DIRECTED ENERGY PROFESSIONAL SOCIETY


2016 DE Systems Symposium Calls For Papers

Calls for Papers

DE M&S   DE T&E   Employment of DE   FS Optical Comm   HEL Lethality   HEL Systems   HP RF   Non-Lethal DE   USPL  

The Directed Energy (DE) Systems Symposium focuses on systems aspects of DE in a limited-attendance environment. This eleventh annual DE Systems Symposium consisted of co-located technical sessions organized by nine separate conferences, and includes joint technical and plenary sessions to encourage discussion outside narrow technical limits.

To be considered for presentation in the Symposium technical program, an abstract must be submitted to a specific conference committee by 15 July. Instructions for submitting an abstract are available on the Symposium page.


Directed Energy Modeling and Simulation Conference (to include experimentation)

The modeling and simulation (M&S) of DE weapons, devices, systems, engagements, and missions is expanding in importance as DE systems are being developed and acquired. The heavy dependence upon M&S throughout the lifecycle of modern systems makes it a critical component for acquisition and transition success. Papers are solicited for the DE Modeling and Simulation Conference as described below:

Papers are currently solicited for the 2016 DE M&S Conference. The Scope of the Conference encompasses the following:

  • Physics and engineering, engagement, mission, and campaign level M&S
  • Live, virtual, and constructive M&S
  • High Energy Laser (HEL) & High Power Electromagnetic (HPEM) DE weapon, system, and subsystem modeling
  • Classified and unclassified topics
  • Government, academic, and industry viewpoints
  • Technology, modeling, and analysis techniques
  • Model fidelity assessment and V&V activities
  • DE M&S in test and evaluation Topics describing modeling, simulation, and analysis activities in the following focus areas are particularly encouraged:
    • Comprehensive system-level modeling approaches for HEL and HPEM systems
    • Considerations of future missions requiring DE in combination with Kinetic weapons
    • Modeling of observables for damage assessment
    • Application of M&S to virtual prototyping of DE systems
    • Novel uses of High Performance Computing in DE M&S
    • Model fidelity assessments using techniques such as Uncertainty Quantification

Conference Committee
Dustin Culbertson (505) 846-5032 Dustin.Culbertson.2@us.af.mil
Ryan Carn (505) 853-6745 Ryan.Carn.2@us.af.mil


Directed Energy Test and Evaluation Conference

The DE T&E Conference will assemble members from the government, academia, and industry to identify and assess current DE T&E capabilities as well as current/future capability gaps for testing developmental and transitioning systems. The goal of the Conference is to share information and build more collaboration among the members of the DE T&E community, and wherever possible, to take advantage of shared test methods, results, requirements, and objectives in order to save resources and improve test efficiency and quality.

Papers are solicited for the DE Test and Evaluation Conference as described below:

  • Directed Energy (DE) Test and Evaluation (T&E) Challenges/Solutions
  • Science and Technology Research for DE T&E
  • DE T&E Lessons Learned
  • Actual DE T&E Results
  • DE T&E Facilities
  • Predictive Avoidance and Battlespace Deconfliction
  • Data Sharing and Standardization
  • International DE T&E Activities
  • Live, Virtual, and Constructive Capabilities for DE T&E

Conference Committee
Pat Cannon (505) 338-3754 PCannon@aegistg.com,
Steven Conyne (505) 338-3750 SConyne@aegistg.com
Ed Trzcienski (505) 338-9224 Edward@aegistg.com


Employment of Directed Energy Weapons Conference

The Employment of DE Weapons Conference provides a forum for the discussion of directed energy technologies employed as systems for the defense of the United States. The conference goal is to create an environment allowing for the exchange of ideas regarding the employment of directed energy weapon systems including laser and microwave technologies. Topics of interest include: operational employment concepts, systems developments, and barriers impeding employment.

Papers are solicited for the Employment of DE Weapons Conference as described below: We are soliciting papers for the 2016 Employment of Directed Energy Weapons Conference focusing specifically on the technical and logistical challenges in providing a DE capability in an operational environment. Topic areas include:

  • Operational employment concepts for laser and microwave systems in current or future fights, such as:
    • Plans for or results of experimental tests conducted under field conditions or simulated field conditions.
    • Modeling and simulation of systems focused on field operability and employability.
  • Advanced technologies supporting the employment and/or the system integration of DE systems.
  • Discussion of procurement and/or procedural barriers to the employment or acquisition of DE systems–with a focus on how to overcome these barriers.
  • Modeling, design, testing, and integration of other non-weapon capabilities that could co-exist with a DE system platform; such as imaging, polarimetry, RF, and communications.

Conference Committee
David Kashinski (845) 938-4545 David.Kashinski@usma.edu
Douglas Nelson (831) 656-7572 DHNelson@nps.edu
Dan Marker (505) 846-2871 Dan.Marker@us.af.mil
John Hartke (845) 938-5014 John.Hartke@usma.edu
Lou Florence (845) 938-5810 Louis.Florence@usma.edu


Free Space Optical Communications

The implementation of Free Space Optical Communications systems is expanding in importance the demand for higher bandwidths and secure communications links grows exponentially. The goal of this Conference is to raise awareness about the on-going programs, share information and seek more collaboration among the members of the lasers and optics community. Our goal is to create a forum and environment for the exchange of information and ideas regarding the employment of free space optical communications systems to meet national and commercial needs.

Papers are solicited for the Free Space Optical Communications Conference as described below:

  • Descriptions of recent and current systems and demonstrations
    • Airborne and Space Terminal Systems
    • Ground Stations and Terrestrial Links
  • Key enabling technologies and subsystems for optical communications between space, air, and ground terminals
  • System architectures and trades
  • Systems and Performance link analyses
  • Atmospheric Propagation & Compensation
  • Modulation, Error Correction, & Networking
  • Quantum Communications
  • Papers are also particularly invited on advances in
    • Modulated laser sources and optical signal detection
    • Beam stabilization, acquisition and tracking

Conference Committee
Jim McNally (505) 767-1256 Jim.McNally@atacorp.com
David Robie (858) 762-5578 David.Robie@ga-asi.com
Bryan Robinson (781) 981-7675 BRobinson@ll.mit.edu
Bob Romanofsky (216) 433-3507 Robert.R.Romanofsky@nasa.gov
Julie Smith (505) 853-5499 Julie.Smith.7@us.af.mil


High Energy Laser Lethality Conference

The High Energy Laser (HEL) Lethality Conference will assemble scientists and engineers interested in HEL weapon lethality. The objectives of the conference are: 1) address lethality requirements necessary to realize HEL weapons on the battlefield, 2) focus the conference on dynamic testing, modeling and analysis of complex targets, 3) use the forum as a means to inform the HEL community and potential HEL Weapons implementers of the latest findings regarding lethality work, 4) focus on specific missions of interest from a lethality viewpoint, and 5) to continue to cultivate synergism between the HEL communities to effectively transition High Energy Laser Weapons to the warfighter. Papers are solicited for the HEL Lethality Conference as described below:

HEL lethality studies conducted by program offices and other research organizations working in the area of systems engineering and target system response will be featured. This includes engagement level analysis and system data supporting the development of HEL weapon lethality criteria for targets of interest.

Work sponsored by program offices and other organizations conducting experimental as well as theoretical research will be presented. This includes basic optical, mechanical and thermal investigation on materials, components, and systems. Continuous Wave (CW), pulsed, and ultra-short pulsed (USP) laser effects will be covered.

The technical committee plans to review the abstracts submitted and create a set of sessions that will emphasize lethality testing, modeling analysis and assessments, vulnerability assessments with special emphasis on current missions of interest. Joint sessions with other conferences are contemplated to fully exploit the interface between lethality, modeling & simulation and employment.

Conference Committee
Chuck LaMar (256) 955-3675 Chuck.LaMar.civ@mail.mil
Steven Baird (256) 955-1940 Steven.D.Baird.civ@mail.mil
David Loomis (303) 674-7028 David@dnlconsultingco.com
J. Thomas Schriempf (202) 781-1196 John.Schriempf@navy.mil
Robert Roybal (505) 846-9368 Robert.Roybal@us.af.mil
Christopher Lloyd (540) 653-5675 Chris.Lloyd@navy.mil
Robert Ulibarri (505) 846-3282 Robert.Ulibarri.1@us.af.mil
David Lyman (256) 975-6549 David.Lyman@radiancetech.com


High Energy Laser Systems Conference

The HEL Systems Conference was formed as a complement to the traditional DE Systems Symposium conferences and is focused on the major elements of an HEL Weapons System. The purpose of this conference is to not only review those elements but also the interface between these major elements. To that end, the HEL Systems Conference is soliciting contributions in the topic areas listed below.

Papers are solicited for the HEL Systems Conference as described below:

  • Major Beam Control systems, experiments, and demonstrations
    • Descriptions of major upcoming experiments / demonstrations such as Laser Weapons System Demonstration (LWSD), ABLE Beam Control Initiative, HELLADS - Demonstration Laser Weapon System (DLWS), LaWS-QRC, High Energy Laser Mobile Test Truck (HEL-MTT), Ground-Based Air Defense (GBAD), and all proposed JTO Test Beds, etc.
  • Integration issues between High Power Laser Systems and Beam Control Architectures
    • Autonomous end – to – end DE system alignment and operation
    • Reducing high frequency jitter and beam path compensation
    • Target characteristics that impact tracking and aimpoint maintenance such as engagement geometries, specified aimpoint / track point positions, etc.
  • Atmospheric Propagation and performance in Harsh Environments
    • Measurements of propagation paths of interest for ground based, airborne, or sea environments.
    • Experimental results of deep turbulence related to laser propagation.
    • Adaptive Optics Techniques
    • Unresolved turbulence issues of measurements in propagation experiments.
    • Modeling and simulation of high energy lasers, beam control and atmospheric propagation
  • Beam Combination Of High Energy Lasers
    • Techniques in coherent and incoherent combination, beam quality maintenance and control particularly where they can aid the beam control system with tracking, sensing environmental conditions, beam clean up or beam pre-compensation.
  • High Power Laser Systems
    • Solid State, Direct Diode and Hybrid Gas Systems capable of producing weapons level powers
    • Advances in packaging, thermal control, ruggedization, power and thermal management.
    • SWaP-C improvements
  • Target Effects Detection
    • Concepts for detecting target effects that will aid in Kill Assessment
  • Tracking Illuminator Concepts
    • Repetition rate vs pulse energy
  • Beacon Illuminator Concepts
    • Alternate wavelengths
    • Special needs of spectrally combined laser systems

Conference Committee
Walt Fink (505) 248-8200 Walt.Fink@jto.hpc.mil
David Mordaunt (310) 647-4389 David.W.Mordaunt@raytheon.com
David Loomis (303) 674-7028 David@dnlconsultingco.com
LeAnn Brasure (505) 248-8207 LeAnn.Brasure.ctr@jto.hpc.mil


High Power RF Systems Workshop

High Power Radio Frequency (HPRF) weapon systems, which deliver pulses of electromagnetic (EM) energy, can be used to disrupt, disable or potentially destroy critical electronic circuitry. HPRF delivers electromagnetic energy through coupling of the EM wave to target circuits through aperture or cable points of entry, inducing currents in the circuitry capable of causing a variety of effects. Non-kinetic counter-electronics (low collateral damage) applications of HPRF are characterized by: high intensity radio / micro-waves (can induce currents within electronic components causing a variety of effects); very short, intense high power and/or energy pulse producing a transient surge of current in electronics. Potential effects include: erroneous signals, system lock-up, shutdown, loss of communications between systems and physical damage.

The High Power RF Systems Conference will highlight discussions of current scientific advances, programs, technology efforts, DE effects, M&S from physics-based to mission level, military utility, learning from past technical accomplishments and disappointments, and the future of directed energy. Papers are especially sought in Lessons Learned in DE System Integration and Employment/Deployment, and Potential Impacts of DE in the Battlefield. The Symposium Technical Program Committee will select contributions to the technical program based on submitted abstracts.

Papers are solicited for High Power RF Systems Conference described below. Contributions do not need to fall within the emphasis or a focus area to be considered for presentation.

  • Prime Power - Prime Power considerations could include but are not limited to advanced batteries, fuel cells, and power electronics.

  • Pulsed Power Systems - Pulsed Power System considerations could include but are not limited to energy storage, voltage multiplication, switching, and power conditioning.

  • Advanced HPRF Sources - Advanced HPRF sources could include but are not limited to advanced development or high power solutions for common HPRF sources and novel HPRF sources.

  • Antennas - Antenna considerations could include but are not limited to conformal and non-conformal antennas.

  • Lethality - Lethality considerations could include but are not limited to effective level of lethality which can be described in terms of both soft (mission) kill and hard (system) kill.

  • Modeling and Simulation - Modeling and simulation considerations could include but are not limited to HPRF sources and physics, electromagnetic propagation for HPRF sources (multipath, material penetration), signal coupling into devices, antenna development, and engagement or PK modeling.

  • Real-Time Measure of Effectiveness - Real-Time Measure of Effectiveness considerations could include but are not limited to HPRF effects on an adversary system that are not always easy to measure quickly, and real-time concepts for quick, real-time measure of the effects of HPRF devices.

  • Innovative HPRF Systems - Innovative HPRF Systems considerations could include but are not limited to Novel and/or innovative new concepts for HPRF application are of interest, including offensive and defensive applications as well as counters to both asymmetric and conventional threats.

Conference Committee
Ryan Hoffman (703) 696-3873 Ryan.Hoffman@navy.mil
Donald Shiffler (505) 853-3906 Donald.Shiffler@us.af.mil


Non-Lethal Directed Energy Weapons Systems and Enabling Technologies Conference

The Non-Lethal Directed Energy Weapons Systems and Enabling Technologies Conference is accepting contributed abstracts.

Conference Committee
David Law (703) 432-0900 David.B.Law1@usmc.mil


Ultrashort Pulse Laser Workshop

The Ultrashort Pulse Laser Workshop is the DEPS annual forum for ultrashort pulse laser technology, science, and applications. The goal of the meeting is to enable an enhanced understanding of the existing state-of-the-art in ultrashort pulse laser science and technology and its potential applications for National Security.

Contributions are solicited for presentation at the Workshop in the topic areas listed below. The Workshop committee will select presentations based on the submitted abstract.

  • Ultrashort Pulse Laser Technology
    • High intensity ultrafast lasers
    • Ultrashort pulse fiber lasers
    • Ultrashort pulse mid-IR laser sources
    • Novel ultrashort laser sources
    • Nonlinear effects produced in materials
    • Ultrashort laser-induced plasmas
    • Ultrashort laser-induced particle generation
  • Ultrashort Pulse Laser Physics
    • New Nonlinear Phenomena
    • Filamentation
    • Continuum Generation
    • RF/THz Generation

Conference Committee
Ryan Hoffman (703) 696-3873 Ryan.Hoffman@navy.mil
Charlene Rusnak (202) 404-5642 Char.Rusnak@nrl.navy.mil


 
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Last updated: 12 July 2016