Decision Making Technology for Intelligent Environments


Creation of smart household services shall be based on a technology, enabling monitoring of human behavior and intelligent decision making process.

Developed technology could be used for creation intelligent household services, the functionality of which would rely on knowledge of human habits and events, taking place within the smart environment of a real-time basis.

Developed technology complies with the requirements set for real-time systems, namely, calculation and need of memory resources, speed and accuracy of decision making process, decision making within unspecified conditions, etc.

Raktažodžiai: Decision Making Technology, Intelligent Environments

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos
Acoustic Wave Application for the Analysis of the Quality & Safety of Porous Food & Non-food Systems


A quick method for the detection of mycotoxins in grains and an acoustic device for the evaluation of the quality of porous food systems in production.


ACOUSTICS project outcomes – the project has proved the usability of the acoustic method both by acoustic wave transition and by reflection in the creation of a quick and cheap method for the detection of the following mycotoxins: (i) deoxynivalenol (DON) in wheat and (ii) aflatoxin (AFT) in corn, as well as (iii) the evaluation of the structure/texture of porous food matrices, such as bread, biscuits, extruded products, and/or their changes during storage.

Specific knowledge gained during the ACOUSTICS project allowed to create specialized software which was installed during the implementation of the acoustic device prototype.

Raktažodžiai: mycotoxins, grains, food systems

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos, Technologijos darniam vystymuisi ir energetika
EU 7th FP Project ‘Re-design of the Dairy Industry for Sustainable Milk Processing’ (SUSMILK)


The main idea of the collaborative project „Re-design of the dairy industry for sustainable milk processing“ (SUSMILK) is to analyze and optimize the whole process chain for milk and milk products with regard to energy and water consumption.

The project aims at developing new concepts and technologies for the supply of heat, cold and power and integrating them into the respective process steps. The integration of innovative and efficient technologies into a “green dairy” concept that will aim at maximizing water and energy savings is a central part of the project.


  • The evaluation of the feasibility, efficiency, and economy of the technology developments to reduce the water and energy demand in the dairy to establish a resource efficient food processing.
  • Concepts based on research results to highlight the potential for recycling of energy and mass flows by transforming waste flows into valuable products.
  • A “green dairy” simulation tool based on all the data generated within the different pilot and demonstration plants, which will help engineers and the dairy industry to design new and to adapt existing facilities.

Raktažodžiai: SUSMILK, milk products, sustainable milk processing

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos, Technologijos darniam vystymuisi ir energetika
Application of Optoelectronic Measurement and Installed Real-Time Digital Signal Processing Technologies for Electronic Jewellery, Adding Additional Functions


Investigation of technologies applied for real-time digital processing of biomedical signals gained by optoelectronic measurement devices are carried out.

Analysis and investigations of devices, describing the blood pressure, that are oriented towards development of worn devices and electronic jewellery with a health state monitoring function are performed.

This method will ensure that all worn devices and electronic jewellery would perform both aesthetic function and additional practical function, namely supervision of blood pressure and heart rate.

Blood pressure recording device could be designed as jewellery element (ring, bracelet, earring, etc.), performing measurement 24 hour per day without disturbing routine activities: at work, while driving a car, doing sports, etc.

Raktažodžiai: Real-Time Digital Signal Processing Technologies,Electronic Jewellery, Adding Additional Functions

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos
Development of a Working Model of an Innovative Hybrid Packaging 3D Printer


The device combines two well-known package forming methods. One of the methods is forming packages from polymer films.

As the 3D printer industry expands, they are now also used in packaging production; however, at the moment, packages produced by 3D printers are expensive.

Our device would combine the traditional method of forming packages from films with an innovative 3D printer technology.

It would expand the possibilities of packaging developers which would allow to create new optimum environmentally-friendly packages.


An innovative model for a hybrid package forming device is in progress by using 3D technology.

Raktažodžiai: 3D printer, 3D

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos, Technologijos darniam vystymuisi ir energetika
Method for Indoors Positioning of Wireless Local Area Network (WLAN) Objects


Application of the method for indoors positioning of Wireless Local Area Network (WLAN) objects enables determination of a single object location by at least two access points capturing the object.

Positioning of WLAN object foresees application of positioning algorithm, which compares measured signal strength values and signal dissimilation model (map) for calculation of each access point, capturing the object.

Calculated position of the object is saved and extended in order to ensure the accuracy of positioning.

Raktažodžiai: Indoors Positioning, Wireless Local Area Network (WLAN) Objects

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos
Technology for Fabrication of Microelectromechanical Systems (MEMS) Transducers


The developed photolithography-based fabrication technology may be applied to produce microactuators and microsensors suitable for numerous applications, e.g. telecom, automotive, medical, measurement and various industrial equipment.

This surface micromachining technology uses a combination of different thin film deposition and etching processes such as wet and reactive ion etching, electron-beam vacuum evaporation, electroplating, etc. The technology was successfully implemented for fabrication of electrostatic microrelays and micromotors.


Available technological infrastructure enables small-batch fabrication as well as electric and dynamic characterization of MEMS transducers.

Raktažodžiai: Microelectromechanical Systems (MEMS) Transducers

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos, Technologijos darniam vystymuisi ir energetika
Smart Refrigerator Technology


Technological solutions for smart refrigerators mean technological solutions developed for smart refrigerator being household equipment for execution of control, monitoring, support and warning functions and related electronic functions.

Main technological features:

  • Monitoring of food stuff state inside the refrigerator;
  • Generation of equipment operation and use reports;
  • Generation of equipment inspection and repair schedules;
  • Early warning system intended to control various elements of the equipment;
  • Equipment could be used as household food stuff ordering point;
  • Easy planning of shopping;
  • Provision of additional information about the equipment and its operation;
  • Opportunity to install touch screen

Raktažodžiai: Smart Refrigerator Technology

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos
Electronic Device for Soil Humidity Measurement


A working prototype for humidity measurement, designed in real conditions, allowing to measure soil humidity with less than 10% error.

The research was performed with different soil types, whose electric characteristics were measured by using a finite element method, simulated and optimized using interlocked electrode sensors and chip AD5933 for impedance measurement.

The developed device will help to identify clay-type soils by the humidity parameter, with reference to the quantitative index of this parameter. This is relevant for clay-type soils with higher humidity.

Raktažodžiai: Electronic Device, Soil Humidity Measurement

Mokslo kryptis: Išmanios aplinkos ir informacinės technologijos, Technologijos darniam vystymuisi ir energetika