Russian researchers have created a way to create digital microcircuits using artificial intelligence. This was reported by the press service of the Foundation for Advanced Research (FPI).
The Quantum Research Institute has developed the "Synthesizer-A" preliminary project. Its goal is to study the possibility and prospects of creating a technology for the generative design of RTL models for digital microcircuits (VLSI and FPGA). The technology is based on communicative agents using large language models. The results of preliminary experiments give hope for achieving domestic results comparable to the best foreign solutions.
Now developers can describe their requirements in Russian. This simplifies the design of digital microcircuits. As a result, it is possible to introduce innovations, complicate products, and reduce the time and cost of their development.
Large language models and communication agents open up new opportunities in the machine generation of VLSI and FPGA descriptions, noted Ruslan Bakeev, head of the Artificial Intelligence Center of the FPI.
With their help, it becomes possible to decompose the task into designing the architecture of modules, implementing modules in source codes, implementing modular testing, and so on. Agents, interacting with models and with each other, can generate source code and run its testing automatically, without the participation of the developer, improving quality.
Earlier, Russian and Kazakh scientists developed a new method for finding vulnerabilities in code using artificial intelligence. This method works faster and more efficiently than classic static code analyzers.
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