Development of computationally efficient, hybrid intelligent methods for analysis, modelling and tuning of cathode ray tube deflection yoke systems.
Determination of the environmental footprint of a vehicle and relation of this to the economic and social costs of maintaining the infrastructure.
Upgrading of the following test methods a/c to eu directive 94/62/ec: drop height in relation to mechanical and manual handling - drop height in relation to weight/size/type of goods - pressure forces during mechanical handling.
To develop an alcohol ignition lock using advanced sensor technology and unique features suitable for commercial vehicles at a highly competitive price level.
A combined toolkit to achieve shorter development cycles for liquid chemical products will be developed and implemented. This will in turn reduce chemical use and incorporate environmentally sound components in liquid chemical formulations.
Wipox is a project for developing an innovative wireless pulse oximeter intended for continuous remote monitoring of chronic patients, mainly copd (chronic obstructive pulmonary disease) and sleep apnea patients.
To eliminate abrasive effects on printed packages during distribution. Relevant descriptions of wear mechanisms on printed surfaces enable for prediction of wear during transport. One new test method for abrasion resistance of printed packaging surfaces will be developed.