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Astrakhan State University
- KBBE.2012.2.3-05 Insects as novel sources of proteins - SICA
Date of filling in
Astrakhan State University
20а Tatishchev st., Astrakhan, 414056, Russia
Department of Physics and Technology, Chair of General Physics
Anatoly M. Likhter, Head of the Chair of General Physics, Doctor of Technical Sciences, Associate Professor
Food, Agriculture and Fisheries, and Biotechnology (KBBE)
KBBE.2012.2.3-05 Insects as novel sources of proteins - SICA
Short description of the organization (max 12 lines):
Astrakhan State University (ASU) was founded in 1932. Now it is known as one of the largest multi-purpose educational institutions in the Caspian Sea region.
Astrakhan State University has old traditions of academic activity and it is one of the most rapidly developing universities in Russia. Many scientists of the University are widely known not only in Russia, but also abroad thanks to their significant contribution to various spheres of science. ASU is classical university which carries out research activities and student's training in the majority of fields of modern science including physics and mathematics, information and communication technologies, social and economic sciences and humanities, jurisprudence, history, biology, food, agriculture and fisheries, biotechnology, environment and security, nanosciences etc.
Our research group has experience of developing optical and electronic systems and optical and devices based on these systems for efficient functioning of control systems of insect behavior. While developing the above biocybernetic systems mathematical model is generated, describing the transmission of optical electromagnetic emission to the sensor systems of flying insects. It is accompanied by generating the analytical formulas to express such energy and information characteristics of the channel, transmitting such optical information to insects as signal and noise, and function “signal/noise ratio”. Taking into account these formulas the research of dependence of information and energy channel characteristics for optical information transmission to the insects on the parameters of biocybernetic system is carried out and efficient parameters making the value of functions “signal/noise ratio” maximal are chosen. For example, such methods can be applied to the development of mechanical complex for obtaining feed supply for the pond fish farms by catching and processing locusts for it. The above mentioned mechanical complex consists of the following elements:
1) Optical and electronic hub to concentrate locust population during the flight
2) Autonomous energy set on the basis of a heliostation
3) Electric shocker
4) Chipping machine
5) Infra-red drying unit for the protein mass
6) Accumulator tank.
Taking into consideration great demand for cheap feed source for growing fries and standard size fish (including sturgeon) on pond fish farms and almost unlimited population of locusts (raw material for feed mass) this project is a great attraction of investments and characterized by high economical efficiency.
Mathematical modeling Biocybernetic systems Optimal design work Optical and electronic devices Flying insects
Publications on the topic (other references)
Likhter A.M. Optimal Design of Optical and Electronic Systems, Astrakhan, ASU, 2004, p.246.
Likhter A.M., Pleshkova Yu.A. Math Modeling of Light Fields in Systems of Controlling Insect Behavior. The magazine of fundamental and applied issues “Natural Sciences”, No.3(32), 2010, Astrakhan, publishing house “Astrakhan University”, pp. 188-192.
Likhter A.M., Pleshkova Yu.A. The Model of Optical Information Transmission in Systems of Controlling Insect Behavior, magazine “Ecological Systems and Devices”, No.12, 2010, pp.24-27.
Likhter A.M., Pleshkova Yu.A. Modeling of Dependence of Information and Energy Characteristics of Systems Controlling Insect Behavior on their Dimensions, magazine “Ecological Systems and Devices”, No.2, 2011, pp.27-32.
Likhter A.M., Dzhalmukhambetov A.U., Pleshkova Yu.A. Modeling of Influence of a Daylight Mode on Transmission of Optical Information to Insects, magazine “Natural Sciences”, No.1(34), 2011, pp.186-193.
Likhter A.M., Pleshkova Yu.A. Modeling of Characteristics of a Transmission Channel of Optical Information with Regard to Specific Features of Area Landscape, “Magazine of the Caspian Sea Region: Administration and High Technologies”, 2011, No.1(13), pp.65-71.
Likhter A.M., Pleshkova Yu.A. Software System for Performance Prediction of Transmission Channel of Optical Information to Daytime Flying Insects, Certificate of State Registration of Software Program and Intellectual Property, No.2011612494 dated 25.03.2011.
Likhter A.M., Pleshkova Yu.A. Method of Biological Protection from Blood-Sucking Insects and Device for its Application, patent No. 2009120243, 23.11.2010.
LIkhter A.M., Knizhnikov V.M., Pleshkova Yu.A., Gmyrin V.V., Makukhin A.A., Portovoy I., Amshkashvili N., Fayzulin M., Development of Automatic Unit for Production of Feed Supply from Locusts, the proceedings of the international and scientific conference “Innovative Technologies in Administration, Education and Industry “Astintech – 2011”, May, 17-19 2011, Astrakhan State Technical University – Astrakhan: publishing house “ASTU”, 2011, pp.27-29.
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