Articles tagged with Network Analysis
Researchers at University of Maryland's Institute for Advanced Computer Studies create SOMA Terror Organization Portal (STOP) to analyze and forecast terrorist organization behavior. The technology allows analysts to query learned rules, network with other experts, and test theories using data-driven forecasting capabilities.
Researchers constructed a chaperone interaction network for the malarial parasite, highlighting new proteins that can potentially be used in the fight against malaria. The study provides insights into the functions of molecular chaperones and their role in chromatin remodeling, protein trafficking, and cytoadherence.
Scientists at the Universidad Nacional Autonoma de Mexico and Buck Institute created an algorithm that identifies critical protein elements solely based on their shape. This breakthrough enables more efficient development of effective treatments and diagnostic tests for various diseases.
A team led by Sandeep Shukla is working on devising strategies for achieving the optimal balance of power and performance in embedded computer systems. The goal is to guarantee maximum performance while reducing power consumption, which is crucial for devices like wireless devices, cars, and climate control systems.
Researchers aim to optimize internet traffic flow by allocating available capacity fairly among competing packets of information. A new algorithm developed could be applied to various networks, including telephone systems and power grids.
Researchers at the Naval Surface Warfare Center are developing new statistical techniques to aid human operators in detecting and defending computer networks against intrusion. The new algorithms will filter out access attempts from strange places or at strange hours, or any attempts asking for unusual information.