Algorithms

Machine learning

Long-Distance Target Localization Optimization Algorithm Based on Single Robot Moving Path Planning

Researchers from Huzhou University have developed an optimized algorithm for long-distance target localization (LTLO) based on single-robot moving path planning to address the problem of low positioning accuracy for long-distance static targets. By introducing constraints on stopping position selection and non-redundant locations, the algorithm improves the positioning accuracy for long-distance

Artificial intelligence

Artificial Intelligence Shows Promise in Detecting Pancreatic Cancer via Computed Tomography

Researchers from Tehran University of Medical Sciences conducted a systematic review and meta-analysis to evaluate the diagnostic performance of artificial intelligence (AI) algorithms in detecting pancreatic ductal adenocarcinoma (PDAC) from other types of pancreatic lesions using computed tomography (CT) scans. The study, published in the Journal of Imaging Informatics In

Machine learning

Breakthrough in Nucleic Acid Analysis: New Algorithms Expand Capabilities of NUPACK Software Suite

Researchers have developed new dynamic programming algorithms within the NUPACK software suite, enabling the analysis of equilibrium base-pairing properties for complex systems containing mixed-material nucleic acid strands. Currently, calculations are limited to single-material systems, but the new algorithms can analyze mixed-material systems, which are critical for modern applications in vitro,

Machine learning

Sustainable Food and Agriculture: New Research on Machine Learning Algorithm to Predict Pest and Disease Management

Research from Islamic University of Najaf, Iraq, has introduced a new machine learning algorithm to predict pest and disease management in sustainable food and agriculture. The algorithm, called Pest and Disease Management Machine Learning Algorithm (PDM MLA), utilizes data-driven predictive modeling to analyze weather, soil parameters, and crop health data

Machine learning

Machine Learning-Based Framework Contributes to Sustainable Development in Pharmaceutical Research

A novel approach to quantification of active pharmaceutical ingredients in ophthalmic preparations has been developed, addressing a significant challenge in sustainability research. The study, led by researchers from King Abdulaziz University, employs machine learning-enhanced UV-spectrophotometric chemometric models to concurrently quantify latanoprost, netarsudil, benzalkonium chloride, and two related compounds. This breakthrough