Date: Friday, 10 April 2015 11:30AM
Location: Revelle Conference Room, IGPP, 4th Floor
iXBlue Positioning and Navigation Systems
iXBlue is a fully vertically integrated company that manufactures fiber optic gyroscopes and inertial navigation systems, as well as subsea acoustic positioning systems and acoustic releases. Discover their newest range of products including:
- 4th generation GAPS USBL and compatibility with third party beacons
- RAMSES sparse array positioning
- OCTANS NANO, compact susbea gyrocompass and motion sensor
Speaking will be Pierre-Yves MORVAN, Acoustic Positioning Product Manager, and Marine SLINGUE, North American Sales Manager. Come meet with iXBlue engineers with your questions, comments or simply to learn more about their products and solutions.
- Jan 2015
Mobile and Miniature Mass Spectrometers for Marine and Space Applications (pdf)
In situ mass spectrometry in extreme environments, such as in the deep ocean or outer space, poses significant challenges. Many of these challenges are common, including the requirements for high reliability, autonomous or remote operation, ruggedness to deal with rapidly changing environmental conditions, and restrictions on size, weight, and power. Other engineering concerns are specific to the particular environment, such as extreme pressure differentials between ambient hydrostatic pressure and mass spectrometer vacuum at depth in the ocean, and extreme temperature ranges in deep space.
We have been developing underwater mass spectrometers and have deployed these instruments on a variety of underwater platforms, such as tow sleds, vertical profiling frames, remotely operated vehicles (ROVs), and autonomous underwater vehicles (AUVs). One of the primary targets in recent years has been in situ characterization of underwater natural hydrocarbon seeps and leaks.
More recently, we have begun to design and test a prototype micro-machined ion trap array mass spectrometer aimed at detecting and identifying low-molecular-weight biomarkers, ultimately to be adapted for space missions of astrobiological relevance. We plan to demonstrate that the prototype instrument can detect and characterize water and compounds of prebiotic relevance, such as those on the surface of comets.
- Dec 2014
Research Data Curation at UC San Diego
UC San Diego Library & Integrated Digital Infrastructure
To support the growing data curation needs of researchers on campus, the Library and the Integrated Digital Infrastructure program at UC San Diego launched the Research Data Curation Program (RDCP) earlier this year. We will describe our services, which include a tool for preparing data management plans, help with generating persistent identifiers for your data, a digital repository for making data discoverable and accessible, metadata consultation, and long-term storage of data in a secure preservation system.
- Nov 2014
Getting the data to the surface
Lars Hansen, President - North America Operation
The presentation will give a background on how to get data from underwater to the surface from either a stationary, free swimming or towed sensor platform.
Applications and the choice of media for the data transfer infrastructure including copper, fiber optics, free-space optics, and electro-magnetics will be covered.
There will be an open discussion to learn more about the needs and challenges and a look into the multiplexing and transfer of large data sets in real time.
- Jun 2014
Improve your oxygen optode measurements - user examples, practical handling and calibrations
Emilie Dorgeville, Product Manager
Aanderaa Data Instruments AS
The introduction of oxygen optodes more than 10 years ago created new possibilities in understanding oxygen dynamics in oceans and lakes. The intention of this presentation is to share some of the acquired experiences using these sensors. The technology and how it has evolved will be briefly described. A wide range of scientifically oriented applications will be presented. Methods on how to enhance the oxygen data quality will be suggested including practical handling, simple field adjustments and advanced multipoint calibrations. An introduction to pCO2 measurements using prototype optodes will also be done.
Emilie graduated in 2001 as a Marine Engineer and has a Master Degree in Physical and Coastal Oceanography. She worked for the French Navy in the operational oceanography department and has been working at Aanderaa for more than 6 years as a Product Manager responsible for the Doppler products.
Benthic Lander experiments in Tvärminne, Finland
- Mar 2014
Scripps Technical Forum Roundtable Discussion on ARM Processors and Compilers
Are you developing with an ARM processor? What is your vendor of choice: Atmel, Analog Devices, Freescale, Philips, Silicon Labs, ST Microelectronics, TI, or? What compiler do you use: Atmel Development Studio, Eclipse, Keil, IAR, Rowley, or?
his is an all call to those working with ARM processors to come to a lunch time round table discussion so the rest of community can learn about your successes and setbacks with the all the different flavors of processors and development systems. Bring along any hardware you have to show off.
- 18 June 2013
Martz Lab ARM Processor Development
Come hear about the Martz Lab development work on a new data acquisition system using ARM processors. They have a near-final revision of a working controller based on an ARM Cortex-M4.
A number of groups are looking forward or are already working with ARM processors as a replacement for the ubiquitous Persistor CF2. There are plans to put together a repository to share electronic designs and code across Scripps. The Scripps Webgroup is currently testing a commercial GitHub from Atlassian (Stash, bitbucket.org is the hosted version of this). Atlassian offers features such as issue tracking and project management modules that work nicely together (https://www.atlassian.com/software).
- Feb 2013
EFM32 Presentation and Training (pdf)
Frank Roberts, Field Applications Director
Frank Roberts is the Field Applications Director for Energy Micro, which manufacturers energy friendly 32-bit microcontrollers and radio transceivers for ultra low power applications. The EFM32 Gecko microcontrollers include the energy efficient ARM Cortex-M4F, Cortex-M3 and Cortex-M0+ processors, and the EFR4D Draco radios will also include Cortex-M3 for superior performance.
Frank will be making a presentation on the EFM32 and providing some training on the Giant Gecko development kit. Here are the training docs:
2013-02 EFM32 Training.pdf
Here is a pdf on installing free development tools on a Windows computer:
Eclipse_GNU Toolchain Install Guide.pdf
Satellite Telemetry in Harsh Environments
Derek Inglis, P.Eng, MBA, Xeos Technologies, Inc.
Remote areas of the earth are interesting places to study science but getting information back from remote sites can be challenging for many reasons. Remote sites are often unattended and hard to revisit once equipment is installed. The environment can range from extreme heat to extreme cold. Equipment can be under snow or under water. Satellite telemetry plays a vital role in getting data back from these remote sites. Derek will give an overview of real world examples of how satellite telemetry can bring back important data sets in very remote, harsh environments.
Derek is the President and one of the founders of Xeos Technologies Inc a manufacturer of Iridium satellite telemetry products for scientific and law enforcement markets. Previously, Derek worked at Seimac Ltd where he was part of a development team that designed and manufactured products using Argos, GOES and Cospas/Sarsat satellite modems as well as spread spectrum radios.
About Xeos Technologies Inc:
Xeos has designed several Iridium telemetry products for oceanographic and polar science applications. Making use of the latest technology using Iridium and other radio technologies Xeos products are used in the most remote places on earth. Xeos is committed to serving the scientific community with the best data collection solutions. Xeos has a sincere interest in helping further scientific understanding by providing cost effective solutions that incorporate various satellite systems, VHF, UHF, cellular, GPS and low power wireless network integration. By making use of the latest radio technologies, firmware tools, application software and robust mechanical packaging, Xeos is expanding the limits for data telemetry products. Xeos works hand in hand with scientists and operational personnel to develop rugged state of the art products.
Scripps Ventures Group and TriNet Challenge
Michael Hard, New Ventures Group
Michael Hard from the New Ventures Group at Scripps will be spending a short time talking about the TriNet Challenge. Do you have an innovative idea or technology that you think might have commercial potential? Apply to the TriNet Challenge and let experienced entrepreneurs help you explore your possibilities. The TriNet Challenge promotes innovation and entrepreneurship within SIO, Rady School of Management and Jacobs School of Engineering. The goal of the Challenge is to promote innovation and commercialization within the three schools by providing entrepreneurially-minded scientists with the opportunity to:
Advance the commercialization plan of their unique idea or technology; Gain exposure to investors, licensing partners and entrepreneurs; and Identify potential funding sources, including cash prizes for the finalists.
- Jan 2012
What to do with a 67' stranded fin whale?
Eddie Kisfaludy, Oceans Aloft LLC
Over this past Thanksgiving holiday, Eddie Kisfaludy with help from Scripps, NOAA, and Sea World sank an adult fin whale offshore San Diego to create the largest whale fall known to science. A lot went into making this operation successful in a short amount of time and it turned out to be quite an interesting story. For the past decade, Eddie Kisfaludy was the Biological Specimen Collector, Experimental Aquarium Manager, airplane pilot, and Curator of Field Operations for the Marine Biology Research Division at SIO. He now owns Oceans Aloft LLC, a private consulting company specializing in the support of unique oceanographic, cinematographic, and aviation related projects.
Radio Beacons, Iridium Beacons and Xenon Flashers (pdf)
Tom Knox, NOVATECH
NOVATECH Radio Beacons, Iridium Beacons and Xenon Flashers are used in a wide variety of submersible and surface applications. During submersible applications, they are attached to underwater equipment such as ROV, AUV, and scientific equipment. When the equipment returns to the surface, the radio beacon and xenon flasher turn on automatically to provide a radio signal and an intense flashing light to assist in the recovery of the equipment. During surface applications, they are used for search and rescue, drift studies, oil spill tracking, equipment location, and warning applications. NOVATECH has just introduced a new line of Micro beacons.
- Oct 2011
1060 Loggers, Duo Product line, and Inductive Mooring Line Modems
Mike Penny, RBR Ltd.
Since 1976, RBR has been developing and marketing submersible data loggers, controllers and sensors for water quality, freshwater, cryospheric, estuarine, coastal monitoring and oceanographic measurements. Our current product line includes submersible data loggers for CTD and other sensors, thermistor chains, and wave gauges. Recently released products include the MLM-1000, an inductive mooring line modem system, the RBR 1060 series of loggers, the RBR Duo series of loggers and the MS-310e an Ethernet (remote) controlled portable salinometer. Our standard data logging instruments range from one to 24 channels, configured as a CTD (conductivity, temperature, and depth) or as multi-parameter recorders. Specialty loggers are available with specific sensors for harsh environments or unique applications like measuring tides and waves. Details of our instrumentation may be found on our web site www.rbr-global.com. Deployed on every continent, and supported by a global network of agents and resellers, RBR instruments deliver high quality data regardless of the deployment conditions.
ClearSignal Biofouling Protection for Marine Instruments
Hank Lobe, Severn Marine Technologies, LLC
Historically, bio-fouling control has been achieved by exploiting the toxicity of metals, organometals and other similar biocides to marine invertebrates and incorporating them in paint matrixes to form antfouling coatings. This class of coatings and associated methodology is unacceptable for undersea instruments for a variety of reasons which include: optical transparency, changes in density over time, toxicity to personnel and the environment, and degrading efficacy.
Other antifouling techniques that are sometimes used on oceanographic instrumentation such as ablative greases containing various pepper extracts were also evaluated but judged to be unacceptable when evaluated against the performance requirements of long term effectiveness, durability, occupational safety and constant density.
Severn Marine Technologies LLC and its Corporate Partners, Mid Mountain Materials Inc. has developed a newer class of coatings, ClearSignal, that has been designed specifically for oceanographic instrumentation and advanced undersea platforms. The system is presently being used by the US Navy, Port and Harbor facilities, offshore oil and gas interests, instrument providers to the the NSF OOI program and others.
The topic area is particularly timely as the science and commercial industries have in the last several years realized an acute need the technology described. Examples of this are the $400M dollar plus NSF Ocean Observing Initiative, the US Navy Persistent Sensing programs and the commercial seismic oil exploration expanded use of seismic streamers that incorporate sensors which are highly susceptible to the acoustic noise generated from biofouling settlement.
Information will be presented on the specific biofouling protection and performance requirements of a variety of oceanographic instrumentation and platform types. Specific examples and data from a variety of commercial and scientific Glider and oceanographic instrument deployments will be presented in order that the listener can ascertain the full range of biofouling protection possible with state of the art biofouling control solutions. The listeners will be encouraged to describe their particular biofouling issue as related to oceanographic instruments and platforms in order that a solution and performance expectation can be described for that application and instrument.
- Aug 2011Marshall Loewenstein
Physics based engineering software tools are widely used in Ocean Science and Engineering. ANSYS, the largest company in this field, will provide an overview of the rich breadth and depth of phenomena that can be accurately simulated using the finite element (and related) methods. Some areas of interest will include structural, thermal, electromagnetic and fluids problems as well as those requiring coupling of these domains (so called multi-physics simulation). Novel applications of ANSYS software tools for research, academic and industrial/engineering applications will be presented while maintaining a clear focus on Ocean Science and Engineering.
Marshall Loewenstein studied Physics and completed his M.S. at UCSD in 1992. He also has undergraduate degrees in Mathematics, Physics and Philosophy. After years working as a Mechanical Engineer he transitioned into a more business oriented career and has been helping his clients innovate and improve their products and engineering processes by providing them with physics based engineering software tools and services. Now with ANSYS for 3 years as a Regional Account Manager Marshall focuses his efforts in the San Diego area.
- June 2011
Lithium Battery Packs for Long Term Ocean Deployments (pdf)
Lee Gordon, Doppler Ltd.
Lee Gordon will present a session on Tadiran’s lithium battery packs for long term ocean deployments. Tadiran’s PulsesPlus technology combines low current primary lithium cells with patented Hybrid Layer Capacitors (HLCs). Lee will explain how these packs work and what makes them different from alkaline packs as well as other lithium packs. He will outline the key considerations for designing PulsesPlus packs for deployments as well as how to plan instrument design to accommodate interchangeable alkaline and lithium packs.
The Wave Glider: A Wave Powered Autonomous Surface Vehicle for Operational & Predictive Oceanography
Neil Trenaman, Vice President of International Business Development, Liquid Robotics, Inc.
The Wave Glider wave-powered unmanned maritime vehicle (UMV), represents a novel and unique approach to persistent ocean presence. Wave Gliders harvest the abundant energy contained in ocean waves to provide essentially limitless propulsion while two solar panels continuously replenish batteries that are used to power the vehicle’s control electronics, communications systems, and payloads. Wave Glider is a hybrid sea-surface and underwater vehicle in that it is comprised of a submerged “glider” attached via a tether to a surface float.
The Wave Glider is well suited for air-sea surface investigations. With a continuous view of the sky the vehicle makes use of GPS for precise navigation and iridium, or other RF communications, for command and control. The Wave Glider can operate as a vessel, covering long distances in the ocean, or as a station-keeping platform. Test results, to be included in this presentation, will discuss both roles.
In this presentation, we review the design of this platform and present results from the extensive engineering sea trials conducted with prototype and production versions of the vehicle. The vehicle’s performance in a variety of ocean conditions --- varying sea state, wind speed, and surface currents --- is discussed. Differing wind and wave conditions yield varying performance of the Wave Glider. Field experience and analytical results will be presented. While each situation is unique experience indicates the Wave Glider can achieve an average speed of 1.5 knots.
In addition to the basic Wave Glider technology we will focus on the role of currents in the operation of the vehicle and as an application. Liquid Robotics operators have become familiar with a variety of ocean environments including the Pacific Ocean between Hawaii and California and the Gulf of Mexico. Field experience will be discussed. Recent projects have explored the Wave Glider’s ability to enter a “drifter” mode by entering a locked turn. Preliminary assessments of this approach will be presented.
The Wave Glider is also able to carry a water speed sensor for the evaluation of relative velocity through the water. Combined with GPS measurements of velocity relative to the earth the immediate surface current may be derived. An analysis of this technique will be presented. Finally this presentation will discuss the integration of an acoustic Doppler current profiler (ADCP) on the Wave Glider. The technical implementation and preliminary data results will be described.
- May 2011
The Pelican Products rep will be visiting the Hydraulics Laboratory with a truck filled with various cases and lights suitable for use in field research.
- March 2011
Michael will discuss and display a number of products developed by his company including a micro-conductivity sensor, a shallow water microprofiler for turbulence measurement (SCAMP), a temperature chain that supports temperature and other sensors (one of which is mounted out on the Scripps pier), a system for environmental measurements in lakes (LakeESP), and their latest still-in-development oxygen logger.
Michael received his Ph.D. in Applied Ocean Science from Scripps in 1982 and shortly thereafter founded Precision Measurement Engineering. It has grown from a two person operation located in a spare bedroom and garage in Encinitas to a 3000 sq feet facility in Vista employing seven people nearly 30 years later. At first PME sold the subject of his dissertation, a micro-conductivity sensor for use in density measurement of salt-stratified flows. Over the years they have gradually added more sensors and systems.
More information on PME: http://www.pme.com/
- February 2011
Compact Portable Solar Power Systems
Kristian A Gustavson
Scripps: Center for Marine Biodiversity and Conservation
Kristian will discuss and demonstrate compact portable solar power systems that can be used to power field gear: laptops, cameras, phones, etc.
GOAL ZERO is an innovator of portable solar power systems that power a variety of USB, AC and DC devices anywhere and at anytime. Providing a perfect blend of portability, power, and ease-of-use, Goal Zero products feature full solar energy systems – solar panels, power packs and accessories – each designed to work in concert with each other.
The Mono-crystalline Solar Panels are high-grade, flexible, and extremely efficient. The Lithium Iron Phosphate Battery packs are quick charging and have a long life. Also, the batteries can be charged by a wall outlet (AC), USB port, or car-charger (DC) prior to field deployment and all of the equipment is extremely durable.
More information on Goal Zero: http://www.goal0.com/
- January 2011
Determining Battery Capacity with your Laptop
Kevin Hardy, Senior Development Engineer
Scripps: Institute for Geophysics and Planetary Physics, Marine Biology Research Division
Turn your laptop into an advanced battery tester for between $150-$300. You can then easily determine what effect current drain, temperature, or pressure will have on the capacity of your system battery. The CBAIII Pro from West Mountain Radio will be demonstrated. Set-up is easy with a USB cable to the PC, software CD, and battery leads.
Unlike a simple resistive load tester, where current will change with decreasing voltage, the CBA will perform a constant current test on virtually any type or size of battery, any chemistry, with any number of cells up to 55 volts, recording data continuously to your PC. Your results of single battery, or series and parallel stacks may be surprising. The CBAIII has a few quirks, but all and all it's quite useful.
The CBA is capable of test rates of up to 40 amps or 150 watts, whichever is higher. Versions to handle up to 2000 watts are possible. It graphically charts voltage versus amp-hours until a pre-determined cut-off voltage is reached, where you see total amp-hr capacity.
Graphs may be displayed, saved and printed. Multiple graphs of the same battery, or multiple batteries, may be overlaid for comparison. Battery tests may be printed on a color or black & white printer, or saved as a pdf and e-mailed. Test results can be printed on Avery 5160 labels to be affixed to individual batteries to log their test date and performance.
More info on the CBA III is at:
Bonus presentation: Deep water plastic spheres
In any time remaining, moderate-cost injection molded trawl floats will be shown which have the potential for use as instrument housings to 1,400m. Injected molded hemispheres of styrene plastic are thermally fused into a hollow sphere. Some interesting opportunities exist. ABS (Acrylonitrile butadiene styrene) and styrene plastic maybe solvent welded to create ports. All plastic model building techniques apply. Samples will be shown. If anyone is willing to try this, see the speaker afterwards. We'd ask the experimenter to share their results, good or bad, at a later STF meeting.
- December 2010
CONTROS PRESENTS IMPROVED HYDROC™ CO2 SENSOR (pdf)
Stefan Kramer - firstname.lastname@example.org
CONTROS Systems & Solutions GmbH, Kiel, Germany, has recently introduced an upgraded version of the optical based underwater CO2 sensor, “HydroC™”, following extensive proving trials and scientific validation. The CONTROS HydroC™ sensor was evaluated for its easy handling and very positive quality characteristics in the ACT performance statements, which were announced by the organizers some weeks ago (http://www.act-us.info ).
The latest version of the CONTROS HydroC™ sensor includes the external SBE-5T pump with a special designed flow head. Using this pump and its special designed flow head, the CO2 sensors response time has been dropped down to 1 minute, which makes it the fastest on the market and also the response time of the HydroCTM CH4 sensor has been decreased down to 2 min. To achieve this effect several flow heads were designed with the aid of 3D CAD programs, where also flow simulations were done, afterwards the designs were put to test in order to get the actual performance of each design. At the end, the head design with the fastest flow and signal was chosen.
- 21 June 2010
PRESENS high-accuracy pressure transmitters
Keith Macdowell and John Bourgoin
Prime Technologies (the US Distributor)
The PRECISE series - PRESENS' high-accuracy pressure transmitters - offer an excellent platform for depth measurement systems used in wave and tide gauges, tsunami detection, ocean current surveys, seabed subsidence, level measurements, submarine applications, etc. The PRECISE transmitter is very suitable for underwater applications and can be delivered in submersible version for up to 7000 meters deep (www.presens.com).
Features & Benefits
- FS pressure range up to 0-2000 bar/30,000 psi
- Accuracy < +/- 0.01% FS
- Long-term stability < +/- 0.01% FS/year
- Resolution in electronics < 1 ppm (> 20 bit)
- Shock & vibration resistant
- Robust, all-welded construction
- Low power consumption
- Instant response to pressure and temperature
- 25 Jun 2010
NEXUS MK X Multiplexer
MacArtney Underwater Technologies
The MacArtney NEXUS MK X is a plug and play multiplexer for ROV’s. The multiplexer system is an extension of the successful NEXUS MK I and is based on various contacts between major ROV operators and MacArtney’s headquarters in Denmark.
The NEXUS MK X is designed to be the main vehicle multiplexer for a work class ROV and will fit new ROV’s as well as upgrading older systems. The easy installation of the system will help significantly whenever big ROV mobilizations require additional cameras, sonars, attitude sensors, manipulators, cable and pipe trackers etc. to be installed.
The multiplexer system is consists of a Focal Model 903 MUX and the MacArtney Micro Controller
The topside unit is a 19" rack unit and has a power on/off switch/indicator in the front panel as well as various LED’s for status indication. On the back panel, a number of D-sub connectors are installed for serial data, analogue and digital I/O’s and BNC connectors for video output and multibeam.
The control of camera functions and sensor power is performed by connecting existing switches from the ROV system panel to the back panel of the NEXUS topside unit. The micro controller topside reads this information, and uses one serial RS 232 for communication with the sub sea micro controller.
The underwater electronics is housed in an aluminium bottle rated to 3000m working depth.The bottle includes multiplexer, control system, video transmission system, power supply for all the above-mentioned and for all the external sensors. Furthermore, 4 multi conductor harness cables are routed to an oil filled junction box rated to 3000 m. This box has 12 Subconn® connectors for sensors and 1 Subconn connector for power input to the complete system.
- October 2009
Li-Ion chemistry is ideal for undersea environments. The cells are sealed and do not out-gas and the polymer versions can withstand pressures greater than 10,000 psi. This combination results in a battery that is easier and safer to use and one that does not require heavy, expensive pressure vessels.
Recent advances in electronic control of the Li-Ion battery and new modular design concepts for construction of complex battery systems have resulted in battery systems that are more robust, more flexible, longer lived, easier to charge and maintain, and more safe than their lower density counterparts. These new Li-Ion battery systems can be designed to deliver this energy at high voltages and high currents. Electronic charge control within the battery system allows charging by direct connection to power supplies or constant power sources such as fuel cells and solar panels.
The modular design concept for Li-Ion and Li-Polymer battery systems are presented with an emphasis on construction for undersea applications. Key to the modular battery system design concept is the ability to electronically balance all the cells within the battery system automatically without operator intervention. Two different methods are described that show how electronic balancing of all the cells within the battery system are accomplished. Examples of production battery systems already in service are shown and systems under development are provided.
Speaker Bio: Dean has 30 years experience in Electrical Engineering as both an individual contributor and managing teams of scientists and engineers. Working in both the Oil Exploration and Computer markets, Dean has 12 US and foreign patents for devices including battery charging techniques, a solar panel and battery hybrid, laptop computer designs, and geophysical energy source controls.
After completing Graduate School at University of Texas McCombs School of Business, Dean began to lead larger teams that included disciples other than technical staff.
As President of SWE, Dean oversees day to day operations and directs the Research and Development efforts.
- June 2009
Use of flow cytometry and cell sorting in the (in situ) analysis of marine plankton
Ger van den Engh, VP
Advanced Cytometery, Beckton Dickinson, Cell Analysis
Flow cytometry has been developed mainly for applications in medical research. The technology has also been proven to be very useful for the analysis of marine plankton. For some time, van den Engh has been building special instruments that are optimized for marine studies. These instruments offer increased sensitivity and the possibility to measure special optical properties that improve the detection and classification of pico plankton. One such instrument is suitable for unattended operation in the field. Results will be presented that were obtained in field trials and from a recent arctic cruise studying the spring plankton bloom around Spitsbergen.
PhD Biophysics Leiden University. Assistant Professor Radiobiology, Erasmus University Rotterdam. Director of the Flow cytometry facility at the Lawrence Livermore National Laboratory. Professor of Molecular Biotechnology University of Washington. Developed the MoFlo cell sorter that is used by several marine institutions. Co-founder of the Institute for Systems Biology, Seattle, WA. Founder of Cytopeia, home of the inFlux Cell Sorter. Professor Oceanography, University of Washington. Currently Vice President Advanced Cytometry, Becton Dickinson, Cell Analysis.
- April 2009
High Brightness Light Emitting Diodes in Underwater Applications
Kevin Hardy, VP
DeepSea Power & Light
San Diego, CA
Undersea lighting continues to follow the rapid development of Light Emitting Diodes (LEDs) for general commercial illumination. LEDs have made substantial headway in their adaptation to undersea vehicles given to their light generation characteristics, efficiency and durability. In addition to improvements in LED technology, electronic drivers have become simpler and increasingly efficient, providing options to end-users for thermal roll-back, dimming, AC/DC, or variable voltage input with constant current output. DSPL engineers have devised ways to pressure compensate both the LEDs and the driver electronics, successfully testing LED arrays and drivers to 20,000psi. New light system configurations are emerging for diver, manned submersible, and
unmanned vehicle applications.
This presentation will discuss differences with and advantages over gas discharge lamps, advances in High Brightness LED lighting systems, in-house validation testing methods, and suggest where ongoing developments will take us next. Recent at-sea experience by manned and unmanned vehicles will be shown.
Kevin Hardy is VP Marketing and Technology Assessment at DeepSea Power & Light, which he joined in 2007 after a career of 34 years at Scripps Institution of Oceanography. He is a Fellow and currently VP-Sections of the Marine Technology Society. He was awarded the Society of Manufacturing Engineers Presidents Award in December 2008, by Dr. Neil Duffie, President, SME, Dearborn, MI.
- March 2009
Tony Graham, the Apple Engineer assigned to UCSD is pitching iTunesU to faculty for integrating podcasting into the classroom, both for faculty lectures and student contributions to the classroom dialog. It can also be used as a medium to get the Institution's message out about what we're doing in the world.
- February 2009
Showcasing Your Science with Google Earth
Shipboard Technical Support
Scripps Institution of Oceanography
Steve Diggs will present some examples of Google Earth applications, discuss how they were developed, and how Google Earth can be used to showcase your research. Scripps is working to have its own layer within Google Earth.
Google Earth is a free software application that lets you fly anywhere on Earth to view satellite imagery, maps, terrain, 3D buildings, from galaxies in outer space to the canyons of the ocean. You can explore rich geographical content, save your toured places, and share with others. It can be downloaded from: http://earth.google.com/
Take some time to explore Google Earth before coming to the meeting. The Google Earth User Guide is a great place to start learning:
You can find some simple how to tutorials at Google Earth Lessons
- January 2009
Recent Advances in Affordable Ion Trap MS Technology
And Their Applications in Natural Products Characterization
Abstract: 3-D ion traps have been a part of the Liquid Chromatography Mass Spectrometry (LCMS) landscape for over a decade, providing multi-path mass spectrometry experiments (ms/ms or msn) for unknown screening and structure elucidation. Recent advances in ion trap LCMS features including Enhanced Charge Capacity (ECC) which extends the number of ions that can be simultaneously analyzed and electronic control of Atmospheric Pressure Ionization (API), which delivers optimum drying gas during gradient LC separations by controlling the temperature distribution throughout a complete analytical run have resulted in producing an overall increase in sensitivity and a reduction in background interference while lowering the ownership price threshold. These features facilitate the economical analysis of complex and thermally labile compounds, including pharmaceutical, natural products and their associated metabolites. This talk will discuss in detail these new advances and will give examples of this technology applied to the characterization of molecules derived from natural products.
About Brian Nies: Mr. Nies is a graduate of Rutgers College, New Brunswick, NJ and studied Environmental Applications of Mass Spectrometry with Dr. Peter Palmer at San Francisco State University where he received his Masters of Science. Mr. Nies has over a decade of Industrial and Government associated work in Mass Spectrometry (LC and GCMS) including: Ion source and Hybrid Mass Spectrometer Design, Biochemical Warfare Detection, Environmental, Toxicological and Forensic analysis.
Is Swarm Sensing in the Ocean An Idea Who’s Time Has Come?
Marine Physical Laboratory
Scripps Institution of Oceanography
The understanding of oceanic processes has always been hindered by the difficulty in measuring them. Almost all types of propagating waves are either rapidly attenuated or suffer little and non-specific interaction with the ocean’s interior. The latest generation of ships, moorings, gliders all offer advantages, however, still suffer from significant aliasing. Via the revolution in micro processing technology, power storage and the continuing advancement of low cost sensors the opportunity to launch swarms of small, autonomous, self contained, and communicating vehicles now exists. Such vehicle swarms could sample oceanic processes on space-time scales that were heretofore unobtainable while being transported at lower Reynolds numbers. This permits the measurement of ocean currents while at the same time providing a view from the point of view of small animals that cannot swim faster than these currents. Among the many interesting processes that can be investigated using these ideas are coastal larval transport, the measurement of various features of sub mesoscale eddies, and the evolution of thin oceanic layers of phytoplankton. This talk will describe the speaker’s experiences in developing autonomous platforms for ocean sensing, his vision of the evolution of these systems, and the role that they can play in helping to achieve a better understanding of the dynamics of the ocean’s interior and the processes that occur within.
- November 2008
Underwater Products from Tritech International Ltd.
Paul Hudson and Maurice Fraser
Tritech International Limited
Tritech manufactures a wide array of underwater products including the following:
Imaging and obstacle avoidance sonars
3D multibeam sonars
Side scan sonars
Sub-bottom profiling sonars
Underwater cameras and lights
Pan & tilt units
Jetting & excavation tools
USBL acoustic tracking systems
Underwater RF and acoustic modems
Underwater gyros and tilt sensors
Additional information on Tritech can be found at http://www.tritech.co.uk
- October 2008
Electrical Measurement Safety Seminar
Fluke Corporation and Newark Electronics
What you don’t know can hurt you! Taking measurements on electrical circuits can be made less hazardous by using the proper test equipment the correct way. Electrical measurement tools like digital multimeters, electrical testers, oscilloscopes and even test leads must be properly rated for the intended task. Everyone in our business needs to be informed or reminded of safe measurement practices and who best to do it than the industry leader in testing instruments.
•Examples and case studies of safety incidents
•Arc Blast dangers, misuse of testers
•Identification of DMM safety hazards
•Meter protection, current inputs, high voltage transients, test leads.
•Meter safety inspection
•Fuses, test leads, ratings, overload protection
•International safety specifications, IEC 61010, CAT Ratings
•CAT I – IV ratings, working voltage ratings, short circuit currents
•Impulse testing, internal spacing for creepage and clearance
•Over voltage categories and voltage withstand testing
•UL, CSA, VDE Testing
•Safety check list
•Bring your meter and let’s see how they measure up
- July 2008
Eonfusion, Myriax’s Data Fusion Project: Closely coupled visualization, analysis and data fusion tools for 4D environmental data.
Dr Tim Pauly, President, Myriax Inc.,
2877 Historic Decatur Rd. Suite 400, San Diego, Ca 92106
Tim will present some background and an overview to Myriax’s data fusion project, and demonstrate the emerging 4D visualization and data fusion capabilities of the new Eonfusion application.
We aim to enhance the excitement of discovery that visualization brings to data analysis, to provide a suite of tools that makes the interesting absolutely fascinating and the mundane easy, and ultimately to offer ‘inter-ocular traumatic impact’ - understanding that hits you between the eyes.
Eonfusion is a novel new software tool being built by Myriax (formerly SonarData) that is extending the possibilities of data fusion and visualization. With compelling 4‐dimensional visualization and a ground breaking topology and fusion engine, the system is ideal for dealing with complex modelling and spatial temporal analysis. This demonstration will show some of the applications of the new software to environmental data visualization and modelling.
Tim Pauly – PhD, GradDip(Applied Physics), BSc. Tim joined CSIRO Department of Horticulture, South Australia in 1982. He developed innovative computer programs for their genetics laboratory to automate a spectrophotometer for data acquisition and recombinant DNA analysis; and to standardize and analyze electrophoresis gels. In 1987 he commenced consulting, lecturing and contract work as a research associate for the Centre for Marine Science and Technology at Curtin University, Western Australia, participating in a wide range of projects. These included: generated 3-D predictive wave spectra data for the Indian Ocean as input to a novel yacht velocity predication package for the Australian Americas Cup Defense; yacht based deep ocean acoustic bathymetry system used for sea mount detection and satellite ground truthing; and the design and construction of an acoustic data logging and analysis system for the determination of the acoustic target strength of Antarctic krill. Tim then moved to Hobart to lead the marine acoustics stock assessment program within the Antarctic Marine Living Resources Group for the Australian Antarctic Division; and represented the Australian Government at numerous international meetings such as Working Group meetings for the Commission for the Conservation of Antarctic Marine Living Resources (CCAMLR) and International Whaling Commission (IWC). In 1995 he co-founded SonarData and in 2001 left the Antarctic Division to work full time at SonarData, (now Myriax Software). He has set up and led the data fusion project at Myriax Software Pty. Ltd. in Hobart Australia over the last few years which has culminated in the Eonfusion software application.
Contacts: Tim Pauly
- June 2008
AMNIS ImageStream (pdf)
Cell Analysis: Imaging Flow Cytometry
Paul Catterton, AMNIS
The ImageStream uses both fluorescent microscopy and flow cytometry for
statistical fluorescence information and microscopy for high content or
- May 2008
Nautilus Marine Service GmbH - Glass Spheres and Pressure Housings (pdf)
Gerald Abich, Managing Director
Mr. Abich will discuss products manufactured by Nautilus Marine Service GmbH which include glass spheres for instrument housings and flotation with depth ratings to 12,000 meters, optical glass domes and cylinders, and submersible antennas for GPS and Iridium.
- April 2008
UCTD--A New Tool for Accurate Underway CTD Measurements (pdf)
Jochen Klinke, Senior Scientist, Oceanscience
The presentation will discuss the principles of operation of the Underway Conductivity Temperature Depth System (UCTD) and give a detailed overview of the system components. A performance analysis of the sensors will be presented showing how the data quality compares to commonly used expendables and stationary CTD measurements. The talk will conclude with a summary of the UCTD benefits when doing underway measurements.
Jochen Klinke works as senior scientist at Oceanscience, leading research and development, including the Underway CTD winch system, developed in partnership with Scripps Institution of Oceanography and Sea-Bird. He came to Oceanscience two years ago from Scripps Institution of Oceanography where he had been since 1993, first as a tech and last as a specialist. He has a PhD in Physics from Heidelberg University in Germany (1996). His background is in applied physics with a focus on mechanical, optical, and electronic design of scientific instrumentation. He has developed real time imaging systems for laboratory and ocean applications.
- March 2008
Recent Developments in Waves Measurements using Horizontal ADCP's (pdf)
Teledyne RD Instruments has recently undertaken a significant development effort to tweak and tune their Horizontal Waves package based on several years of data collection and analysis. The principal issues, revelations, and developments will be presented here, as well as an overview of the benefits of using a Horizontal HADCP in measuring ocean waves.
David Brooks, Teledyne RD Instruments, Lead Software Engineer for WavesMon. David has 20 years professional programming experience with a specialization in 3D Graphics and real-time applications development, and a BS in Physics from SUNY Stony Brook.
- February 2008
OOPS OUR RISER BROKE! Forces and motions induced on a deep water drill riser by a rotating drill string acting through interstitial fluid
Bob Blevins and Charly Coughran
Bob Blevins will present a substantial, real world problem in fluid mechanics. Charly Coughran will discuss a physical laboratory model and instrumentation to explore the problem. Bob Blevins will present data produced in the lab and its application to a mathematical model of the fluid driven interaction.
Bob Blevins has spent his career solving major problems in fluid induced vibration in major mechanical systems such as airplanes, power plants, and deep water oil wells. He received his PH.D. from Caltech in 1974. He is the author of three textbooks in fluid and structural dynamics.
Charly Coughran has spent over 40 years at the Hydraulics Laboratory assisting researchers obtain both laboratory and field data.
- January 2008
Environmental Optical Sensors for AUVs and Other Compact Platforms (pdf)
Mike Twardowski, Project Director, WET Labs, Inc.
Mike Twardowski will discuss environmental optical sensors for AUVs and other compact platforms. Wet Lab manufactures various underwater sensors, which include fluorometers, transmissometers, scattering sensors, and spectrophotometers that reliably provide accurate data about the Inherent Optical Properties of the aquatic environment.
- December 2007
DataTurbine: Open Source Streaming Data Middleware (pdf)
Paul Hubbard, Senior Developer, San Diego Supercomputer Center (SDSC)
Paul Hubbard will discuss the open-source DataTurbine initiative at UCSD/SDSC. It is an NSF-funded collaborative effort to build middleware to collect streaming data. The centerpiece is the recently open-sourced DataTurbine from Creare Inc, a Java-based network ring buffer descended from a NASA telemetry project. Today, it's being used in a wide variety of settings and presents a compelling solution for many domains. This talk will cover technical details on the server, its capabilities and limitations, data sources and sinks, code interfaces and time permitting a demonstration of its use. Further information on DataTurbine can be found at http://dataturbine.org/
Paul Hubbard is a senior developer at SDSC in the CLEOS group, who has been working on streaming data since 2002. He is co-PI on the current NSF SDCI grant that is funding the DataTurbine initiative.
- November 2007
Evolving Threats to our Computers and Networks
Gabe Lawrence - Data Security Manager, UCSD ACT-IT
Gabe Lawrence will be here to talk about the state of computer security at UCSD and how the bad guys are changing their tactics to steal our data and misuse our computers. Come learn how you can protect yourself and your research. Further information on UCSD Computer Security can be found at: http://security.ucsd.edu
- October 2007
Science and Art: Globes of Hope
Cindy Clark - Director of Scripps Communications
Cindy is the contact for a scientific project in the works that needs input from our ocean technology experts.
In a nutshell, a TV producer has conceived a global art installation project with an oceans theme. It consists of launching seven, 40-foot diameter spheres into the world's oceans to bring attention to the oceans. Scripps has been invited to be a science partner with no financial obligation.
We can help validate the science value of this art/environment project. Tony Haymet is very interested in Scripps's involvement and suggests placing GPS on these spheres so they could be recoverable if lost. This is an open discussion about what scientific instrumentation is feasible and could be valuable to add to these spheres; how feasible this entire project may be; and who may be interested in taking this a step further for Scripps.
- September 2007
Altium Designer: A Unified Solution for Electronic Product Development
Matthew Berggren, Field Applications Engineer
George Harrison, Corporate Account Manager
To help users understand the true power of Altium Designer; representatives from Altium will present the following "out of the box" process improvements...
· Unification of the design effort (Single consistent tool from Concept to MFG. To include; Capture, Simulation, Signal Integrity, Layout, process/ data/ library management, SOC designs, Embedded Designs, and Embedded Design within FPGA’s and traditional FPGA/ CPLD flows)
· Integration with M-CAD process/ tools
· Robust Library management capabilities with seamless connection to backend systems (MRP/ ERP/ PLM)
· Automation of the ECO process with complete traceability, revert to capability, and documentation capability
· Built in Version Control with direct links to backend systems
· Bill of Materials management
RF Integrated Circuits for Medical Applications:
Meeting the challenge of ultra low power communication (pdf) (abstract)
Didier Sagan, Zarlink Semiconductor
Didier Sagan will talk about RF Integrated Circuits for Medical Applications: meeting the challenge of ultra low power communication. This technology has potential for the monitoring of marine mammal physiology and through hull communication with instrumentation.
Didier Sagan is Product Line Manager of the Ultra-Low-Power Communications Division at Zarlink Semiconductor.
Redhat Enterprise Linux 5 - Jared Bogert
Jared Bogert and a Solutions architect from Red Hat will give a two part presentation. The first part will provide an overview of Red Hat, their Linux products, solutions, etc. The second part will address more technical topics.
Company Profile: Founded in 1993, Red Hat is the premier Linux and open source provider. Rated as CIO Insight Magazine's Most Valued Vendor for the second consecutive year, Red Hat maintains the highest value and reliability rankings among its customers, and is the most recognized Linux brand in the world. They serve global enterprises through technology and services made possible by the open source model.
Solutions include Red Hat Enterprise Linux operating platforms, sold through a subscription model, and a broad range of services: consulting, 24x7 support, Red Hat Network. Red Hat's global training program operates in more than 60 locations worldwide and features RHCE, the
global standard Linux certification.
- June 2007
Embedded Computer I/O - Present and Future (pdf)
Steven Newbegin - Acces I/O Products
Stephen Newbegin from ACCES I/O Products will discuss PC/104, Embedded Technology eXtended (ETX), and other small form factor computer systems.
Stephen Newbegin is director of sales and business development at ACCES I/O Products. Before joining ACCES I/O, Stephen was I/O product manager at Kontron and a director of the PC/104 Embedded Consortium. Stephen has almost 30 years’ experience in the embedded computer market in both sales and engineering.
- May 2007
Joint meeting of SIO divers and STF.
Overview of SIO Research Diving Activities
Christian McDonald, SIO Dive Officer
HardSuit 2000 (pdf)
Senior Chief Navy Diver Daniel P. Jackson (DSW/SS), US Navy Reserve Deep Submergence Unit (DSU)
Senior Chief Navy Diver Daniel P. Jackson (DSW/SS) of the US Navy Reserve Deep Submergence Unit, Diving Systems Support Detachment will talk about the use of the HardSuit for SUBRESCUE, and how HardSuits could further underwater research and development. Jackson performed a dive in the HardSuit to 2000' off of La Jolla last summer:
Jackson started his career in the military aboard the submarine USS Houston (SSN-713) as a Reactor Operator, in the late 90's he worked for the Hydraulics Laboratory Technology Application Group at SIO as a Marine Technician before returning to duty in the military. He is currently serving with Deep Submergence Unit and is the Atmospheric Diving System (ADS) 2000 Leading Chief Petty Officer (LCPO), detachment training/qualifications coordinator, diving division LCPO, and weight handling equipment officer.
- April 2007
Real-time Environmental Monitoring and Observation Technology (pdf)
John Kim, San Diego State University
John Kim from the San Diego State University Field Stations Program will talk about the development of the REMOT website. REMOT stands for Real-time Environmental Monitoring and Observation Technology, a system of hardware and software technologies that collect
environmental information and deliver and display the data at real-time on the Field Stations Program website:
John Kim, who manages the ecological data that flows in and out of the FSP reserves, creates database programs to store, document, distribute, and facilitate the use of ecological data by
researchers. John has a B.A. in Computer Science from UCSD and a Ph.D. in ecological modeling at University of Massachusetts at Amherst. John's interests include ecological modeling of wildlife populations, forest growth, paleoecology, and watershed modeling.
- March 2007
The New Marine Science Development Center
The SIO Marine Science Development Center (MSDC) has recently moved to new quarters in the SIO Service Yard. Their new space is much larger and their capabilities have been augmented with new equipment. Come hear about what they offer and see examples of completed work. The discussion will include tips on submitting drawings for fabrication.
MSDC specializes in the design, development, and fabrication of oceanographic and space equipment that range in scale from minute laser components to large-scale integrated systems. They are capable of quantitative instrument and assembly production, or custom engineering design and fabrication to suit any need. They have been serving the scientific community here at SIO, UCSD, and various other institutions, as well as the private sector, since 1945.
MSDC has continued to meet the demands of modern science and engineering technologies by adding five CNC machines to it's facilities. Computer Numerically Controlled machining (CNC Machining) contain machine tools that are called machining centers, turning centers, Wire EDM (Electrical Discharge Machining), screw machines, etc. CNC machines are programmed by converting part geometry in Cartesian coordinates (X,Y, Z) and formatting those coordinates into a programming language such that the CNC controller can interpret them by moving the axes of the machine tool to automatically remove the required material from the work piece to form the finished machined component. CNC machining produces parts in a very consistent manner and is ideal for large quantity part runs and parts with complex geometry.
MSDC automates the programming of CNC machines by utilizing CAD\CAM (Computer Aided Design \ Computer Aided Manufacturing) software, so that designs on paper can be transformed in digital geometric drawings. The part drawing is transferred from SolidWorks to FeatureCam, allowing the machinist to apply and visualize various machining strategies in a virtual on-screen environment. Once the machinist is satisfied with a particular machining strategy, FeatureCam will output the CNC code, commonly referred to as G-code post processed, which is now ready to load into the controller of the machine tool that will be used to actually perform the machining operations.
- February 2007
Remote Data Acquisition Telemetry Option (pdf)
Andy Sybrandy, Pacific Gyre (Oceanside, CA)
Remote data telemetry is becoming more important as the need for real-time monitoring has increased. Various technologies can be exploited for this purpose. Telemetry system choices are selected by looking at several factors including the location of the experiment, data throughput required, frequency of transmission and cost. Mr. Sybrandy will talk about his experience with telemetry systems such as Argos, Mobitex, Globalstar and Iridium.
Pacific Gyre, Inc. was established by its president, Andrew Sybrandy in November, 1994. Mr. Sybrandy has a degree in Electrical Engineering and 10 years experience as a Development Engineer at Scripps Institution of Oceanography (SIO), where he worked under Principal Investigator Pearn P. Niiler. Mr. Sybrandy directed numerous engineering cruises as chief scientist in order to evaluate the performance of the SVP (Surface Velocity Program) drifter and improve it's design. He is also the principal author and co-author of several publications regarding the behavior of such instruments.
Iridium Data Communication with SPRAY gliders (pdf)
Jeff Sherman, PORD SIO
Jeff Sherman will talk about his experience using the Iridium satellite network to communication with Spray Gliders
- January 2007
A look into the future of ambient temperature salinometry (pdf)
Bart Geleynse, RBR (Ottawa, Canada)
Portable Handheld Oscilloscope
Bob Palomares, Sr Elec Tech, STS
- December 2006
Pressure Tolerant Electronics - Design Principles and Applications
Corey Jaskolski, President, Hydro Technologies, (Windsor, CO)
Pressure tolerant electronics eliminate the need for pressure vessels in underwater applications. As research and defense applications push for systems that can go deeper in the ocean for longer periods of time, designing with pressure tolerant electronics can result in significant costs savings and increases in system reliability. There are several simple design, pressure compensation, and testing techniques that, if followed will result in a pressure tolerant system whether applied to a new design or to the modification of existing equipment. Several examples (both good and bad) taken from real world industry, academia, and film applications will be examined.
Corey Jaskolski, President, Hydro Technologies, graduated from MIT with a MS EE-CS. While at MIT he also worked at unmanned underwater vehicle (UUV) developer Bluefin Robotics, where he led the early development of the first pressure tolerant Lithium Polymer battery packs. In 2001, Jaskolski spent several weeks aboard the Russian science vessel, the Academic Keldysh, in support of James Cameron's documentary filming of the Titanic. During this expedition, Jaskolski got the opportunity to descend 12,500 feet to the wreck of the Titanic to support robotic operations. Jaskolski is featured in the film "Ghosts of the Abyss", a Walt Disney picture that covers this expedition.
Technology Infrastructure at Scripps
SIO Director Tony Haymet
Scripps Director Dr. Tony Haymet, will greet the Scripps development engineering and technical support staff, and share his understanding of the importance and general scope of the technical infrastructure needed to energize an innovative research enterprise.
Raiders of the Back Arc: Exploring the Puerto Rico Trench
On November 11, 2006, two deep ocean vehicles designed and built at Scripps descended 8,350 m (27,500 ft), the deepest place in the Atlantic Ocean. One of the untethered vehicles was reprogrammed on deck, and made a second round trip to the trench floor, returning the following morning. This brief presentation will show you how it was done and what was accomplished.
More to come...