About laboratory

The laboratory carries out developments in the following applied areas:

1. Development and design of embedded intelligent systems.
2. Hardware implementation of artificial neural networks in the form of various NeuroBIS based on FPGAs and microprocessors.
3. Development of specialized CAD systems, drivers, software products and operating systems for the creation and management of embedded systems.
4. Development of various routing tools, digital filters, generators and other IP cores for use in FPGA development.

The use of FPGAs allows you to deploy practice-oriented training on the basis of the laboratory, integrated with applied research in the following areas:

1. Functional and logical design.
2. System-on-chip design tools. CAD Quartus II (Basics of design in CAD Quartus II. Analysis and modeling of devices in CAD Quartus II. Optimization of projects in CAD Quartus II).
3. Embedded processor cores (Nios II).
4. Synthesis of digital devices in HDL languages ​​(Fundamentals of the Verilog language. Verification of systems on a chip).
5. Development of system-level projects (DSP Builder).

     

Laboratory equipment:

• Various FPGA-based development boards

Intel FPGA (Altera): De1-SoC, De1, De10-Standart, De0-Standart, De0-Nano, MAX 10 Plus; Alinx ALTERA Cyclone IV; RZ-EasyFPGA A2.1, 10 LP.

Xilinx: DIGILENT Nexys 4, Nexys 4 DDR, CMOD A7, Basys 3; DangerousPrototypes DP8049_v1.

• Microprocessor systems and single board computers (Arduino, TI MSP, Raspberry Pi 3B, Cubietruck, TRIK).
• 3D printing tools (PICASO Designer X).
• Robotic systems (Robot NAO, Robot Darwin OP2, Robot Darwin Mini, etc.).

Dear students, if you need to work with laboratory equipment, please contact us by email: aamerikanov@hse.ru.