Acoustic Systems News

Nautilus AUV ready for action (Image: UFRJ Nautilus)

UFRJ Nautilus: A Brazilian AUV Project

.“Outside the university, we have secured the support of another government organization, which has been extremely productive and beneficial,” Armand said. “Since 2016, the Navy Research Institute (IPqM) has supported us in the development of our software. Our work with the Acoustic Systems Group has developed the algorithms for the acoustic signal processing, implementing the beam forming algorithm for our AUV to find pings in the competition. This experience provided an unparalleled learning experience, because the institution is a reference in the sonar field. IPqM also provided

Sonardyne 6G Wideband Acoustics allows simultaneous operations by  multiple platforms. (Courtesy Sonardyne International)

Digital Ocean: Making Subsea Data More Easily Accessible

to a wider variety of different application areas, including ocean science, exploration, aquaculture and other similar markets.   Technology Platforms – Acoustics Sonardyne has developed an industry-leading wideband digital communications platform upon which most of the company’s acoustic systems are based which is now in its sixth generation (6G). The ‘pin-up’ product for this technology is the Computing and Telemetering Transponder (Compatt 6), a highly adaptable and configurable instrument that is used in a wide range of applications. It is made up of an acoustic transducer

Argentina’s new oceanographic and fishing research vessel 52m Victor Angelescu (Photo: Kongsberg)

Kongsberg Installs Marine Ecosystem Assessment Solution on Research Ship

and integrated the majority of the electronic systems aboard the new ship based on its strategic portfolio of ‘integrated systems for research vessels'. The company is experiencing significant growth in this area due to the efficiencies and increased performance achieved by integrating acoustic systems, bridge and automation system and related vessel operational technology. According to Adrian Madirolas, Head of the Hydroacoustic Lab at INIDEP, sea trials have already shown the high performance of Kongsberg’s integrated systems: “During the sea trials, the hydroacoustic results

INIDEP vessel (Credit Astilleros Armon Vigo SA)

Marine Ecosystem Assessment Solution for Research Ship

at Spanish yard Astilleros Armon Vigo SA and due for delivery mid-2017, the new 52m research ship will be built as a silent vessel, which combined with the advanced Simrad marine ecosystem package will enable highly accurate survey results for Argentinian scientists. The combination of acoustic systems chosen by INIDEP is particularly suited to provide for understanding of the entire marine ecosystem. The equipment scope of supply includes: EK80 scientific wideband system, ME70 scientific multibeam system, a dedicated Bathymetric option for habitat mapping, SX90 Omnidirectional sonar for long-range

Emily MacPherson (Photo: MetOcean)

MTR100: MetOcean Data Systems

industry for over 30 years as a developer and manufacturer of data acquisition and telemetry systems. MetOcean, an ISO 9001 registered company, specializes in the production of air-deployed and ship-deployed drifting buoys, search and rescue buoys, oil spill tracking buoys, ice platforms and acoustic systems and defense and security systems. The company’s head office is located in Dartmouth, Nova Scotia, Canada. The proximity of its facility to the Atlantic Ocean is of prime importance to its operations. Both the Bedford Basin at the head of Halifax Harbor, and the nearby open ocean provide

(Image: Falmouth Scientific)

MTR100: Falmouth Scientific, Inc

;   Physical ocean sensors include the PLUS Family of reliable and rugged current, wave and tide instruments. On-site resources include the acoustic, environmental, and electronic equipment required for the design, development, production and testing of oceanographic sensors and underwater acoustic systems.    Email: fsi@falmouth.com www.falmouth.com     (As published in the July/August 2016 MTR100 edition of Marine Technology Reporter

Image: INNOMAR Technologie

MTR100: INNOMAR Technologie

INNOMAR Technologie GmbH has been in the business of developing and manufacturing efficient underwater acoustic systems for about 20 years. Having sold some 300 sold systems, INNOMAR claims a place as a market leader in parametric sub-bottom profilers. INNOMAR mainly develops and manufactures high-resolution parametric sub-bottom profilers. This technology provides sub-bottom data at excellent vertical and horizontal resolution for various applications like geological surveys, burial-of-depth surveys for buried pipelines or cables or UXO surveys at offshore construction sites. The company’s

Image: BAE Systems

US Navy Seeks Improved Undersea Capabilities

a positioning, navigation, and timing system designed to permit vehicles to remain underwater by using multiple, integrated, long-range acoustic sources at fixed locations around the oceans.   “BAE Systems has more than 40 years of experience developing underwater active and passive acoustic systems,” said Joshua Niedzwiecki, director of Sensor Processing and Exploitation at BAE Systems. “We’ll use this same technology to revolutionize undersea navigation for the POSYDON program, by selecting and demonstrating acoustic underwater GPS sources and corresponding small-form

Simrad TD50 visualization showing schooling Sand Eel in the North Sea (Image: Kongsberg Maritime)

New Visualization Software Enables 3D Data Streaming

in Vigo April 19, which enables live streaming of 3D data generated by scientific multibeam systems. The new Simrad TD50 data visualization software is currently operational with the Simrad ME70 scientific multibeam echo sounder, with plans to enable 3D data streaming from a wider range of Simrad acoustic systems in the future.   The Simrad TD50 software reads the clean raw data from the ME70 in real time and delivers accurate live visualization of the oceanspace beneath the vessel to the scientific lab on board and to the bridge. Previously the data had to be post-processed before the 3D potential

MTR100: INNOMAR Technologie GmbH

structures for dredging and geological surveys as well as searching embedded objects like cables, pipelines or archaeological artefacts. All data can be stored in industry standard formats. Optimized and user-friendly online and post-processing software is available. Innomar also develops underwater acoustic systems, electronics and software on customer’s request. Renting of equipment is possible, too. Parametric acoustics provides narrow sound beams and wide acoustic band width as pre-requisite to achieve high-resolution results. It has more than 280 parametric sub-bottom profilers sold worldwide

MTR100: PERSEUS

Program of the European Commission, and has constituted the flagship of R&D in the maritime security segment. In the Project’s term, ended in June 2015, CMRE scientists and engineers worked to design, develop and demonstrate at sea concepts of continuous, real-time passive underwater acoustic systems for maritime surveillance. The objectives have been successfully met by using innovative solutions integrated on board unmanned mobile platforms, i.e. both on an underwater glider (an autonomous underwater vehicle which uses shifts in mass to steer and changes in buoyancy to dive and surface)

Photo: CMRE

Maritime Surveillance: Autonomous and Real-time

, and has constituted the flagship of research and development in the maritime security segment.    In the project’s term, ended in June 2015, CMRE scientists and engineers worked to design, develop and demonstrate at sea concepts of continuous, real-time passive underwater acoustic systems for maritime surveillance. The objectives have been successfully met by using innovative solutions integrated on board unmanned mobile platforms, i.e. both on an underwater glider (an autonomous underwater vehicle which uses shifts in mass to steer and changes in buoyancy to dive and surface)

Marc Parent

EdgeTech Hires Parent as Engineered Systems Director

Marc Parent has joined EdgeTech as Director, Engineered Systems, brining more than 20 years of hands-on engineering and managerial experience associated with the design, development and production of underwater acoustic systems for commercial and government applications. Parent has experience in underwater acoustics, sonar systems design, new product development, engineering management and staff development. Working out of the West Wareham, Mass. office, Parent will work with the company as the Director of Engineered Systems.  In conjunction with the EdgeTech R&D team in Boca Raton, Fla.

MTR 100: Sensor Technology Ltd.

. With in-house machining, assembly and testing facilities, Sensor Technology Ltd. is capable of taking customers through the entire design process from concept, to prototyping, to full-scale production.  The Tech Sensor Technology Ltd. manufactures components for sonar arrays and other acoustic systems. •    Sensor Technology Ltd. manufactures a wide array of piezoelectric ceramic materials.  The company produces hard and soft PZT (Navy Types I, II, III, V, VI), lead titanate, a series of lead metaniobate materials and the unique, ultra-hard PZT, BM200.  In-house

MTR100: JW Fishers Mfg.

East Taunton, Mass. Its line of equipment includes hand-held and boat-towed metal detectors, hand-held and boat-towed magnetometers, underwater video systems, ROVs, side scan sonars, scanning sonars, acoustic pingers and receivers, and pipe and cable locators. Fishers continues to expand its line of acoustic systems with the recent addition of transponders and an interrogator. These devices are used to mark the location of underwater objects or oceanographic instruments. The key advantage of the transponder is its ability to lie silent on the ocean bottom using almost no power until activated by the interrogator

Benthos Aviation Pinger Line Sold to RJE

of Benthos products to their customers. “We are pleased to see our long history with aviation pingers transition to RJE International,” said Justin Manley, Senior Director of Business Development at Benthos. “We also look forward to working with RJE to advance our other undersea acoustic systems such as transponders and modems in the wider marine marketplace.” Robert Jechart, President of RJE International said, “RJE looks forward to manufacturing and directly supporting pingers for our many customers with whom we have developed a long history.” In response to the

Australia’s Largest Research Vessel Ready for Launch

;Silent R” notation up to 11 knots – a capability that enables her to undertake the most sensitive types of environmental research. Investigator is fitted out with a full range of scientific laboratories, science and fishing winches, coring equipment, air and water sampling devices, and acoustic systems. It is capable of general-purpose oceanographic survey operations in coastal and deep ocean areas, including the physical, chemical and biological oceanography, multi-discipline environmental investigations, ocean engineering and marine acoustics, coastal hydrographic survey, marine geology

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