below the animal in the field of view of a person. If viewers want to know more detailed information about the fish, they can request it with simple hand gestures. The system attributes to each species different gestures that can be seen at the bottom of the screen. At the moment, the first AI Aquarium is available at the National Museum of Marine Science and Technology in Taiwan. At CES 2023, the Industrial Technology Research Institute was awarded the title of one of the leading innovators of the year. AI Aquarium was noted as one of the most striking and creative achievements in the category of “virtual reality”.

I believe that such an AI Aquarium is a step towards a new perception of the tourist business and services. Perhaps in the near future, with the help of artificial intelligence, this area, like many others, will face global changes and access to a new level in the provision of services. I am sure that such an aquarium will become a trend of the present time, as it displays the effect of immersion and the possibility of new interaction between people and exhibits.

In my opinion, artificial intelligence and all the innovations possible thanks to it exist precisely in order to make human life better, to develop us, to open new horizons for us and to expand our boundaries of perception of the world. Artificial intelligence should serve a person. And that’s what this invention is. This aquarium helps to increase the public’s interest in studying the animal world, including the marine.

I’m strongly convinced that the technologies that have been used in the new smart aquarium in the future can be used in other important areas of life, for example, in the field of education or medicine.

In conclusion, it is worth noting that artificial intelligence is currently penetrating absolutely into all spheres of human life. On the example of such an AI Aquarium, you can see that even the most ordinary things can be considered from a different angle and can become an innovation and something non-standard. The main thing is the ability to see the possibility and prospect of combining simple things and artificial intelligence.

Links:

ITRI Named a CES 2023 Innovation Awards Honoree-Latest News-Media Center-Industrial Technology Research Institute

5 futuristic technologies from CES 2023 (interestingengineering.com)

AI Aquarium use eye tracking technology to be the world – Inavate (inavateonthenet.net)

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22 January 2023
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AI

An AI has passed a university law exam

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Artists, drivers, authors, voice actors, and plagiarists are just a few of the occupations that artificial intelligence is already fighting for. Less than a month after using AI to help a man fight a speeding ticket, an AI merely known as “Claude” completed a law and economics exam at George Mason University. Recently discovered AI, developed by the research company Anthropic, passed the exam with a “marginal pass.” The program was funded by accused crypto fraudster Sam Bankman-Fried.

It is being positioned as a challenger to ChatGPT, which is the AI text generator from OpenAI that has swept the Internet. Claude is now in closed beta status in contrast to ChatGPT. Anthropic refers to Claude’s approach as “Constitutional AI,” which is intended to reply to adversarial questions. Other artificial intelligence programs are frequently rendered useless when faced with conflicting issues.

According to economics professor Alex Tabarrok, the exam was assessed anonymously. He also described Claude as “a competitor” and “an improvement” to OpenAI’s GPT. Tabarrok did point out that the response had certain flaws, including the fact that it was “mainly opinion,” and that a stronger response would have included more economic justification. 

Enterprise AI app developer Scale discovered that Claude is “more entertaining than ChatGPT”. “Its ability to write coherently about itself, its constraints, and its objectives seem to also allow it to more naturally answer inquiries on other subjects.”

To be fair, not everyone was as impressed with Claude’s achievements. The Financial Times published an article on Tabarrok’s conclusions and stated, “To be honest, this seems more like Claude merely consumed and puked up a McKinsey study.”

Of course, the fact that Claude only managed to receive a “marginal pass” shows that there is still a long way to go before artificial intelligence software can successfully replace attorneys. Until recently, people didn’t even believe that AI could replace lawyers until recently. So in the blink of an eye AI will be able to challenge the best lawyers.

References:

https://futurism.com/ai-passing-grade-law-exam

https://www.businessinsider.com/ai-financed-by-sam-bankman-fried-passed-law-economics-exam-2023-1?IR=T

https://i.insider.com/63c9233ceee94d001a78e694?width=2000&format=jpeg&auto=webp

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