Most currently available systems, Katragadda noted, are not just more expensive, but also lack the wide variety of features that Profig's cloud-based system is able to offer.
All existing ACL based systems are limited in only being able to grant controlled access to other registered users.
Experimental results show that the proposed fractional order based MIMO control system is able to improve robustness and decoupling.
Based on simple demographic data system is able to estimate the risk of hypertension.
Based on calculations, the present system is able to remove heat flux of up to 375 W/cm2.
Taking advantage of pre-built design knowledge base and database, this system is able to output designs of the main components of a drawing die, such as upper dies, lower dies and blank holders, upon users' input of design information of blank lines, die faces, punch open lines, press data, and types of subcomponents such as hooks, guides, and stopper seats.
Based on the estimated capacitance, the sensing system is able to estimate the haptic feedback force.
Based on the dual beam principle, the system is able to measure DSR at different bias levels, spatial uniformity, linearity, temperature coefficient of the spectral responsivity of reference cells in the spectral range from 280 nm to 1200 nm.
Based on this study, the neurospheres culture system is able to provide a pure population of astrocytes, which have been extensively utilized for stem cell research.
As such, based on this geometric relationship, the motion capture system is able to identify the different rigid bodies.
The results indicate that the system is able to determine material phase change based on EMF measurement.
