2012 - Europe Direct Iasi

EUROINVENT 2012
10.2.
Title PICPLC (automation controller)
Authors DAVOR GUSIĆ
Institution Udruga inovatora FSB, Croatia
Patent no. Pending
Description
10.3.
Title
Authors
Institution
Industrial environment for Microchip 16F and 18F
microcontroller series. With the look and performances it
is very similar to known commercial PLCs. The
application area is wide, basically wherever there is need
for control and regulation of the process (automation of
the machinery in ‘smart’ houses). A great advantage over
commercial PLCs is easy maintenance. The device is very
well protected, but if there is, however, a damage of the
processor, optocoupler or fuses, they can be easily
replaced because they are placed on the base and they are
easily obtainable.
Waves attenuation modeling by splines and fuzzy
interpolators / extrapolators considering wavelength and
atmospheric visibility - MOSIEFAU
Prof. dr. ing. Horia-Nicolai Teodorescu m.c.A.R., cs III
drd. Silviu-Ioan Bejinariu, cs. drd. Cristina Diana Niţă
Institute of Computer Science, Romanian Academy Iasi
Branch
Patent no. ORDA Registration no. 14625 /30.11.2011
Description
The waves attenuation estimation is useful in performance
analysis of FSO communication systems. It allows the emission
system parameters setting to receive a good quality signal,
considering the communication is affected by atmospheric
conditions.
The best models are based on Mie scattering theory but
information about the propagation medium is needed. Other
models (Kruse, Kim, Nadeem) use the visibility as a parameter
but require the evaluation of simple or double exponential
expressions.
The proposed models use the atmospheric visibility as a
parameter and are based on polynomial functions evaluation
reducing the computing time. The estimated value of the
attenuation is also more precise than in the exponential based
models.
The fuzzy model uses a list of measured attenuation values for
different values of the atmospheric visibility and the wavelength
Class 10
140