Venezuela and Belarus will develop joint projects for areas of mathematical modeling and satellite use in the frequency called Ka Banda
experiences binational exchanges established between National Centre for Development and Research in Telecommunications (Cendit), as agency of the MCTI, and Belarusian State University of Radio Electronics and Informatics, based in the city of Minsk, capital of the nation euro-East, ended the first of four phases programmed according to report Freddy Brito, president of Cendit.
explained Brito, who recently returned to Venezuela, a total of eight researchers, after a period of complementary education, who are already using knowledge related to the improvement of industrial prototypes related to the optimization of satellite and model development mathematicians to simulate the propagation of electromagnetic waves in the atmosphere in Venezuela.
This project funded through the Fund MCTI Research and Development Conference (Fidetel) reached an initial complement of approximately 436 technical academic hours, which were distributed over four months in the Belarusian University of Radio Electronics and Informatics, as part of a series of actions which will continue, in order to achieve the technological expertise to further assist in improving the management of telecommunications to social utility, said the researcher.
With the launch of the new phase of cooperation agreement, is expected to complement the knowledge to build the Transmission (Tx) and Receive (Rx) antennas at Ka-band frequency and their mechanical prototypes. To do this, Brown argues that planned to be sent back to three Venezuelan investigators to that university, in order to continue strengthening and enhancing the application of knowledge later estimated by the MCTI and entities involved in the deployment of satellite technology.
Importantly, the progress of investment performance to the successful conclusion of the Belarusian nation on specific projects related to the characteristics of the prototypes for Ka Banda and mathematical modeling, which as a system will be fully compatible with the deployment of satellite Simón Bolívar, in this sense, the Bolivarian Agency for Space Activities (ABAE) actively participate in counseling for a subsequent operation.
should be noted, the Ka band is one that corresponds to the highest operating frequency of Venesat-1, which is possible variety of information management in telecommunications, property that is also known as broadband, and whose property is useful for displaying services of great social impact, such as those associated with telemedicine and tele-education, among others.
These bilateral agreements framed multipolar policy, Venezuela is committed to the possibility of exploring all the benefits and knowledge related to the high frequency of operation, also said Brito.
Thus, the second phase of the agreement will be referred to the documentation and construction of the first prototype in frequency Banda Ka; third is directed towards the development of software (program) for the mathematical modeling of the Venezuelan atmosphere, and the fourth stage will be linked to the development of decoders for receiving devices, including scope.
This strategic move of the agreement, is evidence of the policies implemented by the Bolivarian Government, in order to reduce levels of exclusion of telecommunications services in the nation. Similarly, under the responsibility of our researchers, in order to promote the construction of full sovereignty in telecommunications, with inclusive vision and endogenous development.
explained Brito, who recently returned to Venezuela, a total of eight researchers, after a period of complementary education, who are already using knowledge related to the improvement of industrial prototypes related to the optimization of satellite and model development mathematicians to simulate the propagation of electromagnetic waves in the atmosphere in Venezuela.
This project funded through the Fund MCTI Research and Development Conference (Fidetel) reached an initial complement of approximately 436 technical academic hours, which were distributed over four months in the Belarusian University of Radio Electronics and Informatics, as part of a series of actions which will continue, in order to achieve the technological expertise to further assist in improving the management of telecommunications to social utility, said the researcher.
With the launch of the new phase of cooperation agreement, is expected to complement the knowledge to build the Transmission (Tx) and Receive (Rx) antennas at Ka-band frequency and their mechanical prototypes. To do this, Brown argues that planned to be sent back to three Venezuelan investigators to that university, in order to continue strengthening and enhancing the application of knowledge later estimated by the MCTI and entities involved in the deployment of satellite technology.
Importantly, the progress of investment performance to the successful conclusion of the Belarusian nation on specific projects related to the characteristics of the prototypes for Ka Banda and mathematical modeling, which as a system will be fully compatible with the deployment of satellite Simón Bolívar, in this sense, the Bolivarian Agency for Space Activities (ABAE) actively participate in counseling for a subsequent operation.
should be noted, the Ka band is one that corresponds to the highest operating frequency of Venesat-1, which is possible variety of information management in telecommunications, property that is also known as broadband, and whose property is useful for displaying services of great social impact, such as those associated with telemedicine and tele-education, among others.
These bilateral agreements framed multipolar policy, Venezuela is committed to the possibility of exploring all the benefits and knowledge related to the high frequency of operation, also said Brito.
Thus, the second phase of the agreement will be referred to the documentation and construction of the first prototype in frequency Banda Ka; third is directed towards the development of software (program) for the mathematical modeling of the Venezuelan atmosphere, and the fourth stage will be linked to the development of decoders for receiving devices, including scope.
This strategic move of the agreement, is evidence of the policies implemented by the Bolivarian Government, in order to reduce levels of exclusion of telecommunications services in the nation. Similarly, under the responsibility of our researchers, in order to promote the construction of full sovereignty in telecommunications, with inclusive vision and endogenous development.
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