The main term that most people are familiar with is “machine learning” or “deep learning”. Machine learning involves training a computer to understand and draw conclusions on its own without being explicitly programmed by humans via programming languages like Python, MATLAB etc. It relies on the use of algorithms to learn from data in order to make predictions on new input. The human brain can only perform this through experience and memorization. For example, when your child wants something, they know how and where to get it, but they also have an innate desire to eat foods. If you give them both similar meals at different times, they see different food items in their mind and may not actually pick up the food that they were given.
But if you give your child two identical foods, one after the other once, then they will recognize them on sight. This memory has been enhanced by machines. The machine now has the ability to tell apart between similarities and differences, which it cannot do with human experience. This is why machine learning is important for many applications; it allows computers to process information faster and more accurately than we can. The development of AI goes beyond simple computer programs and includes tasks such as speech recognition, translation, computer vision, robotics, natural language processing (NLP) and much more. All of our lives in some way, shape or form, are automatised.
From ordering food via voice recognition systems to social media platforms like Facebook, Twitter, Instagram, Pinterest etc., all activities that involve interactions and analysis of large amounts of data are becoming automated. We are starting to rely on computers to help with everyday life, in terms of navigation, entertainment and work, in many cases replacing us entirely. As technology improves, there is a growing demand for skilled workers who can keep pace with ever-changing advancements in technologies. There is a need for professionals who can design, build, manage and monitor these complex structures, ensuring they remain functional. With advances in automation and machine learning, companies would be able to reduce costs significantly while still providing services and products that delight customers.
Artificial intelligence can make huge improvements to everything from cars to financial systems. Here we look at some ways AI can transform businesses.
AI can improve customer service – Customer Service Chatbots are getting smarter all the time. Some chatbots now reply to messages 24 hours a day. They often have better response rates than humans. Businesses could find efficiencies using bots to speed up answering questions, resolving issues and handling complaints. Bots will continue improving as the tech becomes more advanced and widespread. Automating repetitive manual tasks such as collecting orders or completing inventory processes would save employees time and increase operational efficiency. In addition, business organizations are becoming increasingly popular with chatbot users because consumers appreciate convenience and instantaneously interact with their peers. However, there are limits to customer satisfaction. Over time, the number of bot visits increases, prompting businesses to ensure their software’s security. How secure is your company’s system? Do you trust you’re keeping safe? Will your IT have access to sensitive customer data?
AI can make health care better – Healthcare is ripe with innovation. At the moment, doctors and patients cannot communicate effectively. Doctors must rely on notes taken during treatment and tests reports to provide diagnoses. Patients are unable to ask for clarification about test results and treatments. This creates gaps in knowledge that cause delays in medical decisions. Most physicians today can diagnose the symptoms of a patient simply through visual observation or reading charts but they cannot always predict how a patient will respond to specific treatments such as chemotherapy or surgery. This prevents clinicians from taking necessary actions. Through research and development, physicians are developing wearable devices that can monitor how well patients respond to medications. These devices can alert doctors when a patient’s condition changes. Another area of advancement is virtual reality where doctors can observe a patient’s body from a distance. Once the doctor understands the patient’s problems, he/she can advise treatment options. One solution is to take scans of the patient’s skin to determine their response to certain drugs.
Virtual reality has led to breakthroughs in medicine and health care. By implementing artificial intelligence into healthcare, the future could be bright for those working in this sector. While AI promises significant improvements, it can also pose potential dangers to humanity. AI is capable of replicating certain aspects of human behaviour. For instance, a robot could mimic a person’s movements to avoid obstacles, even if they have no idea how to navigate around objects. Not only might robots steal jobs, they could cause serious harm or death. Robots might become sentient beings capable of harming humans. A recent study involving researchers at MIT Technology Review found that AI is likely to make machines less human by creating ‘dignified’ machines that lack empathy. As AI gets smarter, so does its risk to society.
How smart wearables help treat mental illness | On the Rise Of Mental Illness Symptoms include feelings of guilt, sadness, loneliness and anger. Many individuals are plagued by anxiety, depression, panic attacks, thoughts of suicide and impulsive behaviours. There is currently a shortage of therapists helping people deal with these underlying conditions, leading to a high cost of living. Wearing sensors, including fitness trackers, to detect changes in brain activity can identify changes in mood that can indicate mental illness. Wearable devices have been used in research institutions to see what happens when they intervene on the neural circuits involved in depression by sending electrical pulses in the brain.
Research suggests that activating deep brain areas may decrease emotional and behavioural problems. Scientists believe wearable device chips can be rewired and re-programmed during therapy sessions to target the right brain areas. In fact, scientists are already investigating whether the chip could stimulate the reward system and alter negative behaviour. To overcome the stigma associated with medical intervention to treat mental illness, some manufacturers are offering small gadgets called “smartwatches” on the market. Smartwatches now give doctors and nurses a more extensive view of a patient’s vital signs.
Instead of looking for physical causes of symptoms, they receive real time information on heart rate, blood oxygen levels and stress. According to Mark Frolov, director of Harvard Medical School’s Center for Digital Health Innovation for the Future of Medicine: “We will change everything once wearable tech takes off. Devices like Fitbit watches and Apple Watch, along with our mobile phones, will be incredibly rich sources of health data that may enable a whole new wave of precision medicine.”
How VR makes art education easier | Art Education Before the invention of electricity, artists would create works of artwork at home or at school. Nowadays, students work remotely on digital projects rather than doing projects themselves. Because of technological advances, video tutorials are quickly replaced in classrooms with digital tools like Google Classroom, Zoom and others. Students can now watch videos on websites like YouTube and Netflix instead of having to sit through boring lectures.
Learning through engaging interactive experiences online is easy for children and adults alike. Teachers can teach lessons from anywhere and at any time. Collaborative learning and creativity can be easily integrated into content because traditional classrooms cannot accommodate multiple classrooms. Artists have long known the value of art instruction. Creativity and artistic expression often lead back to emotions of joy and gratitude. Children may express things through paint, music or drawings. Adults have different ideas about creative work. For some, art helps to enhance communication and understanding while for others, creativity provides opportunities for self-expression and connection.
Arts educators have developed various ways to promote creative freedom and encourage students to experiment with their own creative approaches. Such skills include painting in a variety of mediums, playing musical instruments or building clay projects. Sometimes schools offer special classes or individual projects for kids, such as sculpting or pottery. Teaching arts in college requires a mix of teaching skills that help students to develop critical thinking, problem solving and collaborative learning skills. Schools need teachers or instructors who possess specialized expertise in subjects like fine art and architecture. Other courses that are available include mathematics, anthropology, psychology, chemistry and geology.
An instructor must have at least a bachelor’s degree in any field of specialization, but it is recommended to learn the fundamentals of each course before beginning. Having a diverse set of professional experience is another benefit to consider. When choosing a career path for yourself, know that teaching is a great option for someone interested in arts and a science degree. You can choose classes that fit your personality while also gaining valuable industry-related knowledge. Being prepared is essential, especially when choosing a career. Getting involved in community events is also helpful. Helping young students develop leadership and confidence are just a few ways that you can show support and volunteer.
Although not every job posting will require prior teaching experience, there are numerous occupations available from teaching. Even some entry level positions within the arts are filled by people who previously taught or worked in the arts. Working in an arts school setting allows students to have exciting career paths. For example, many universities hire student assistants to help students complete homework, attend meetings and participate in team projects. Volunteering and networking is also a beneficial tool for finding internships, job postings, job leads or freelance clients. Whether you want full-time employment or an independent income stream, there is a place for you.