Special Features of the Educational Component Design of Devices on Microcontrollers and Fpga

Abstract

Questions of features of the distribution and the implementation of the educational component "Design of devices on microcontrollers and field programmed logical gate arrays" with the support of all stakeholders' requirements to the latest technical knowledge are considered. Structural and technical description of the educational component is discussed.

Features of the Design of a Telemedicine Complex of a Wide Profile Based on Fpga

“…In FPGA, it is also possible to implement processors (for example, a processor on logical cells such as MicroBlaze), however, it is absolutely not necessary to pass the entire stream of processed data through this processor. Moreover, it is recommended to implement high-performance digital processing using DSP resources operating without direct and constant control of the processor [5]. The processor core can perform interface organization, tuning, monitoring, loading coefficients and other operations that are too difficult to implement in hardware.…”

“…The device, using the sensor unit (4), reads the biological characteristics of a person (1) with which the sensor device comes into contact. Then it transmits the information to the signal processing device (5), which is programmed using a PC. After digitization, the analysis of the data obtained is carried out.…”

“…At the same time, for FPGAs, the term "maximum clock frequency" refers to the most favorable conditions for chip tracing -all connections are made using short circuits, connected programmable cells are located side by side, the maximum length of accelerated transfer circuits is limited. Unsuccessful routing reduces the allowable clock speed accordingly, but it is very important that after the design is completed, it remains constant [2][3][4][5][6].…”

“…The performance of FPGAs on DSP tasks is the higher, the higher the parallelism of processing is used in the algorithm, which accordingly leads to an increase in the amount of logic on the chip. In addition, an important advantage of FPGAs is their ability to provide not only high processing speed, but also continuous processing and stable speed [5][6][7][8][9][10][11].…”

Aspects of Quality Assurance of the Educational Process of Higher Technical Education

“…At the level of scientific and pedagogical workers, as participants in the educational process, there is a constant work to ensure the quality of educational activities within the competences and taking into account the guidelines of the university [13][14][15][16][17][18][19][20].…”