Presentation summarizes results obtained during past research by
the LIS laboratory, presents new hardware, directions for further
research and possibilities for collaboration with other IRAFM
researchers. Special attention will be paid to:

- Next development and LFLC application for fast technological
processes control including the automatic context change.

- Presentation of current state of the PLC linguistic fuzzy logic
controller development and ongoing experiments of liquid level
control in the model of connected vessels and transferring LFLC
into the generic systems based on PLC architecture.

- Design and implementation of algorithm for finding the
appropriate result (output) values based on input values and
generated lookup table. This algorithm was implemented in a
programming language SCL and tested by Siemens PLC. Lookup table is
generated in LFLC tool and can be used for any knowledge base
defined in the LFLC tool.

- Development of application for risk analysis. It is a complex
tool with web-based frontend created for support of processes of
the risk management in area of Information Security. The tool
serves as a center for creation, evaluation and automatic
processing of information security risk analysis. The core of the
application is constructed from a set of expert systems for
decision-making support in individual steps of the risk analysis
process. This tool has included into the RANIT tool, developed by
VIAVIS a.s. company and which has many real applications
(www.ranit.cz).

- An application for online student's language test processing and
subsequent evaluation of student's educational needs. This
application is part of the adaptive e-learning system, which is
currently being developed.

- Presentation of NAO humanoid robot and possibilities to use the
LFLC tool. Simple robots are very limited devices and therefore
they cannot operate under the large databases. We would like to
transfer LFLC tool into the cloud to perform complex operations
outside the robot (such as robot cognitive functions). The cloud
also provides a shared knowledge base.

- Short introduction into the intelligent house (Home Automation)
concept. We would like to outline possibilities to use LFLF tool to
predict future trends of user behavior and minimize energy demands
of the whole system. LFLC can be used to allow user to change
control strategy on user-friendly way.