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Friday, May 10
Digital Design Concepts for ASICs and Programmable Logic
(in English)
Digital Design Concepts for ASICs and Programmable Logic
(in English)
Abstract - to be announced lаter
Time: 10:00 - 11:00 (from now on - GMT+3, Kyiv time)
Digital Systems Design: from the Idea to the Silicon
(in English)
Digital Systems Design: from the Idea to the Silicon
(in English)
Abstract - to be announced lаter
Time: 11:00 - 12:00
Use Cases of FPGAs and ASICs
(in Ukrainian)
Use Cases of FPGAs and ASICs
(in Ukrainian)
Digital electronics can be divided into general-purpose units (CPU, GPU) and special-purpose units (ASIC, FPGA). The decision to use one or the other type depends on many factors: the task, speed criteria, available chip space, and data type. The areas of application of processors and microcontrollers are well known, that execute instructions one by one (fetch - load - execute - store); in my report, I would like to describe the criteria for the use of special purpose hardware, examples of its use in experiments and engineering, and as well as projects I have been involved in.
The report will include the following points:- General purpose vs Special purpose. When is it worth using? When to use them?- Important characteristics and parameters of special purpose chips Important characteristics and parameters of special-purpose chips- Using ASICs and FPGAs in research and engineering- Examples.
The report will include the following points:- General purpose vs Special purpose. When is it worth using? When to use them?- Important characteristics and parameters of special purpose chips Important characteristics and parameters of special-purpose chips- Using ASICs and FPGAs in research and engineering- Examples.
Time: 13:00 - 14:00
Hrechykha Oleksii
Hrechykha Oleksii
Practical work mentor
KAU, Kyiv, Ukraine
KAU, Kyiv, Ukraine
Practical Work: Introduction to XILINX VIVADO
Practical Work: Introduction to XILINX VIVADO
The practical work is devoted to the basic skills of working with software, namely:- During this work, you will be able to familiarize yourself with the basic techniques of working with AMD (XILINX) VIVADO.- According to the proposed technical task, create a project. Using the SystemVerilog hardware description language, create AND, OR, and XOR logic elements and map the inputs and outputs of the logic elements to the components on the developer board (Digilent BASYS3).- Conduct logic synthesis, generate a binary file for FPGA programming, program the board, and check for correct operation.
Time: 14:00 - 15:30
Saturday, May 11
Vérification, Simulation and Test Benches
(in Ukrainian)
Vérification, Simulation and Test Benches
(in Ukrainian)
The development of special-purpose chips consists of many stages: algorithm design, algorithm realization in HDL, implementation on real elements of the chip, optimization of both code and design, testing and testing and production of the final circuit. Most often, verification of functionality and optimization of physical characteristics take more than half of the total chip development time. For reliable functional verification, it is necessary to check, ideally, all parts of the circuit (code), edge cases, output signals compared to expected, etc.
In this talk, I would like to discuss the following points:- Why is the verification of functional and physical characteristics is an extremely important stage of development?- Functional verification algorithms. Automation of the process- Examples from SystemVerilog
In this talk, I would like to discuss the following points:- Why is the verification of functional and physical characteristics is an extremely important stage of development?- Functional verification algorithms. Automation of the process- Examples from SystemVerilog
Time: 11:00 - 12:00
Digital Devices Under the Hood
Digital Devices Under the Hood
Digital devices are firmly established in human life. From every device (phones, computers…) to instruments for exploring the Universe, digital devices work quickly and reliably. They are based on a few simple ideas and inventions. CMOS (complementary metal oxygen semiconductor) technology dominates the semiconductor industry.
At this lecture, we discuss: – the basics of CMOS Technology – operation of n CMOS and p CMOS transistors internal structure of logic elements
At this lecture, we discuss: – the basics of CMOS Technology – operation of n CMOS and p CMOS transistors internal structure of logic elements
Time: 12:00 - 13:00
Varvarin Mykhailo
Varvarin Mykhailo
Practical work mentor
KAU, Kyiv, Ukraine
KAU, Kyiv, Ukraine
Practical Work: Verification and Testbench with XILINX VIVADO
Practical Work: Verification and Testbench with XILINX VIVADO
Reliable and fault-free operation of digital devices is very important, and there is a separate industry called verification and testing of digital circuits, and it is extremely important to carry out such verification before the devices are manufactured. The practical work is devoted to verification and testing. During the work, you need to: - Using the skills acquired during the previous work, create a digital circuit design and technical specifications using AMD (XILINX) VIVADO.- Then, according to the above recommendations, create the code for the testbench and check the correctness of the created circuit.- The last step is to perform logic synthesis, generate a binary file for programming the FPGA, program the board, and check for correct operation.
Time: 13:00 - 14:30
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