Samsara’s Post

Just finished watching an insightful session from Samsara's AI Speaker Series session featuring Professor John Shen from CMU. Learn about the future of AI with neuromorphic computing in this video: 

WATCH | We had the pleasure of hosting Dr. Ziad Obermeyer, Blue Cross Distinguished Professor at the University of California, Berkeley, for a fascinating discussion on applying machine learning to predict sudden cardiac death > https://lnkd.in/gSDb-qbg The field of medicine is abundant with high-impact problems that have much to do with predictions and are therefore excellent use cases for machine learning applications when combined with health data platforms, explains Dr. Obermeyer, who is a co-founder of Nightingale Open Science and Dandelion Health, Chan Zuckerberg Biohub Network Investigator, and faculty research fellow at the National Bureau of Economic Research. Case in point: we have the cure — implanted cardioverter defibrillators — to prevent hundreds of thousands of deaths each year due to sudden cardiac death, but we are bad at predicting who is at high risk and putting these devices into the right hearts. Learn more about Obermeyer's research that uses a massive new dataset of electrocardiograms (ECGs) linked to death certificates to predict sudden cardiac death far better than current methods and his work to create a generative model of the ECG waveform to tie what the model is "seeing" back to underlying cardiac electrophysiology > https://lnkd.in/gSDb-qbg #machinelearning #ai #aihealthcare #healthtech #predictivemodeling #cardiology #suddencardiacdeath #cardiacelectrophysiology

Our groundbreaking technology at Asterion AI won the National Science Foundation (NSF) award for automating EEG for the diagnosis of stroke! Just published an article with Nerses Sanossian about the implications for the future of stroke diagnosis - electroencephalography (EEG) provides a portable real-time option for evaluating stroke. Incorporating machine learning offers the possibility of automating the process and making it highly accurate. Check out the article:

Here's an excellent article on the contributions of Stanford University to the advancement of BCI from basic science to clinical demonstration, focusing on the Neural Prosthetic Translational Lab co-founded by neurosurgeon Jaimie Henderson and neuroprothestics pioneer Krishna Shenoy. Sam Scott provides elegant explanations of how these life-changing technologies work and presents a vivid first-person account from a BCI study participant. And, Stanford alum and Paradromics CSO Vikash Gilja helps explain some of the refinements needed to translate these research devices into viable medical products. (...which, by the way, we've built into our Connexus Direct Data Interface. Learn more here: https://lnkd.in/gGZGUy8k)

Our new Autonomics posters address a number of deficits in the Polyvagal Theory model, specifically as it relates to clinical application and implementation. 1. Inclusion of six additional states beyond the seven articulated by Polyvagal Theory: restore, enjoy, compete, accommodate, appease, dorsal appease 2. Clarification about the synergistic nature of the three primary autonomic systems as they interact across a continuum of safety, danger, and life threat 3. Visualization of pathways directly from shutdown states to connection states (a circle or spiral, not a ladder) 4. Interactions of neurochemistry with neural platform to undergird state 5. Removal of technical language divorced from everyday experience to describe state phenomena Posters are coming in a variety of formats to support your clinical work and personal work of transformation. Stay tuned!

Interested in neuromorphic computing? Check out Samsara’s latest AI Speaker Series with Professor John Shen from CMU. Learn how this innovation could transform AI.

📢 #HighlyCitedPapers 1. #FaultDiagnosis of Induction Motors with Imbalanced Data Using Deep Convolutional Generative Adversarial Network 🔗 https://lnkd.in/g33Dw-DS 2. The Effect of Individual Combination Therapy on Children with Motor Deficits from the Perspective of Comprehensive #Rehabilitation 🔗 https://lnkd.in/gsGrmZkG MDPI Encyclopedia MDPI

Interested in neuromorphic computing? Check out Samsara’s latest AI Speaker Series with Professor John Shen from CMU. Learn how this innovation could transform AI.

Interested in neuromorphic computing? Check out Samsara’s latest AI Speaker Series with Professor John Shen from CMU. Learn how this innovation could transform AI.

Amazing study.AUC of 0.938 is unheard of in decision support.