NEVA 2017 Information

Please find the Conference materials below.

Материалы конференции представлены ниже.

#UNDERWATER

Affordable technologies of underwater communication and navigation
Arthur Abelentsev, Underwater Communications & Navigation Laboratory

Development of multi-purpose complex for 3D modeling and areal survey of sea-bed for the purpose of mineral resources exploration and engineering-geological support for the construction
Pleshkov Anton, Marine Innovation

Anthropomorphic maritime robotic system for the offshore operations
Petr Storozhev, Scientific Production Association “Android Technics”

Mobile shipboard complex for hydraulic fracturing
Denis Kudryavtsev, RFK consortium

#HIGH-SPEED

Sea-Knife – ultra high speed hydrofoil
Dmitry Tseitlin, Aviatika Design Bureau

Design and creation of innovative multipurpose high-speed transport platform of new generation
Sergey Korolev, Alekseev’s Central Design Bureau

RDC Aqualines. Modern rapid fleet
Pavel Tsarapkin, RDC Aqualines

Advanced autopilot for hovercrafts (ASMS)
Georgiy Dovgobrod, Central Scientific Research Institute Kurs

#NEW ENERGY

Protection & Energy: The technology of active shoreline protection and power generation
Vladimir Egurnov, HESC Group (Hydro Energy Special Constructions)

Float Wave Electric Power Station
Sergey Temeev, Applied Technologies Company

#DIGITAL

Marine Multipurpose Unmanned Platform
Danila Ivashkovich, InProject

3G / 4G mobile communication and broadband access technology in sea-based conditions
Dmitry Galkin, Micran

An intellectual dynamic map of the world ocean renewable energy
Andrew Elonyshev, Digital Design

Solutions for shipping and logistics_SCANEX
Georgiy Balyan, Scanex

Marine Optimal Navigation
Ekaterina Sokolova, MARINEO Co.

Safe take-off and landing system for helicopters and UAVs on ships and platforms
Alexander Kuznetsov, Krylov State Research Center

Next generation solid state quantum gyroscope
Andrey Smolyaninov, Sensor Spin Technologies

Technological platform to develop the unmanned navigation systems based on computer simulation in virtual environment
Dmitry Kuzin, Transas