About us – Laboratory PSPOD

About the laboratory

Since 2004, the Laboratory of Industrial Systems for Streaming Data Processing of the SPbPU National Technology Initiative Center for Advanced Manufacturing Technologies (NTI Center) has been engaged in Hi-Tech research and commercial developments in the sphere of algorithms and systems for data collection and analysis. The research results are employed in the creation of analytical information systems for companies interested in business digitalization and seeking to use advanced technologies in industry, agriculture, construction, medicine, IT, housing and communal services, etc. We develop software and hardware systems for such customers as Gazpromneft, Vodokanal - St. Petersburg, KNS Group (YADRO), Plaza Lotus Group, Siemens, Philips and others. The project is co-sponsored by authoritative Russian and foreign academic organizations and laboratories. Many developments are co-financed by state funds for the development of technological innovations - the federal target program "Research and Development 2014-2020", the BRICS multilateral research initiative, the Foundation for the Promotion of Innovation, the programs of the Russian Foundation for Basic Research and the Russian Science Foundation. Priority areas of our research and development:

Systems for collecting and processing video surveillance data: detection, localization, classification of objects, detection of events.
Systems for collecting and processing the results of laser scanning and photography: hybrid data processing, bim-modeling.
Multisensory data acquisition and processing systems: monitoring the state of objects and the environment, predictive analytics.

Our team comprises over 60 experienced specialists who are competent in the modern techniques, tools and services to solve the most complex technical problems using advanced IT technologies. The laboratory is part of the NTI Center, a leading competence center of the Russian National Technological Initiative, a major project consortium in the field of “New Production Technologies” (digital design and modeling, digital twins, new materials, additive technologies), established on the basis of the innovation ecosystem of Peter the Great St. Petersburg Polytechnic University.

История

2004

Начало работы научной группы

2017

В структуре Объединенного научно-технологического института создана межинститутская научно-исследовательская лаборатория «Алгоритмы и системы потоковой обработки данных» (МНИЛ «АСПОД»)

2018

МНИЛ «АСПОД» включена в структуру Центра НТИ СПбПУ с названием «Промышленные системы потоковой обработки данных» Центра НТИ СПбПУ

2020

Лаборатория вошла в состав Научного центра мирового уровня «Передовые цифровые технологии» СПбПУ

2022

Лаборатория вошла в число подразделений Передовой инженерной школы СПбПУ «Цифровой инжиниринг» с названием «Промышленные системы потоковой обработки данных» ПИШ СПбПУ

News

25.09.2024

A virtual training system was created to teach operations at the compressor station of an underground gas storage facility

The utilization of digital models of equipment and the completion of a series of practical tasks will facilitate the acquisition of competencies pertaining to the execution of routine maintenance and repair operations, as well as the identification and simulation of emergency scenarios.

23.09.2024

A virtual model of gas filling station pumps has been developed

The objective of the project is to provide students with the requisite training to enable them to operate the compressor and auxiliary equipment employed at a vehicle gas filling station.

30.03.2024

‘Sanitary and epidemiological well-being of the population in the Arctic zone of the Russian Federation’ geoportal has been piloted in two regions

In 2022, the preliminary testing of the basic version of the geoportal for the sanitary and epidemiological well-being of the population in the Arctic zone of the Russian Federation was conducted on the territories of the Murmansk and Arkhangelsk regions.

24.10.2023

The SPbPU AES ISSDP Laboratory is engaged in the development of components of the data acquisition system for the SPD experiment at the NICA collider

The development will facilitate the synchronization of collider and particle detector events with sub-nanosecond precision, thereby enabling the reconstruction of bunch crossing events at the NICA collider.

19.05.2023

Analysts from the ISSDP Laboratory visited customer’s construction sites

The meeting served to introduce the technical solutions that will be incorporated into design automation algorithms for the construction of apartment buildings.

< 1 2 3 4 5 6 7 >

Блог

Technologies

The choice of technologies is made with the account of the main trends of world development, based on the priority of network technologies concentrated around a person as an end user.

Программные инструменты и технологии

Software programming languages and frameworks	PHP, Javascript, C/C++, Python, Delphi/Object Pascal, QT, Java, Kotlin, C#, Assembler, Rust, Go, RabbitMQ AMQP, Verilog, SystemVerilog, Flutter/Dart, Kotlin, Swift, Hibernate, Maven, Swagger
OS	Windows, Windows Embedded, Linux, Android, SUSE Linux Enterprise Server 12 SP3, MacOS, Unix, Astra Linux
VCS	Git, Mercurial, SVN (including on Github, Gitlab, Atlassian Bitbucket), CVS, ClearCase
CI/CD	Gitlab CI/CD, Jenkins, TeamCity, Travis, CircleCI
DBMS/DB	MySQL, PostgreSQL, Firebird, InterBase, MongoDB, RocksDB, SQLite, DGraph, MariaDB, Neo4J
IDE	Eclipse, Microsoft Visual Studio, Embarcadero RAD Studio, Intellij iDEA, IAR, GoLand, Visual Studio Code, Qt Creator, Intel Quartus Prime, AVR Studio
Graphics applications	API OpenGL, DirectX, Irrlicht, libGDX, OGRE, Unity, Vulkan
Wireless technologies	Bluetooth 4.0 (BLE), Wi-Fi
Microcomputer software on x86 and ARM microprocessors	Jetson TX1/2, OLinuXino A20, Cubieboard A80, Raspberry Pi and others; microprocessors and controllers: Cortex-M (STM32), STM8, AVR, TI 8051, Xilinx Zynq-7000; interfaces and protocols: UART, I2C, SPI, Modbus and others.
Reverse engineering	IDA + HexRays, OllyDbg, Volatility framework, HIEW, Miasm framework, Reflector + Reflexil, WinDBG, Wireshark
Libraries	OpenCV, OpenCL, GLM, Modbus, Boost, Zlib, Live555, ffmpeg, libx264, libjpeg, Alamofire
DevOps	Docker, Docker-compose, Kubernetes, EFK
Mobile	BLoC, RxDart, Coordinator pattern
CAD	Autodesk Fusion 360, DipTrace
Other	SSE/AVX, parallel processing, spatial partitioning

Software programming languages and frameworks

PHP, Javascript, C/C++, Python, Delphi/Object Pascal, QT, Java, Kotlin, C#, Assembler, Rust, Go, RabbitMQ AMQP, Verilog, SystemVerilog, Flutter/Dart, Kotlin, Swift, Hibernate, Maven, Swagger

OS

Windows, Windows Embedded, Linux, Android, SUSE Linux Enterprise Server 12 SP3, MacOS, Unix, Astra Linux

VCS

Git, Mercurial, SVN (including on Github, Gitlab, Atlassian Bitbucket), CVS, ClearCase

CI/CD

Gitlab CI/CD, Jenkins, TeamCity, Travis, CircleCI

DBMS/DB

MySQL, PostgreSQL, Firebird, InterBase, MongoDB, RocksDB, SQLite, DGraph, MariaDB, Neo4J

IDE

Eclipse, Microsoft Visual Studio, Embarcadero RAD Studio, Intellij iDEA, IAR, GoLand, Visual Studio Code, Qt Creator, Intel Quartus Prime, AVR Studio

Graphics applications

API OpenGL, DirectX, Irrlicht, libGDX, OGRE, Unity, Vulkan

Wireless technologies

Bluetooth 4.0 (BLE), Wi-Fi

Microcomputer software on x86 and ARM microprocessors

Jetson TX1/2, OLinuXino A20, Cubieboard A80, Raspberry Pi and others; microprocessors and controllers: Cortex-M (STM32), STM8, AVR, TI 8051, Xilinx Zynq-7000; interfaces and protocols: UART, I2C, SPI, Modbus and others.

Reverse engineering

IDA + HexRays, OllyDbg, Volatility framework, HIEW, Miasm framework, Reflector + Reflexil, WinDBG, Wireshark

Libraries

OpenCV, OpenCL, GLM, Modbus, Boost, Zlib, Live555, ffmpeg, libx264, libjpeg, Alamofire

DevOps

Docker, Docker-compose, Kubernetes, EFK

Mobile

BLoC, RxDart, Coordinator pattern

CAD

Autodesk Fusion 360, DipTrace

Other

SSE/AVX, parallel processing, spatial partitioning

Аппаратные инструменты и технологии

GPU
Microcontroller control systems
Microprocessor embedded systems
FPGA
Development for ARM, design of analog-to-digital devices, circuits, printed circuit boards

Partners

KNS group LLC (Yadro)

Higher School of Ecomonics

The Health Committee of St. Petersburg

Plaza Lotus Group

Fund for Innovation Promotion

Lectorium LLC

Neuromatix LLC

Orion Mediс CJSC

City hospital No. 40 of the Kurortny district of Saint Petersburg

ROBBO Ltd.

Amdor JSC

Graduate School of Industrial Economics, IIMET, SPbPU

Brusnika LLC

Russian Foundation for Basic Research

North-West research center of Hygiene and Public Health of Rospotrebnadzor

Gazprom PJSC

Gazprom Neft PJSC

Tetrakub LLC

Joint Institute for Nuclear Research (JINR)

Computer Engineering Centre (CompMechLab®), Advanced Engineering School, SPbPU

Linux Format LLC

Lappeenranta-Lahti University of Technology

Education Department of the City of Lappeenranta (Finland)

Employees

Our team comprises over 70 experienced specialists who are competent in the modern techniques, tools and services to solve the most complex technical problems using advanced IT technologies.