Traditionally, the fourth industrial revolution has been thought to have arrived. It’s a phrase that refers to the present and future scenario in which disruptive technologies like as robotics, virtual reality (VR), and artificial intelligence Malaysia (AI) are transforming how we live and work. Although AI may appear to be science fiction now, it is already quite prevalent in our
Artificial intelligence (AI) is the attempt to give computers human-like cognitive capabilities, especially in the form of computer programs. The aim of AI research is to explain how humans obtain knowledge (accumulation and organization of information as well as rules for utilizing it), and logic (the method of establishing probable or certain judgments based on formulae).
The Malaysian Investment Development Authority, Collaborative Research in Engineering, Science & Technology (Crest), and M3DICINE assisted with the restoration of the classic stethoscope. The PlayStethee Pro is a smart stethoscope system that wirelessly transmits heart, lung, bowel sounds, blood pressure, temperature, and ECG traces
The clinician may search for information about a specific patient by inputting keywords into the search box above the page. The patient’s complete medical history, which is kept in both medical records and audio recordings, is included in the database. AI and Data Analytics (Aida) analyze audio files to produce a unique biometric signature as well as identify cardiac diseases.
The software runs on an entirely automated basis, using machine learning algorithms to evaluate the data. When Aida has finished analyzing the data, it generates quantitatively clinically actionable information for clinicians in a variety of languages. The Stethee Pro clinical and professional approval was given by the US Food and Drug Administration.
Simultaneous Artificial Response and Action (SARA)
The new SARATIX is a straightforward integration of Saratix’s and Custlr’s fashion technology that includes an A4 body shape tool, style analytics, and retail reports.
Alor is the world’s first AI-powered chatbot that aids companies in communicating with their consumers. Alor was designed to enhance one-on-one client interactions by making them more pleasurable and time efficient. Instead of using paper techniques, Saratix is a body-measurement technique that employs artificial intelligence and A4 technology. This is why, rather than depending on a single algorithm, your organization will use a variety of algorithms. The goal is to give clients with the most relevant and intriguing material possible in order for them to make more informed decisions.
Sabah’s Digital and Artificial Intelligence Legal Aid Centre
To help the general public, a Digital and Artificial Intelligence Legal Aid Center will be established in Sabah. The facility is planned to debut at Grand Merdeka Shopping Mall in Telipok, 21 kilometers from Kota Kinabalu, in November. Users will have access to legal information, case law, textbook readings, and other resources.
According to one of the project’s participants, clients will be charged for computer services while attorneys will be given for free.
AI in UK
The reputation of the United Kingdom as a competent nation to benefit from artificial intelligence has not been harmed. According on an index launched by Oxford Insights and the International Development Research Centre (IDRC) in Canada, countries around the world are ranked, with the United Kingdom at the top and only second behind China. Artificial intelligence will contribute almost $15.
The system at Staffordshire University was improved with the addition of a digital assistant called Beacon. A mobile app may be used to access the chatbot, which can answer questions regarding the timetable as well as suggest clubs to join. Beacon may also utilize chat to apply for council tax discounts, obtain new student cards, and connect students with university services elsewhere on campus.
InnerEye from Microsoft is being used to automate the processing of scans for male prostate cancer patients at Addenbrooke Hospital in London, England. The system generates a scan (anonymously labeled to protect patient privacy), tumours, and comments.
The AI technology assists medical staff in making decisions. The anonymized data is shared with the British Ministry of Defense to develop new AI strategies for cancer detection.
Self-driving cars are programmed to make ethical decisions about their behavior on the road, but they are far from perfect. A self-driving car programmed to save the most lives in a crash, for example, may prioritize the safety of its passengers over that of pedestrians. A new variety of algorithm developed by scientists at ETH Zurich and UC3M created an autonomous vehicle that makes ethical decisions based on what humans prefer. In a series of driving simulations, human volunteers were tested to determine whether they preferred self-sacrifice, solidarity with pedestrians, safety of one’s passengers or oneself. The vehicles were programmed to make the same decisions in various scenarios when faced with obstacles or other cars.
D. Education Artificial Intelligence for Students (AIS) Project
With funding from the Bill & Melinda Gates Foundation, Seattle Nonprofit Technology Resources (SNTR) and Microsoft Research Cambridge (MSR) launched the Artificial Intelligence for Students (AIS) project to assist higher education students succeed. The first version of AIS was designed as a digital academic coach that guided learners through their degree programs, then recommended courses and assisted them in scheduling.