Sort by
Refine Your Search
-
materials as an addressing these challenges. A large experimental research programme is now attempting to explore these materials further and develop them for use in devices. To underpin this research we need
-
Doctoral Training Partnership (DiMeN DTP). Our training partnership comprises the five large civic universities at Leeds, Liverpool, Newcastle, York and Sheffield. This partnership aims to create a
-
Large Eddy Simulations (LES) provide detailed 3D turbulence information, often used to understand the underlying physics and calibrate simpler models. Recently, research has focused on controlling wind
-
respond to future change. Your project will combine large-scale data synthesis, ecological theory and modelling to answer two central questions: 1. What is the functional diversity of grasses worldwide
-
data acquisition systems capable of handling the high radiation environment and intense magnetic fields around fusion reactors to understand how muons propagate through large reactors and interact with
-
for speech technology the variability of input data is large and recordings can occur in highly complex acoustic and linguistic settings. The standard approach to this date is to build models with large
-
technologies, including: Smart Shop-Floor Connectivity 5G Factory of the Future Big Data Artificial Intelligence (AI) Automation and Robotics for advanced manufacturing systems. Candidates should have strong
-
all year round Details Project details: Artificial Intelligence (AI) has been shown to be important in obtaining ‘big data’ from whole slide images (WSI) and offers unique opportunities for automated
-
, AI-based tools are being increasingly utilised to analyse "big data" from digital whole slide images (WSIs), enabling the identification of novel digital biomarkers and informing precision treatment
-
antimicrobials is of great interest currently. Among the bacteriophage a class of large, widespread, antibacterial viruses known as Jumbophage are receiving much attention due to the novel mechanisms they employ