Tata Consultancy Services - Research’s Post

The Power Of Technology After Artificial intelligence.....

Will ultrasound scanners become a common fixture in every home, with the fast evolving of AI ? 😉 A curious user recently gave Google's generative AI tool, Bard, a real challenge. He uploaded an X-ray photo and asked Bard, 'What health issues should I, a 30-year-old, be aware of in this image?' Bard surprised us all with its detailed diagnostics and insightful health advice, thanks to its superior image recognition and data summarizing skills. 👉Picture this: A future where AI simplifies the interpretation of medical images, and where the safe, non-invasive power of ultrasound is as common as having a smartphone. Far from a fantasy, this could be our near future. Sounds intriguing, doesn’t it? I’d love to hear your thoughts. Share them below! 👇 #AI #HealthTech #FutureIsNow"

The AI Pin is a wearable gadget that offers consumers a range of functionality through artificial intelligence, such as: 1. AI Pin: A personal assistant that does more than just create reminders and control smart gadgets. 2. Translation in real time: The AI Pin can translate text and speech in real time, facilitating international communication.For example: English to Spanish and vice versa 3. Generative AI 4. Privacy: The AI Pin has no wake word and no always-on listening built in. It is made with privacy in mind. This is amazing ! Check out the video: https://hu.ma.ne/aipin Humane™ Technologies : Computer Vision, Sensory Engineering, Speech and Voice Recognition, Virtual Reality, Data Modelling, Data Privacy techniques et cetera. PS: I love the concept behind this product but how do we resolve the issue with electrical radiation ? Because this is one of my concern regarding hardware close proximity to human body. Signed: Temitope Oladokun - UNDYING RESILIENCE #aipin #technicalproductmanagement #aichallenges

Did you know that use of AI in chemical and process engineering is nothing new? The application of expert systems and neural networks started in 1980s, but was slowed down by the capability of hardware - the available processing power was simply not enough at that time. Now that even simple smartwatch is potentially powerful enough to run AI models, the technology resurfaces again. What is your view on the use of AI in engineering - will it help us solve the challenges we’re facing or will it restrict our creativity? P.S. Attached is helpful summary of the past, present and future of AI in chemical engineering from Colombia Engineering. #research #netzero #engineering #ai #machinelearning

Brain-computer interface (BCI) enables direct communication between the human brain and external devices, bypassing traditional neural pathways. This technology's implications are particularly promising for improving the quality of life of people with motor or communication disabilities. Some examples? Thanks to BCI, paralyzed patients have been able to manipulate robotic arms or cursors on computer screens using only brain activity. Not only that, BCI systems have also been used to help people with severe communication impairments to express themselves through speech synthesis devices. These advances not only increase independence but also significantly improve patients' emotional and social quality of life. To find out how AI technologies are transforming the healthcare sector, I invite you to read the article on DeltalogiX ▶️ https://buff.ly/3PvnsmJ #BrainComputerInterface #BCITechnology #MedicalInnovation #HealthTech #AIinMedicine #Neurotechnology #AssistiveTech #DigitalHealth #FutureOfMedicine #AI

🤯 Device reads your ‘internal speech’ tl;dr: Researchers have developed a brain implant that can decode internal speech, enabling individuals to communicate just by thinking. * * * 🧠 The big picture: researchers are unlocking the power of thoughts to give individuals a voice. They have developed a brain implant that can decode 'internal speech,' enabling people to communicate just by thinking. This is a significant leap forward in Brain-Computer Interface technology, as it works with thoughts rather than spoken or mimed words. A study published in Nature Human Behaviour showcases how this device can identify words spoken in the mind without any external cues. The device managed to decode one participant’s imagined speech with 79% accuracy. The other was not as successful, but it was still impressive with 23% accuracy. 👍 What this means for you: Although it was tested with only a handful of words, the implications of this new technology are immense. Beyond giving a voice to the voiceless, this technology could help people with conditions that limit their ability to speak, such as ALS or locked-in syndrome. This could also allow paralyzed people walk using thought-enabled prosthesis, but also make it possible to think commands to computers, mobile phones, or even cars. And ultimately, we might be able to communicate with each other using our thoughts! 🚀 My take on it: Once this technology matures, it has the potential to completely reshape how we interact with the world around us, be it electronics, vehicles, our homes, our computers, and even with each other. On the other hand, imagine what could happen if this kind of tool was used to control the population, literally having access to their thoughts. The challenge now is to not only make this technology more accessible, but to develop larger vocabularies for various applications, and also to build a solid ethical framework around it. That being said, when I read the article it immediately made me think of the Vogon Slapsticks from “Hitchiker’s Guide to the Galaxy”, creatures that live within the ground on the planet Vogsphere and rise out to smack anyone who thinks or has an idea. Check out the video below to see what they look like https://ayr.app/l/TFkU #AI #BCI #Innovation #HealthTech Video credit: The Hitchiker’s Guide to the Galaxy via youtube

Very interested summary presentation of AI in chemical and process engineering.

Professor Dawid, Professor Venkat's videos are on Youtube and the presentation was provided by PSE for Speed. Below is the link to the video, which I hope readers will be able to access. It's indeed worth viewing. https://lnkd.in/eSSgeA-8 https://lnkd.in/e-btKxdt

This is an informative presentation for any chemical engineer intrested in application of AI in chemical engineering.

Our team’s assessment of #computex24 and #Sensor+Test2024 provides a sense of the eventual intersection of sensing and computing. A big factor is AI’s anticipated impact on the industry. https://bit.ly/3VSbxor #chips #neuromorphic #analogdesign #AI #tinyml #tinyai #neuralnetworks #dataprocessing #edgeAI #ultralowpower #neuromorphiccomputing #neuromorphicsensing