Recent research clearly illustrates the potential that artificial intelligence (AI) and deep learning systems offer for improving the detection and diagnosis of cancer, whether from radiological images or tissue analysis. While further clinical validation of such systems is needed before they can be reliably deployed in medical practice, they are expected to benefit patient care...
We recently wrote about the growing use of machine learning and artificial intelligence (AI) in healthcare. That blog post talked primarily about the expanding applications of AI in clinical diagnostics, based on AI’s superior abilities in pattern recognition. Within the pharmaceutical industry, however, machine learning technologies hold the most potential for revolutionizing drug discovery and...
We have recently been hearing much about “machine learning” and “artificial intelligence” (A.I.). While many tend to use the two terms almost interchangeably, there is a distinct difference between the two. Machine learning, also known as “deep learning,” is a field of applied mathematics that uses algorithms and statistical models to build predictive systems...