With human errors being possible, automatic real time identification of a drug and its concentration using technology is a viable option to decrease the chance of incorrect drug administration.
Multivariate statistical models are built from historical databases of batches already completed, and they are used to enable the real time identification of the variability sources, to reliably predict the final product quality, and to improve process understanding, paving the way to a reduction of final product rejections, as well as to a reduction of the product cycle time.
Gaps in disease surveillance capacity, particularly for emerging infections and bioterrorist attack, highlight a need for efficient, real time identification of diseases.
This type of connection allows the VIGI@ct real time identification of all pathogens responsible for hospital acquired infections (HAIs) using selection criteria established by the user and monitored continuously by the program.
Real time identification of the area of Helicobacter pylori infection in the stomach during gastroscopy not only reduces the sampling error and excessive work load of laboratories but also improves detection efficacy of early gastric malignant lesions albeit this procedure needs more meticulous examination of the whole stomach [ 11].
Both social media interaction (eg, through a tool like Sysomos' MAP which allows real time identification of consumers posting relevant content on social media) and Internet search-linked advertising (eg, through Google's AdWords which allow fine delineation of what sort of individuals, where, etc, see advertisements) are feasible tools to reach such niche groups.
Real-time identification of multiple bacterial pathogens in food is urgently needed to ensure food safety.
Several numerical examples are used to demonstrate the effectiveness of the proposed EKF-UI for real-time identification of linear or nonlinear structural systems and unknown external excitations.
This approach, termed identification-based adaptive voltage regulation (I-BAVR), uses real-time identification of the Thevenin equivalent circuit of the system, giving the X/R ratio to identify the active and reactive power dispatch of the DG unit.
Although regularization schemes or post signal processing can be used to treat the drifts, they are not suitable for the real-time identification of structural systems and unknown inputs.
