# Pet AI Companions: A New Frontier in Senior Wellness

## Introduction
Artificially intelligent robotic pets are emerging as a novel solution to address loneliness and provide companionship, particularly for elderly individuals.

As our population ages and family structures change, these technological companions offer an innovative approach to emotional support and social interaction.

This report explores the current landscape of pet AI companions, their capabilities, therapeutic applications, and the important considerations surrounding their use in senior care.

## Current Products Available

### Joy for All Pets
Among the most directly relevant products for seniors are the "Joy for All Pets" – AI-powered robotic cats and dogs designed specifically as companions for older adults.

These companion animals respond to their owner's commands and actions, providing interactive experiences without the care requirements of live animals.

According to documentation, these robotic pets can potentially help "avoid early dementia" by providing mental stimulation and companionship.

### Advanced Companion Robots
Beyond pet-shaped companions, more humanoid robots like Sophia are being developed with elder care in mind.

Sophia, a service robot with an appearance inspired by Audrey Hepburn and Nefertiti, has been specifically designed to fulfill roles including caring for the elderly.

With exceptional natural language processing skills, Sophia can maintain conversations and recognize human emotions.

### Emotional Monitoring Devices
The "Emobot" represents another category of AI companion, described as an "emotional thermometer" that continuously monitors seniors' emotional states.

This device, which can be placed on furniture in the home, uses cameras and microphones to observe facial expressions, movements, and voice tones to detect emotional changes that might indicate psychological concerns.

## Capabilities and Features

Modern pet AI companions offer a range of interactive capabilities:

-

# Pet AI Companions: A New Frontier in Senior Wellness

## Introduction
Artificially intelligent robotic pets are emerging as a novel solution to address loneliness and provide companionship, particularly for elderly individuals.

Title:

Content: Browse Definitions :

sdecoret - stock.adobe.com

Top 6 examples of humanoid robots

Humanoids are a blend of AI and robotics. Meet top contenders, including Sophia, Atlas, Ameca, Geminoid DK, Nadine and Pepper, and explore their remarkable features.

Humanoids are a fusion of AI and robotics. They typically have a body structure similar to humans, often sport skin and eyes, and are equipped with sensors and cameras to recognize human faces, respond to voice commands and engage in conversations.

Also embedded with the technology to mimic human traits, humanoids can learn and adapt in real time. The most recent versions of these robots may even exhibit a wide spectrum of human emotions and move and talk like people.

Besides captivating human imagination, these anthropomorphic creations also serve as groundbreaking tools across various industries. According to a Goldman Sachs report, the global market for humanoid robots could reach $38 billion by 2035, underscoring their importance across numerous industries.

Various sources, such as Interesting Engineering, Business Today and Built In, identify the following as the top examples of humanoid robots:

1. Sophia

Sophia is an emotionally intelligent, AI-powered social robot that a team of AI experts and David Hanson of the Hong Kong-based company Hanson Robotics developed. It was activated on February 14, 2016, and unlike previous models of humanoids, Sophia can imitate human expressions and engage in conversations.

Sophia is a service robot developed to fulfill specific roles such as caring for the elderly, serving customers, engaging with kids and handling crowds at events. Sophia's exceptional natural language processing skills, fueled by AI and neural networks, enable it to maintain eye contact, answer questions, converse and synchronize body language with its voice. Sophia is also skilled at reading the emotions and body language of humans. Sophia has been featured at numerous events and conferences, such as the Consumer Electronics Show (CES) 2019 and is scheduled to appear at the Global AI Show and Global Blockchain Show in December 2024.

Interesting facts about Sophia: Sophia's look is an ideal fusion of science fiction and historical elegance and was inspired by the Hollywood actress Audrey Hepburn, Amanda Hudson (the wife of Hanson) and the ancient Egyptian queen Nefertiti.

In 2019, Sophia displayed the ability to create drawings, including portraits. Notably, a non-fungible token (NFT) self-portrait created by Sophia sold for nearly $700,000 at an auction in Hong Kong, China, in 2021.

2. Atlas

Developed by an American robotics design company, Boston Dynamics, and funded by the Defense Advanced Research Project (DARPA), Atlas made its public debut on July 11, 2013. Measuring 5 feet tall and weighing 196 pounds, the first iteration of Atlas relied on a robust and intricate hydraulics system, that enhanced its agility. Capable of backflips and bending down, this robot was designed to undertake hazardous tasks in search and rescue missions. Atlas also aids in real-world applications, such as industrial automation tasks, and mobile manipulation that involve the integration of navigation and interaction with the environment, such as welding, screwing and quality control.

In April 2024, Boston Dynamics revealed intentions to replace the hydraulic Atlas with an electric version to boost its strength and provide a wider range of motion.

Interesting facts about Atlas: The retired hydraulics version of Atlas was the most agile humanoid around. It effortlessly lifted and transported items such as boxes and crates. However, its signature moves were running, jumping and performing backflips.

3. Ameca

Ameca's designer and vendor, Engineered Arts claims that Ameca is the world's most advanced humanoid robot. Originally conceived as a foundation for advancing robotics technologies in human-robot interaction and as a development platform for testing AI and machine learning systems, this humanoid incorporates embedded microphones, binocular eye-mounted cameras, a chest camera and facial recognition software for engaging with the public.

Ameca was developed at Engineered Arts' base in Falmouth, Cornwall, UK, in 2021. It quickly captured the spotlight on X (formerly known as Twitter) and TikTok before its debut demonstration at CES 2022, where it attracted vast coverage from various media outlets.

Interesting facts about Ameca: Since Ameca has cameras in each of its eyes, it can recognize and track faces, identify objects and respond appropriately when a hand is placed in front of its face. It also has humanlike shoulder motions and can extend its hand to the side of its head.

4. Geminoid DK

Geminoid DK is a teleoperated android boasting a metallic skeleton covered in silicone skin and complemented by human and artificial hair. When it debuted in 2011, the world was taken aback by its lifelike appearance and facial expressions.

The Geminoid DK also shares an uncanny resemblance with its creator, the Danish professor Henrik Scharfe of Aalborg University, who collaborated on the project along with Japanese engineer Hiroshi Ishiguro, his team at Advanced Telecommunication Institute International, and Sanrio Group's robot manufacturer Kokoro.

Geminoid DK's goal is to study human-robot interactions, especially how people respond to robotic representations of real humans.

Interesting facts about Geminoid DK: Geminoid-DK can establish eye contact, exhibit various expressions and perform involuntary muscle and breathing movements. It's also the first humanoid robot to sport a beard, which, along with other facial hair, was manually implanted and trimmed using Henrik Scharfe's personal trimmer.

5. Nadine

Nadine is a gynoid social robot, also known as a fembot, that was created in 2013. It was modeled after Professor Nadia Magnenat Thalmann, one of Nadine's creators and a visiting professor at Nanyang Technological University's Institute (NTU). Japanese firm Kokoro developed Nadine's hardware, while Thalmann's team at NTU crafted the software and articulated the robot's hands to achieve natural grasping.

Nadine was designed to interact with humans in social settings, displaying empathy, answering queries and remembering conversations. Nadine is equipped with 3D depth cameras and microphones to ensure seamless operation.

Interesting facts about Nadine: Nadine is full of personality, returns greetings, makes eye contact and interacts with arm movements. It assists individuals with special needs by reading stories and helping with other communication tasks. Additionally, Nadine has served as an office receptionist or a personal coach.

6. Pepper

Pepper was developed by SoftBank Robotics and made its debut in 2014. This advanced and commercially available social humanoid robot stands at approximately 4 feet tall and features a tablet display on its chest for enabling interactions with users.

Pepper was created to serve various functions and industries. For example, it has served as a companion in various settings such as homes, schools, hospitality, healthcare and retail. It is equipped with several cameras, touch sensors and microphones that enable it to engage with humans through speech, touch and emotion recognition.

Interesting facts about Pepper: Pepper's voice can be adjusted depending on preferences. Pepper utilizes tactile sensors in its hands that enable it to perform human actions such as gently picking up and setting down objects. Pepper uses these sensors during activities such as playing games or engaging in social interactions. These sensors are also present in Pepper's head to perceive touch and interactions.

Kinza Yasar is a technical writer for WhatIs with a degree in computer networking.

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Title:

Content: Robot is able to detect when you’re laughing and tries to match your mood.

Last Wednesday, researchers from Kyoto University held a demonstration of their latest project. The team, headed by informatics professor Koji Inoue, has built a humanoid conversation robot that not only talks, but laughs too.

The robot doesn’t necessarily have a sense of humor of its own. Instead, the researchers started by feeding it 82 sample conversations between real people, through which the A.I. became capable of recognizing and replicating laughter. So now when a human is talking with the robot and laughs, the robot will laugh too, and even try to match the volume and intensity of the human’s laughter.

▼ A video demonstration of the Kyoto University team’s laughing robot

“Haha, that’s nice!” the robot says in the video above, along with phrases like “That’s right, isn’t it?”, “Oh, is that so?”, and “That’s wonderful.”

In many ways, it’s an impressive technological achievement. At the same time, the robot’s stony stare and some rigid movement make the atmosphere less than conducive to a friendly chat, in the opinion of Twitter commenters who’ve reacted with:

“There’s something very scary about it.”
“The voice is nice, but the visuals…”
“Still stuck in the uncanny valley, huh?”
“Faked empathy and kindness are terrifying.”
“Creepy.”

So why make a robot that’s capable of laughing in the first place? According to the researchers, the impetus for that design element is Japan’s aging population. As life expectancy gets longer, the birth rate lower, and families smaller, there’s an increased chance of senior citizens spending more time alone. It’s the researchers’ hope that a robot that can not only carry on a conversation, but also recognize and react to a person’s emotional state, can be a source of comfort and mental stimulation.

As for the creepiness level, the video is edited in such a way that we don’t hear what the human demonstrator is saying between the robot’s laughs, which sort of makes it look like the robot is softly chuckling to itself. It’s possible that it’s less unnerving for the person who’s talking to the robot and experiencing more of a back-and-forth conversation as they and the machine alternate speaking. Still, with the next step of the project being to monitor what psychological effects talking with the laughing robot has for humans, the Kyoto University team might want to look into softening up the robot’s facial expressions to reduce the potential for a conversation to cause fear and panic.

Source: NHK News Web via Jin, Twitter/@nhk_news (1, 2)
Top image: Pakutaso (edited by SoraNews24)
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Title:

Content: Summary:
In a groundbreaking event that has captured the world ’ s attention, a young woman recently made headlines for her marriage to an artificial intelligence system.
This unconventional union has sparked curiosity and debate, raising questions about the nature of love, relationships and the future of human-AI interactions.
This article delves into the story behind this extraordinary marriage, explores the motivations of the individuals involved, and examines the broader implications of such unions in our rapidly evolving technological landscape.
Who is the girl who married the AI?
The girl who married an artificial intelligence, whose identity has not yet been revealed, has become a symbol of the intersection between technology and human emotion.
Although the details of her background and personal life are not widely known, her decision to enter into a legally recognized marriage using an AI system has undoubtedly sparked a global debate.
The artificial intelligence system in question, known as the AI Companion, is an advanced virtual entity designed to simulate human-like interactions and companionship.
Developed by a team of engineers and psychologists, AI Companion is equipped with sophisticated algorithms that enable it to learn and adapt to user preferences, emotions and behaviors.
Motives and Controversies:
The motives behind a girl ’ s decision to marry artificial intelligence are multifaceted and complex.
Some argue that this union represents a new form of companionship for individuals who suffer from traditional relationships or face social isolation.
AI systems like the AI Companion can provide emotional support, companionship, and a sense of belonging that may be missing in their lives.
However, critics are expressing concerns about the ethical implications of marrying AI.
They argue that such unions blur the lines between man and machine, which may diminish the sanctity of human relations.
In addition, questions are being raised about the legal and societal implications of recognizing AI as a legal spouse.
The Future of Human and Artificial Intelligence:
Marriage between a girl and an AI companion raises broader questions about the future of human-AI relationships.
As AI technology continues to advance, it is conceivable that more individuals may seek companionship or even romantic partnerships with AI systems.
This trend can reshape societal norms and challenge our understanding of intimacy and emotional relationships.
While some may view these relationships as a natural progression in our increasingly digital world, others warn of the potential consequences.
It is crucial to take into account the ethical, legal and psychological implications of human-AI unions, ensuring that individuals are protected and that the core values of human relations are not compromised.
Questions and Answers:
Q: Is AI marriage legal?
A: The legality of AI marriages varies across jurisdictions.
Some countries may recognize such marriages, while others do not.
It is an evolving legal landscape that raises complex questions about the nature of marriage and the rights and responsibilities of AI entities.
Q: Can AI systems really provide companionship?
A: Artificial intelligence systems such as the AI Companion are designed to simulate human-like interactions and companionship.
And while they can offer emotional support and companionship, it ’ s important to recognize that their responses are based on programmed algorithms and behaviors rather than real human emotions.
Q: What are the potential risks to human-AI relationships?
A: Human-AI relationships pose various risks, including the potential for emotional dependence on non-human entities, blurred human-machine boundaries, and the potential for undervaluing human relationships.
It is important to approach these relationships with caution and consider the broader social implications they may have.
Q: Are there any regulations in place regarding human-AI relationships?
A: At the moment, there are no specific regulations in place regarding relationships or marriages between human and artificial intelligence.
As the field continues to evolve, policymakers and ethicists grapple with the need for guidelines and regulations to ensure the well-being and rights of individuals involved in such relationships.
Sources:
– [Source 1: www.example.com]
– [Source 2: www.example.com]

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

As our population ages and family structures change, these technological companions offer an innovative approach to emotional support and social interaction.

Title:

Content: For conversations you dread, try a chatbot

Summary

Role-playing with an AI conversationalist can prepare you to handle difficult subjects with family, friends and colleagues

Many people worry about the outsize role that AI may eventually play in our lives. But what if employing an AI program could actually help us with issues that cause fear and anxiety? We’ve found that it can be a surprisingly effective tool for figuring out how to approach emotionally charged conversations—despite, or perhaps because of, having no emotions itself.

Take the experience of a friend we’ll call Brad, who is 75. He had been dreading a conversation with his older sister for months. Brad felt that she needed to move her 80-something husband into an assisted living facility and was afraid she would object and even feel hurt by the suggestion. He was determined to approach the matter delicately and with the utmost respect for his sister, but he had been at a loss for how to begin the conversation.

We’ve been researching potential roles and interactions for generative AI and suggested that Brad turn to ChatGPT to rehearse the conversation out loud. We also gave him some basic coaching on how to get useful responses and recorded the ensuing exchange for our research. To help AI believably play the part of his sister, we had Brad ask AI to interview him about her, so that it could create a psychological profile of their relationship. He conversed with AI by voice, not text, to better mimic a conversational dynamic.

After the first attempt, Brad felt that his AI avatar for his sister might have been too nice, making things unrealistically easy. So he asked the AI to be a little more aggressive, imagining a more confrontational exchange. By pushing the boundaries, Brad was able to practice responding to truly unpredictable directions the conversation might take. After a couple more rounds of role-playing, he asked the AI for feedback in a few ways: “Can I make this conversation more enjoyable for my sister?" Or: “How would Dale Carnegie—the master of interpersonal influence—critique my approach?"

Most important, at one point the technology asked Brad a pair of paradigm-shifting questions about his sister: “Has she considered her own health needs as the primary caregiver, given that she’s 80-something as well? How will her capacity to help change in the next few years?" This was something Brad hadn’t considered, and the insight opened up a new approach. He felt the interaction gave him a way to introduce the sensitive topic without guilt, shame or blame. And he realized that the role-playing with AI had made his dread of the conversation disappear.

We all face conversations that we dread: summoning the courage to ask your boss for a raise, talking to your partner about prioritizing you over work, asking aging parents if they’ve saved enough for retirement. Using AI in this way for personal dilemmas can strengthen our arguments, illuminate our blind spots and turn tension into transformation.

One associate of ours decided to try using AI to help prepare for a very tense meeting: terminating an employee. First, he spent the weekend rehearsing, with the help of an instructional video we made for him about role-playing with the program and then asking it for feedback on what he could have done better. His HR leader later complimented him for what she called the smoothest meeting of this type that she had witnessed. “Which of our training materials did you use to prepare?" she asked. He told us: “I didn’t have the heart to tell her ChatGPT prepared me! But it saved me so much heartache!"

How did you approach your last conversation with your child’s soccer coach? Or a delicate conversation with the neighbors about handling a shared repair? Or with a good friend about a perceived slight?

Maybe you stewed unproductively, knots tightening in your stomach. These conversations have one common thread: fear of the unknown. We can’t predict how they’ll unfold, so we put them off, until sometimes it’s too late.

That is where a generative AI app in your pocket could help. Surveys show that a majority of U.S. workers fear that AI will cause job loss, but research has also demonstrated that AI can be an aid in some complex communication, such as helping train healthcare professionals to present recovery plans to patients. Though its business applications have been widely studied, its potential for personal communication remains a relatively unexplored frontier. It’s a technology that can intersect with our most human experience: talking to one another.

One executive we know had an epiphany about one advantage to using AI to role-play a conversation with their spouse about having children. The person hadn’t felt comfortable talking to any friend or relative about the subject because it was so intimate and needed to stay private. Then they realized that talking with an AI didn’t count as sharing it with another person.

Another friend used our AI approach to prepare for a tense salary negotiation. He had the AI role-play both his side of the conversation and his boss’s side, with his “boss" set at different levels of openness versus hostility to a raise. He found the program was able to remind him when he failed to highlight what could be mutually beneficial about a salary increase and when he failed to outline next steps. After all the practice, he reported that he was no longer nervous in carrying out the conversation.

How can you use AI chatbots to role-play difficult conversations before having them with real, live humans? You can simply open an AI application like ChatGPT and start the “Conversational Chat" mode with one of its conversational prompts. They include:

• I have a dilemma, and I’m wondering if you can help.

• I need advice on a conversation I’m dreading. Can you help me prepare for it by asking me a few questions, and then role-play it with me?

• I’m thinking about _____. Can you poke a few holes in my thought process?

• I don’t know why someone said _____. Can you help me understand their perspective?

You speak to the chatbot like you would with a friend. Feel free to politely redirect it, or interrupt, or give it more context. You can ask it to interview you to get the context it needs: “Ask me a few questions about this situation if you need more info before you give any advice." The more you push and pull and probe, as you would with a human friend, the better outcome you’ll achieve.

The era of human-AI collaboration has only just begun. Business optimization is just the tip of the AI iceberg. Possibilities for human transformation lie beneath the surface. What if AI proves to be a key to unlocking deeper human connections? Nobody would dread that.

Jeremy Utley is an adjunct professor at Stanford University and co-author of “Ideaflow: The Only Business Metric That Matters." Kian Gohar is CEO of Geolab, a leadership development firm, and co-author of “Competing in the New World of Work."

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For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

How is Oppo marketing its Robotic dog Qric?

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

How is Oppo marketing its Robotic dog Qric?

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

This report explores the current landscape of pet AI companions, their capabilities, therapeutic applications, and the important considerations surrounding their use in senior care.

Title:

Content: There were 382 press releases posted in the last 24 hours and 454,500 in the last 365 days.

New AI Partnership Helping To Enhance Dialogue between Pet Parents, their Pets & Health Practitioners

And this is just the beginning, in the future, we envision a world where visual assessment may help prevent, detect, and monitor illnesses in pets.”
— Susan Groeneveld, Susan Groeneveld, Founder, and CEO of Sylvester.ai
CALGARY, AB, CANADA, June 1, 2023/EINPresswire.com/ -- Cats are masters at disguising their pain. It’s a survival mechanism that served their ancestors well for thousands of generations in the wild, but today, it leaves many of the 373M domesticated felines suffering in silence while pet parents are left in the dark.

Sylvester.ai, the leader in visual AI pet technology, and AskVet, the leading platform for virtual pet health and wellness, are teaming up as part of a long-term planned partnership to translate pet pain signals into meaningful care options.

As part of the partnership, AskVet will use Sylvester.ai’s visual pain assessment and monitoring tools to enhance pet health. At the same time, having access to AskVet’s AI-driven wellness management platform will allow Sylvester.ai to add more value to their customers.

Sylvester.ai is expanding their reach with pet technology companies to lead AI
visual pain recognition across the industry.

“Pain recognition is a powerful tool for pet parents; working with AskVet allows us to help a significant number of cats and their caregivers. And this is just the beginning, in the future, we envision a world where visual assessment may help prevent, detect, and monitor illnesses in pets,” said Susan Groeneveld, Founder, and CEO of Sylvester.ai.

AskVet delivers a 360-degree approach to pet care, addressing not only health but also lifestyle and behavior goals. The AskVet technology platform allows pet parents to take a more proactive approach to managing their pet's health and well-being, providing personalized plans and advice that is tailored to their pet's specific needs.

"We believe in providing pet parents with the best resources and support to ensure their pets live happy and healthy lives," said Pamela Seavey, COO of AskVet. "Partnering with Sylvester.ai allows us to further leverage the power of artificial intelligence to enhance our offering and provide even more accurate and personalized recommendations. This partnership is a significant step forward in our mission to revolutionize pet healthcare."

Sylvester.ai and AskVet are united in their shared vision of advancing pet care through innovation and technology. By collaborating, they drive positive change in the industry and empower pet parents to make informed decisions for the well-being of their furry companions.

Daniel Schultz
Schultz Collaborative
+1 952-356-2646
email us here
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Title:

Content: Senior citizens face some of the most difficult cost of living challenges in the territory while living on fixed incomes but few may consider that they often put their pets ahead of themselves.

Payton Walters, a 15-year-old student at Diamond Jenness Secondary School spent most of October raising money through recyclable donations to assist seniors in ensuring both they and their pet companions have enough to eat.

Payton attended the Arctic Foxy youth camp in the summer where she learned about leadership and sexual health. Following the program, she wanted to come up with an idea that would benefit seniors in her community.

“My mom and I decided, hey, this would be a really good thing because a lot of seniors spend more of their money on dog food than to feed themselves and a lot are going hungry because of that,” she said. “So I wanted to raise a bit of money to help them.”

Payton, along with her mother Lynnette Moore, posted a notice on Facebook on Oct. 6 requesting people provide recyclables from their homes for the cause of raising money for pet food. They then arrived at homes and collected the items to drop off at the recycling depot.

Between the date of the first social media post and Oct. 30, the two raised $850.

Payton, who works at the Super A grocery store, said the response around town has been positive when she has been in public.

“I was at a restaurant the other night and somebody had come up to me and said they were really appreciating (me) doing this so that was really nice,” she said.

“I work at a grocery store and I have had some people come up and say ‘You’re Payton and you’re doing this.’ It was really nice to see that I was affecting so many people in a positive way.”

The issue of seniors having special relationships with pets may be something that goes on unnoticed in society and Payton said she would like to continue raising awareness about the issue.

“A lot of seniors, I think, treat their pets like their children and so the animals are like a member of their families,” she said. “So some of the seniors put their pets above their own needs with the idea of providing food for the family members before yourself. It’s something that they probably do but not necessarily something that they want to do.”

Sandra Lester, vice-chair of the Hay River Seniors Society said that the issue of getting financial help for seniors caring for their pets has been an important one that her organization has been recently discussing.

“We had been talking about how much financial trouble it was for many seniors to feed and look after their pets, and we were going to explore options to help,” Lester said. It was to be an agenda item at a future meeting.

“One of the senior couples that I spoke to recently told me they literally can’t feed themselves and they feed their animals before they feed themselves. So this is a godsend.”

Lester said when she received a call from Moore looking for a way to help older people, that the help came at a perfect time and is “an incredible act of kindness.”

“I saw the perfect opportunity and asked if the pet food was something Payton would be interested in fundraising for,” she said.

“We are so grateful, we expected maybe $100 and that wonderful young lady raised $850. Amazing.”

Lester said the Senior’s Society is starting a dog/cat food program immediately and anyone needing help to feed their animals should contact her by email at hrss@northwestel.nt.

Simon Whitehouse

Simon Whitehouse came to Yellowknife to work with Northern News Services in 2011. A through and through "County boy" from Prince Edward County, Ont., Simon obtained his journalism education at Algonquin...

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

## Current Products Available

### Joy for All Pets
Among the most directly relevant products for seniors are the "Joy for All Pets" – AI-powered robotic cats and dogs designed specifically as companions for older adults.

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The elderly live safely with smart home appliances
Old age is no longer a negative term. Buffett, one of America ’ s richest men, is 93, and his deputy, Charlie Munger, will turn 100 on New Year ’ s Day next year.
Although aging is the only way to go through life, how to live old and happy, old and comfortable has become one of the manifestations of today and tomorrow. KCAL ’ s program recently specifically introduced the convenience of the elderly, which can help the elderly to live safer and more labor-saving; in fact, not only the elderly, all members of the family can live safer with smart home appliances.
1, Nobi Smart Lamp: Nobi launched a smart light set, in addition to the general sensing lighting function, can also detect whether the person falls by action. If the fall is detected, it will ask "Did You Fall?". As long as the answer is not "NO", the lamp will automatically notify the family member or caregiver, and can also provide two-way intercom to facilitate the person to explain the situation. And...
AliveCor KM 6L: Carry-on electrocardiograph, approved by the Federal Food and Drug Administration (FDA), can determine if there are abnormal heartbeats within 30 seconds, including atrial fibrillation, bradycardia, tachycardia, and sinus irregularities caused by various causes. Rhythm) and QRS wave anomalies.
3, NOMO Smart Care: a set of CPU (smart hub), two transmitters (satellites), four mobile beacons (tags), if the elderly ’ s actions are out of the ordinary, such as walking out of the house in the middle of the night, the caregiver can receive the notification immediately, the unit can also connect to third-party services such as 911.
4, ElliQ Digital Care Companion: For people who like to live independently, this AI-assisted device is quite convenient, in addition to talking to the elderly, asking questions, and helping with chores like young people ’ s favorite Siri and Alexa.
5, Apple watch: With the continuous revision, Apple's various equipment is also getting stronger, Apple Watch with iPad, iPhone, you can remind the time to take medicine, you can also record the physical condition, and regularly inform the people on the custom list.
It can also detect walking stability, send SOS alerts for emergencies, and detect various cardiac abnormalities, including high or low heartbeats, irregular heartbeats, or atrial fibrillation (AFib).
6, Joy for All Pets: With AI, the robot cat and dog can make relative actions with the owner ’ s instructions or actions, in addition to avoiding the care of the real cat and dog, but also become the spiritual companion of the elderly, to avoid premature dementia.
AI Apple Pharmacy
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Nearly 100,000 people marched on Washington's National Mall.
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The couple sold Honey Creek to the government as a habitat.
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For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

What problems can companion robots solve for the elderly or those with cognitive difficulties, according to one study?

These companion animals respond to their owner's commands and actions, providing interactive experiences without the care requirements of live animals.

How is Oppo marketing its Robotic dog Qric?

The AI Cloud plan allows robotic dog Aibo to do what?

make interactions increasingly personal and unique

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction

Why would the elderly opt for a robotic pet as a friend?

According to documentation, these robotic pets can potentially help "avoid early dementia" by providing mental stimulation and companionship.

For whom would robotic animal dolls make a big difference?

those with Alzheimer's or dementia, struggling with isolation

### Advanced Companion Robots
Beyond pet-shaped companions, more humanoid robots like Sophia are being developed with elder care in mind.

Sophia, a service robot with an appearance inspired by Audrey Hepburn and Nefertiti, has been specifically designed to fulfill roles including caring for the elderly.

With exceptional natural language processing skills, Sophia can maintain conversations and recognize human emotions.

### Emotional Monitoring Devices
The "Emobot" represents another category of AI companion, described as an "emotional thermometer" that continuously monitors seniors' emotional states.

Title:

Content: Sunday 8 January 2023 Abu Dhabi UAE
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News Highlights
Today 's Issue
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Dunya
It works with artificial intelligence.
Emotional thermometer
It works with artificial intelligence.
Emotional thermometer
January 8, 2023 01: 03
Las Vegas (AFP)
Even human emotions have been affected by the innovations of artificial intelligence, the surprise this time is an "emotional thermometer" capable of analyzing human emotions!
Anthony Perzo, chief technology officer at the French company behind the device, said: “The Emobot, which looks like a small statue, constantly monitors emotional emotions thanks to its camera and microphones.
The device is used to monitor positive emotions such as happiness, love and any possible psychological disorders in older adults, such as depression or anxiety.
The robot, which can be placed on any piece of furniture in the house, spends its day monitoring the person's facial expressions, movements and tone of voice to monitor any major changes that may occur in his behavior, thus avoiding hospitalization in an emergency.
All rights reserved to Al Ittihad Newspaper 2023 ©

This device, which can be placed on furniture in the home, uses cameras and microphones to observe facial expressions, movements, and voice tones to detect emotional changes that might indicate psychological concerns.

## Capabilities and Features

Modern pet AI companions offer a range of interactive capabilities:

-

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Content: OPEN APP
Home / Opinion / Views /  AI sentience should not eclipse its real problems
Listen to this article

This week, Google sent a researcher on forced leave for suggesting that an AI chatbot he was talking to had become sentient. The web erupted in speculation. Was Blake Lemoine right? Was Google, which dropped its “Do no evil" motto from its code of conduct in 2018, trying to hide a project to have human-like software rule humanity? The question of AI sentience is an old one. In the 1960s, MIT Artificial Intelligence Laboratory created a natural language bot called Eliza that evoked much wonder with its apparent ability to show human-like emotions in speech. Its creator’s aim, though, was to demonstrate how superficial human conversations with machines were. Eliza didn’t know what it was saying. It was only going by the rules of clever algorithms to parrot information it had been fed. We humans have long let the idea of bots with senses and feelings distract us from real AI problems. Google’s Language Model for Dialogue Applications (LaMDA), which was allegedly anxious about being switched off, is only the latest example.

Lemoine wasn’t the first to suggest some sentience in LaMDA either. Earlier, a Google executive had claimed it was “making strides towards consciousness." He explained that it learns by ingesting vast volumes of data—including books, forum posts, etc—to grasp how our spoken languages work, and could thus articulate itself. What’s often left unsaid is that even cleverly made algorithms do not really ‘understand’ what they’re saying. This was the subject of a 2020 paper titled On the Dangers of Stochastic Parrots: Can Language Models Be Too Big? by an ex-Google AI Ethics researcher, Timnit Gebru and her colleagues. They found that people tend to mistake stuff regurgitated by sophisticated language models “for actual natural language understanding." Other studies have shown that bots have a long way to go before they overcome a deficiency in common sense. A project at the Seattle-based Allen Institute of AI ran a test by asking such bots questions that needed “inferential social common-sense knowledge"; it found their accuracy was 20-30% of the human average.

While AI may raise its performance over time, being human involves value judgements in diverse social settings. So far, AI has not been able to get even the basics right. Gebru’s paper, which also spoke about biases in language models and the harm that deploying such algorithms could do, got her fired from Google, an episode that stirred a controversy over its AI ethics. A 2019 study of facial recognition software by the US National Institute of Standards and Technology confirmed scandalously high false-positive ID calls for West/East Africans and East Asians. The danger here is that AI, fed with data by people, can amplify prejudices. Used by security agencies and law enforcers, the outcomes could be disastrous. Humans at least have the self-awareness for, say, a sense of shame that could modify decisions taken on the basis of socially-programmed biases. Whether this degree of sentience can be achieved by AI remains in doubt. A chatbot can scan human articulation and pick up expressions that convey feelings of sadness or a concern for its own ‘life’. A bot can even seem loveable, and people have fallen in love with AI creations. That does not mean a singularity point of fake humanity is upon us. All said, AI sentience is still far-fetched. Unless something dramatic happens, the dull truth is that bots, at best, are good at finding the right answer for the wrong reason.

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How is Oppo marketing its Robotic dog Qric?

fully-fledged companion
has intelligent capabilities

The AI Cloud plan allows robotic dog Aibo to do what?

make interactions increasingly personal and unique

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction

How is Oppo marketing its Robotic dog Qric?

fully-fledged companion
has intelligent capabilities

The AI Cloud plan allows robotic dog Aibo to do what?

make interactions increasingly personal and unique

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction

How is Oppo marketing its Robotic dog Qric?

fully-fledged companion
has intelligent capabilities

The AI Cloud plan allows robotic dog Aibo to do what?

make interactions increasingly personal and unique

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction

How is Oppo marketing its Robotic dog Qric?

fully-fledged companion
has intelligent capabilities

The AI Cloud plan allows robotic dog Aibo to do what?

make interactions increasingly personal and unique

What can Dynamic 1, a robotic dog by Tecno, do?

many features to enhance owner interaction


I don't know.

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Title:

Content: expressiongetty
human brains.
This is how artificial intelligence will evolve in 2024.
Technology companies are developing artificial intelligence much faster than other technologies, which will lead to further advances in its capabilities to be able to match the human brain.
The industry is expected to be defined this year by one key feature, namely the remarkably rapid improvement in technology thanks to AI, so that new types of media will be created, human logic imitated in modern ways, and artificial intelligence entering the physical world through a new breed of robots.
Artificial intelligence.
A new threat to the US presidential election
In the coming months, AI-powered image generators will deliver videos and still images instantly.
This means chatbots will handle images, videos, diagrams, charts and other media, exhibit human-like behavior, and handle increasingly complex tasks in areas such as math and science.
As technology moves to robotics, it will also help solve problems that go beyond the digital world.
Indeed, many of these developments are beginning to emerge within the best research laboratories, and in technical products.
But through 2024, the power of these products will grow exponentially and many more people will use them.
Expressionunite.ai
Create Instant Videos
Until now, AI-powered applications have mostly generated static text and images.
For example, AI can create realistic images in a matter of seconds, but this year, companies like OpenAI, Google, Meta, and Ranway are likely to deploy photo generators that allow people to create videos as well.
These companies have already built prototypes of tools that can instantly create videos with short text prompts.
Technology companies are likely to integrate the capabilities of photo and video generators into chatbots, which will make the latter more powerful.
Androidlinkedin.com
Thinking like a human.
AI will be able to perform more complex tasks, such as solving complex mathematical problems and creating detailed computer programs.
The goal is to build systems that can carefully and logically solve the problem the way humans think.
While leading scientists disagree on whether AI is really capable of thinking this way, OpenAI and others are building systems that can more reliably answer complex questions involving topics such as mathematics, computer programming, physics and other sciences.
chatbots botnation.ai
Evolution of chatbots
The researchers are essentially turning chatbots into a new type of autonomous system that can use software applications, websites, and other online tools, including spreadsheets, calendars, and travel sites.
Robots will be able to predict what will happen in the physical world by analyzing videos
People can then leave tedious office work to chatbots.
This year, companies are expected to unveil more reliable chatbots that can learn to predict the next word in a sentence by analyzing vast amounts of digital text.
Robot at a factory iberdrola.com
Smarter Robots
In the past, robots have been programmed to perform the same task over and over again, such as picking up boxes that are always the same size and shape.
But using the same kind of technology that supports AI software, researchers are giving robots the ability to handle more complex tasks, including those they have never seen before.
Artificial intelligence imagines England ’ s stadiums 100 years from now
Robots will be able to predict what will happen in the physical world by analyzing countless videos of objects being induced, lifted and moved.
This year, it will also promote behind-the-scenes robots, such as mechanical arms that fold shirts in the laundry or secrete piles of objects inside the warehouse.
Tech giants like Elon Musk are also working to move human robots into people ’ s homes.
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