Unclassified Panels

The 2008 MILCOM Technical Committee is excited to announce the panel sessions for this year’s conference. From information assurance to civil communications, the dynamic and varied sessions cover a variety of topics that serve as a great complement to the rest of this year’s outstanding technical program.

Monday November 17, 2008

Cyberpower and National Policy
10:45-12:00 Noon Room 1A

Abstract: During the course of DoD’s 2006 Quadrennial Defense Review, it was observed that DoD lacks a coherent, holistic framework to formulate and assess cyber issues. To deal with those issues, this panel will address three key aspects of the cyber challenge. To establish a framework for the deliberations, Dr. Stuart Starr, Center for Technology and National Security Policy (CTNSP), National Defense University (NDU), will provide a preliminary theory of cyberpower. He will be followed by Mark Hall, OASD (NII), who will discuss lessons learned from the recent cyber attacks in Estonia and Georgia. The panel will conclude with a presentation by Larry Wentz, CTNSP, NDU, who will discuss key cyber trends in support of humanitarian assistance/disaster relief (HA/DR), and stability, security, transition, and reconstruction (SSTR) operations. Additional insights into cyber issues are available in a recently-published book from CTNSP, NDU, entitled “Cyberpower and National Security”.

Moderators

Bob Lentz, Deputy Assistant Secretary of Defense for Information and Identity Assurance , Office of Secretary of Defense

Panelists

Delivering Secure Commercial Satellite Communications in a Hostile Theater
2:15-3:45 P.M Room 1A

Abstract: The Transformational Communications Architecture (TCA) acknowledges reliance on commercial satellite telecommunications to augment military communications. Nowhere is this reliance better seen than in the realm of nation building and stability operations in Iraq and Afghanistan. With Military satellites already unable to meet ever increasing operational demand; commercial satellite telecommunications designed and operated in a secure fashion, can augment in a unique, long-lasting, and strategic fashion.

Commercial Satellite networks are critical to military operations across the world, especially in Iraq and Afghanistan. New technology is helping to make them more dependable and secure than ever. In this panel, the participants will discuss how properly deployed, maintained, and supported commercial satellite networks can augment the military organization’s strategic communications capability in the role of nation building and post-conflict/stability operations.

Moderator

Marc LeGare - CEO, Proactive Communications, Inc.

Panelists

Impact of GBS and Wideband, Satellite IP Multicast Content Delivery
4:00-5:00 P.M Room 1A

Abstract: GBS and other wideband satellite services play a unique and important role in the dissemination of critical ISR information to the warfighter. Most VSAT IP SATCOM systems are connection-oriented and often symmetrical two-way services that focus on providing two-way TCP/IP application services. Although these systems typically provide acceptable lower speed services like email and web access, they are not suitable for many high bandwidth services such as full motion video or large file imagery dissemination. One-way multicast services, like GBS, fill an important niche in today’s warfighting environment and are providing essential services to the GWOT, homeland security and worldwide operations. GBS services are focused on efficient use of data content and bandwidth for optimal delivery and impact to the tactical end user. Because GBS focuses on multicast delivery to small, disadvantaged and receive-only terminals, it is extremely resource efficient. Furthermore, as GBS migrates to the DISN Enterprise Computing Centers (DECC) and incorporates new two-way and wireless technologies a variety of new content delivery opportunities will become available for end users that will extend the reach and impact of GBS.

This panel of experts includes warfighters, developers and industry technologists selected to present an overview of the warfighting benefits and user impacts of these broadcast systems. Topics will include GBS warfighter use of real time FMV; multicast content delivery; migration of GBS to DISN multicast; the Joint IP Modem (JIPM) and effective content management in broadcast systems.

Moderator

Mark E. Gunggoll, Deputy Transition Manager for the Tactical Service Provider Joint Capability Technology Demonstration (TSP JCTD), GBS Joint Program Office (JPO)

Panelists

Cognition in Software Defined Radio Networks - A Multi-Industry Technology Evolution
2:15-5:00 P.M Room 1B

Abstract: Software defined radio (SDR) and cognitive radio (CR) technology is evolving at a rapid pace.. This workshop will describe the cognitive functions and technology that can be embedded into SDR platforms to make the SDR network aware of the environment. Cognitive functions in the SDR nodes may include RF spectrum awareness, network topology awareness, application awareness, mission situational awareness, learning, power management, sensor pre-processing, policy, mission management, network management and control plane. Advanced architectures may be required to implement cognitive functionality in new SDR architectures and networks. Defense radio networks have unique requirements above and beyond those anticipated by commercial SDR and CR research. This workshop provides a snapshot from leaders in multiple industries in the technology and cognition functions that will be required for more intelligent SDR network nodes and their applications.

Moderators

Panelists

Paul Kolodzy, Consultant, Spectrum Policy and Management
Preston Marshall, WAND Networking, DARPA
Charles Graff, CERDEC Cognitive Networks
Lizy Paul, Rockwell Collins, CR and Spectrum Sensing
Douglas Sicker, University of Colorado, Cognitive Radio Standard
Mark McHenry, Founder & CEO, Shared Spectrum Company

The Joint IP Modem (JIPM) – Standardization for MILSATCOM
2:15-3:45 P.M Room 7A

Abstract: Satellite Communications (SATCOM) usage by DoD has increased dramatically, and has transitioned to IP based services consistent with concepts for net-centric warfare. The greater usage has resulted in a proliferation of commercial IP-based products using both Government and commercial satellites. Many users/systems today include the Army-wide Joint Network Node (JNN), the WIN-T, the USMC SWAN network, Combat Support Services (CSS), Global Broadcast Service (GBS), the DoDs, and others. This greater reliance on IP SATCOM has benefited the Warfighter with the rapid infusion of commercial technology, but at the expense of increased procurement and sustainment costs associated with supporting a number of different modems. Further, the modems in one network are incompatible with different modems in other networks. Policies for standardization have been in the planning for many years, most recently in actions by ASD/NII and DISA. A progressive step by NII is the promulgation of an open standard that is readily available in the commercial market place. The result is the widely-adopted DVB-S2 and the DVB/RCS standards. This Panel will provide perspectives from NII, DISA, the user community, and Industry on policies of such standardization. The Joint IP Modem (JIPM) Program is underway to carry out this open standard for SATCOM. In addition, the JIPM will incorporate TRANSEC and other technical enhancements needed by the Warfighter, and supports future upgrades. Discussions will also include the greater bandwidth efficiency and cost savings, interoperability advantages across the DoD for net-centric and Joint Task Force operations, the initial JIPM versions and features of future versions, and the expected schedules for these future versions.

Moderator

Dr. Troy Meink, Director, Communications Office , ASD/NII

Panelists

COTS Integration – Assuring Mission Success
4:00-5:00 P.M Room 7A

Abstract: COTS-based business solutions can help government agencies both modernize and integrate systems and processes and keep the time and costs of these efforts in check. As DoD pushes toward more commercial off-the-shelf (COTS) solutions it is facing a greater need to integrate those solutions with each other and with existing systems. Therefore, while COTS use has increased over the last decade, skeptics among industry still exist. This panel discussion of industry experts will focus on challenges and opportunities of using COTS solutions.

Moderator

Col. Michael J. Curry, NORAD-USNORTHCOM Deputy J6, USAF

Panelists

Interoperable SATCOM Operations through International Cooperative Development
10:45-12:00 Noon Room 7B

Abstract: International cooperation is a key contributor to mission success. Nearly every major operation includes some allied participation, and communication with international partners, each of which could be using unique and possibly even interfering systems creates significant challenges for today's warfighter. This panel will discuss the pros and cons of achieving interoperability through the cooperative development of satellite communication systems and transitioning the acquisition program to operations.

Moderator

Ms. Helene Skratt, Systems Director, MILSATCOM Division, The Aerospace Corporation

Panelists

Dynamic Spectrum Access in the XG Program & Spectrum Management
10:45-12:00 Noon Room 11A

Abstract: A significant development in the area of Cognitive Radio has been conducted under the DARPA sponsored and Air Force Research Lab executed Next Generation (XG) Communication program. This development culminated in Over-The-Air (OTA) field testing of wideband prototype nodes by Shared Spectrum Company (SSC) and squad sized networks of narrowband voice DSA enabled handhelds based on software upgraded versions of currently fielded Thales JEM and Harris Falcon III radios. This panel will describe the development challenges and major findings from performing actual over the air testing of policy based DSA radio networks. Examples of two types of DSA, Coordinated and Opportunistic, will be discussed. In opportunistic DSA a group of devices autonomously sense the environment and access spectrum according to policies. Coordinated DSA, such as Coalition Joint Spectrum Management Planning Tool (CJSMPT), provides the management infrastructure to dynamically specify mission aware spectrum policy to opportunistic systems within geographical areas.

Moderators

Panelists

Tuesday November 18, 2008

Wireless Network After Next (WNAN)
9:15-10:30 A.M. Room 1A

Abstract: Until now the practice has been to build high cost and hence sparsely deployed nodes, and to organize the network around these nodes. The Defense Advanced Research Projects Agency's (DARPA) Advanced Technology Office (ATO) has been working to develop the Wireless Network after Next (WNaN). The intent is implement technologies and system concepts that will enable intelligent adaptive wireless networks consisting of densely deployed low cost wireless nodes. Significant advantages can be realized by densely deploying low cost nodes which have been jointly optimized with network operations. This panel examines the WNaN networks and how it can adapt to changing conditions and adjusting the topology of the network and the operational mode of the nodes to reduce the demands on the nodes in particular on the physical and link layers.

Moderator

Preston Marshall, Program Manager, DARPA Strategic Technology Office

Panelists

Synergy for Future MILSATCOM Programs in a Transformational Environment
10:45- 12:00 Noon Room 1A

Abstract: Transformational aspects of several satellite programs will be discussed including ; Network interoperability/convergence initiatives, Lessons learned, Common features, Unique features, Support to net-centric operations, and Customer set. Programs represented will include Wideband Global System (WGS), Mobile User Objective System (MUOS), and the Transformational Satellite Communications System (TSAT). Keywords: MILSATCOM, TSAT, TMOS, MUOS, WGS, AEHF, Transformation, Interoperability, Networks, Networking, Security, Information Assurance, Information Security, DISN, GIG, Information Dominance, Decision Superiority

Moderator

Dr. Pravin C. Jain, Vice President & Chief Scientist, LinQuest Corporation

Panelists

Leveraging IPv6 Technology in DoD Applications
2:15-3:45P.M. Room 1B

Abstract: The 2008 deadline to integrate IPv6 in DoD and Federal networks has come and gone and IPv6 capability is now a part of most modern networking equipment – what types of applications can DoD leverage to take advantage of the new features inherent in IPv6 to improve operations? What types of applications will help DoD get an ROI from deploying IPv6?

Moderator

David Green, Vice President of Research & Development, Command Information

Panelists

Mobile User Objective System (MUOS): Mission Success Lessons Learned on Road to First Launch
4:00- 5:00 P.M. Room 1B

Abstract: In less than 2 years, the first of five Mobile User Objective System (MUOS) satellites go into geosynchronous earth orbit, ushering in a new era of UHF military satellite communications. When deployed, MUOS offers a transformational mix of Third-Generation (3G) commercial mobile cellular technology, a robust ground infrastructure capable of accessing the Global Information Grid through SIPRNET and NIPRNET, and a network management and military-approved information assurance technology that will make network-centric warfare a reality for dismounted soldiers and mobile platforms. The system delivers voice and data, beyond line of sight, on the move at data rates up to 64Kbps and beyond. Ground breaking at two (of four) sites at Wahiawa, Hawaii and Nicemi, Italy has commenced, and after 4 Years on contract, the program is on target for 1Q 2010 Initial Operational Capability (IOC). What Mission Success Lessons Learned were gained in both Programmatic and Technical areas along the way? What worked well, and what would this Navy/Contractor team do differently? The MUOS Mission Success Lessons Learned panel brings together the MUOS Navy and Contractor Program Managers to offer insights and experiences useful to those interested in the Development and Production Phases of a $3.2B program planning and execution effort.

Moderator

Mr. Patrick (Pat) J. Browne, MUOS, PMW-146

Panelists

Disadvantaged Communications
9:15-10:30 A.M. Room 7A

Abstract: Most tactical wireless communications systems rely on point-to-point, line-of-sight (LOS) communications between two interoperable radios. However, these radios are often employed in situations where they cannot close the communication link. These “disadvantaged” radios reduce mission effectiveness of the users that depend upon them. The source of disadvantaged communications varies greatly: terrain, foliage, electromagnetic interference (EMI), electronic warfare (EW) and force protection jamming, and general topologies in the field of engagement. The situation is exacerbated in dismounted environments where size, weight, and power constraints limit effective radiated power (ERP) levels, users enter buildings that block RF communications, and antenna placement reduces receiver sensitivity. In this panel, the participants will discuss how modern communications technologies address these problems in order to overcome disadvantaged communications, especially in dismounted environments.

Moderator

Bob King, Product Line Manager, Handheld/EPLRS Radios, Raytheon Company

Panelists

Major Ryan Walker, Signals Officer, Canadian Army
Robert Masucci, Staff Engineer, Systems Engineering Department, Thales Communications
Dr. Rajesh Krishnan, Deputy Director, Information Communications and Networking, Scientific Systems Company, Inc.
Dr. Joseph Holland, Chief Engineer, Advatech Pacific, Inc
LTC Maurren O'Connor, Training and Doctrine Command Capability Manager for Tactical Radios, US Army
Lynn Sackschewsky, Staff Scientist, ITT Corporation, Communication Systems

Militarizing 802.16 Networking Standards for the Battlespace
10:45-12:00 Noon Room 7A

Abstract: This Panel examines the usefulness of the emerging 802.16 standards in application to the Battle Space Network. Considering the implementation of varying applications and potential security risk, the 802.16 standard can reduce cost and increase awareness under the right conditions. The Department of Defense, OSD/NII is developing policy that will impact current and future programs implementing the 802.16 standards. Government authors and contributors of this program along with senior level members of the services will discuss the values of this standards and the impact of implementing policy.

Moderator

G.W. (Jerry) Tobey, V.P. Security Solutions and International Business Development, Raytheon NCS

Panelists

Capability Portfolio Management
2:15-3:45P.M. Room 7A

Abstract: Capability-based planning and management was emphasized in both the QDR and Strategic Planning Guidance as a way to facilitate strategic choices and improve the ability to make capability tradeoffs. One approach explored is joint capability portfolio management. This panel examines the implementation of portfolio management and the roles and responsibilities of the Capability Portfolio Manager (CPM). The CPM oversight covers the entire DOTMLPF spectrum. Will this implementation increase focus on improving DoD capabilities and mission outcome and what will be the impact on programs going into the future. As briefed by Mr. Grimes to the HASC, “the intent of managing groups of like capabilities across the enterprise to improve interoperability, minimize capability redundancies and gaps, and maximize capability effectiveness. This process is allowing the Department to shift to an outcome-focused model that measures progress by outcomes. The process offers the ability to look at the whole, rather than struggle to determine if there should be a connection between the piece parts.”

Moderators

Fred Darlington, Vice President of Engineering, Raytheon Technical Services Company /li>

Panelists

The DirecNet Task Force
4:00-5:00P.M. Room 7A

Abstract: The DirecNet Task Force Mission and Vision: The development of a validated open specification of a directional, IP-enabled, highly mobile, ad hoc, mesh networks. This new standard will provide commanders and military forces with up to 1 gigabit per second data rate link that will allow secure transmission of mission-critical video, imagery and voice communications. This mission critical capability will enable military forces to operate in a network centric environment and to obtain a common and persistent operational picture in near real time. Members include: BAE, Boeing, Cubic Defense Applications, Harris, ITT Corporation, Innovative Concepts, L-3 Communications, Northrop Grumman, Rockwell Collins, Raytheon, AAI and ViaSat. http://www.opengroup.org/tech/direcnet-task-force/

Panelists

MILSATCOM Terminal Affordability
2:15-5:00P.M. Room 7B

Abstract: Historically, terminals have represented approximately 50% of total lifecycle costs of MILSATCOM systems that provide warfighters with their global information needs. Terminals must be designed to interoperate from aircraft, ships and subs, ground vehicles (such as HMMWVs) and fixed locations over protected, wideband and narrowband satellites, offering global 24x7 coverage. Ever increasing Warfighter demands for connectivity and capability continue to require increasingly complex MILSATCOM systems. The DoD needs to address the challenge of developing terminals that meet Warfighter needs, yet remain affordable. The MILSATCOM terminal community is collaborating to assure interoperability, affordability and synchronization to provide the types of systems the warfighters need that guarantee mission assurance. The GIG provides warfighters a single protected global IP network with access to information they need to perform the current and future set of missions. Terminals continue to evolve to provide new netcentric capabilities which may involve riskier technologies. This panel addresses how affordable MILSATCOM terminals are being developed to participate in and be managed in this netcentric environment.

Moderator

Mr. Gregory Evans, Program Manager, JTEO

Panelists

Securing IPv6 Networks
10:45-12:00 Noon Room 11A

Abstract: It’s time to deal with the fact that a new version of the Internet is here and is operating in our computers, smart phones, routers, and consumer electronics. Defense organizations need to develop proper security procedures, IA certification and accreditation (DIACAP, etc), and actually enforce them, or they will find unplanned IPv6 networks, possibly malicious, in their network environments.

Moderators

Joseph Klein, Sr. IPv6 Security Engineer/Researcher, Command Information

Panelists

Ron Broersma, DREN Chief Engineer, SPAWAR Network Security Manager, Defense Research and Engineering Network
Bob Scott, Network Centric Systems, Raytheon Company
Dave Rubal, Senior Manager, Systems Engineering, US/Canada Federal Channels, Cisco

Wednesday November 19, 2008

Assuring Access to Commercial Satellite Communications for the War-fighter
9:15–10:30A.M. Room 1A

Abstract: The current 80-20 split between Commercial SATCOM and Milsatcom use by the DoD will likely change to a more balanced posture in the coming years following the launch of MUOS, AEHF and several Wideband Global Satellite (WGS). However, regardless of these new Milsatcom capabilities on-orbit the DoD has recently stated that their need for satellite bandwidth will continue to exceed their government-owned Milsatcom capacity for quite some time into the future. Thus commercial SATCOM will remain a critical service for the war-fighter as it does today. As a result, the DoD is beginning a process of planning for and assuring commercial SATCOM will be there when they need it, and where they need it. Given this reliance on commercial SATCOM the DoD is also concerned with the level of protection on the current commercial satellites. The satellite industry is working in close partnership with the DoD to incorporate additional protection measures, but it cannot be done overnight. This panel will discuss the issues surrounding assured access to Commercial Satcom and protecting commercial SATCOM to an extent that makes the DoD comfortable with using these links for mission-critical communications.

Moderator

Colonel Patrick H. Rayermann, Director Communications Functional Integration Office (Comm-FIO), National Security Space Office (NSSO)

Panelists

Enterprise System Engineering for Military Satellite Communications
2:15–3:45P.M. Room 1A

Abstract: Current DoD system engineering processes enable the deployment of complex systems that are designed to satisfy a broad collection of military users while addressing the concerns of an even broader array of stakeholders. Traditionally this has been achieved on a system by system basis, with some system engineering being performed at the interfaces, but rarely as a large integrated System of Systems. While this has produced SATCOM capabilities that are on the cutting edge of technology, it’s been observed that user needs are sometimes misinterpreted or neglected, often due to the stove-piped system engineering approach employed for each individual SATCOM system. This panel will discuss the challenges associated with creating an enterprise level system engineering process for SATCOM, its desired characteristics, its projected benefits and its potential shortfalls. This will include the relationship of the enterprise level process with existing system engineering processes and institutions as well as the future evolution of system engineering within the SATCOM enterprise

Panelists

Global Information Grid (GIG) System Engineering
10:45-12:00 Noon Room 1B

Abstract: The GIG encompasses the globally interconnected, end-to end set of information capabilities, associated processes and personnel for collecting, posting, distributing and managing information on demand by warfighters, policy makers and support personnel. This panel discusses the policies, interfaces and protocols and program synchronization across the DOD. It will include discussion on the coordination and proposed standards required for GIG interoperability and warfighter requirements.

Moderator

Colonel (ret) Steven G. Fox, Raytheon Company

Panelists

Challenges to Airborne Networking
2:15-5:00P.M Room 1B

Abstract: The Treaty of Ghent was signed on December 24, 1814 ending the War of 1812, but communications were slow so the word did not get back to the new world in time to avoid the subsequent battle of New Orleans on January 8, 1815. History demonstrates that there has always been, as there is now, a need for rapid, reliable communications. Since the late 1990s there has been a DoD goal of Airborne Net Centric Communications tying together U.S. aircraft of all types in a network which could share the common operational picture, deliver orders, distribute sensor data and in many ways create a more efficient, cohesive, responsive multi-service airborne combat force. It is called the airborne segment of the Global Information Grid. But where is it? It is no-where in sight. Why is that true? In this panel we have assembled senior representatives, including warfighters who flew in combat for the Air Force and Army over Iraq, who are now delivering this capability to the field. These Army, Navy, and Air Force leaders will explore what the services are doing to bring the goal to fruition and what the challenges are that they are encountering. Discussions will be both individual and more importantly Joint Force specific. They will highlight technical, programmatic and pragmatic issues and give the attendee an understanding of what it will take to achieve what has been an eleven year trek toward Airborne Net Centric Communications.

Moderator

Kenneth Brayer, Fellow of the IEEE, The MITRE Corporation

Panelists

Unified, Interoperable, Communications Between Military and First Responders
9:15-12:00Noon Room 7A

Abstract: When a major incident occurs – whether it’s a terrorist attack, natural disaster, or border situation – first responders, military personnel, and other relevant federal/state agencies must communicate. Currently, however, each response organization uses different communication formats, making it extremely difficult to effectively coordinate with each other. This panel will offer examples of the use of IPv6 and benefits in emergency response situations. An overview of large-scale broadband wireless networks highlighting lessons learned from public safety network experiences that are transferable to military applications will also be included. Discussion topics include:

    • Requirements for integrated information sharing services

    • Development of concepts of operation for significantly increasing local and military responsiveness

    • Identification, refinement and transition of technologies and mobile applications that improve responsiveness in consequence management, crisis response, deterrence and intelligence coordination.

    • System and software engineering, development and integration support through the identification of requirements and implementation solutions.

Moderator

Randy Sisto, Manager, Public Sector Center of Excellence, Cisco

Panelists

SNPC: Collaborative Prototyping Based Approach for Achieving Interoperability Amongst GIG Transport Network Programs
10:45-12:00 Noon Room 7B

Abstract: The Department of Defense (DoD) is in the process of building the Global Information Grid (GIG) that interconnects a number of Internet Protocol (IP) networks. Five of these networks (DISN, TSAT, ADNS, WIN-T, JTRS, and AN) provide the core and access network components for GIG. The individual organizations and program offices that manage acquisition and delivery of these five peer networks operate to individual acquisition time lines and program constraints. They do however share in a common mission – to provide mission ready network centric capabilities to the warfighters. The network centric vision of achieving interoperability amongst these five GIG transport networks is critical to delivering transformational communications capabilities to warfighters. A collaborative network interoperability pilot program between the five peer networks has been endorsed by their respective PEOs, as well as OSD/NII. This collaborative group is called the Selected Network Programs Consortium (SNPC).

The focus of the SNPC is: (1) to ensure that a “right and essential” set of capabilities and services for interoperability that supports the war-fighter and end-user’s needs are being satisfied, (2) to reduce the risk of “disconnects” late in the acquisition cycle or post-deployment, (3) to provide early “material” engagement between service networks and operator/user communities, and (4) to use that engagement to develop and refine a Concept of Use that provides a foundation for interoperable interface development.

The SNPC approach is to work on focused set of interoperability issues and seek out common resolutions. These resolutions are then proven by means of prototyping. The panelists will discuss the different program network architectures, provide their perspective on the interoperability challenges each program faces, discuss their efforts within the SNPC, as well as recommendations for future programs on how to address interoperability.

Moderator

Dr. Vineet Mehta, TSAT Chief Network Engineer, U.S. Air Force

Panelists

Mr. Chris Miller (Navy/ADNS)
Mr. Rich Williams (DISA/DISN)
Mr. Ron Mason (AF/FAB-T and Airborne Network)
Col. Chuck Hoppe (Army/WIN-T)
Dr. Cynthia Dion-Schwarz (DDR&E)
Dr. Scott Stadler (SMC/TSAT & MIT/LL)

Update of Unmanned Aerial Systems and their Impact on the Global War on Terrorism
2:15-5:00P.M Room 11A

Abstract: Unmanned Aerial Systems continue to prove their worth in military as well as civil and commercial applications. The requests for the capabilities provided by the UAS continue to raise the demand for these systems in support of delivering robust communications, reconnaissance, combat support, and logistics to mention a few. Due to successful completion of these key assignments together with the removal of the human from the risk the Quadrennial Defense Review has recommended that 45% of the Air Force future long range strike force will be unmanned.

Our panelists representing the policy makers, the warfighter, the development and manufacturing communities will discuss their experiences with:

Joint Airborne Networking, moving toward the NetCentric Operations and Warfare Objectives. Will also share some insights to the DoD’s Joint NCOW migration points of view from the Office of Secretary of Defense, Joint Chiefs of Staff, the Combatant Commands, Services and Agencies involved in the process.

The progressive insertion of data links toward networking, multiple frequency units and higher capacities as well as current issues as seen from a SOCOM (ROVER); VORTEX; and higher optical RF systems implementation (ORCA). The results and lessons learned from a technology demonstration of Beyond Line of Sight Communications Relay using the Killer Bee platform at Fort Dix C4ISR testbed will be shared.

An update of the impact of UAS in Communications Centric Environment with emphasis on key accomplishments from programs including Global Hawk, UCAS-D, BAMS and others will be presented.

The variety of missions supported by the family of Predator series unmanned aerial systems in support of both military and non military users will be discussed.

NASA’s perspective with small unmanned aerial vehicles and issues relating to the current obstacles to wide application of this class of vehicles by potential users, in particular their utilization in the National Air Space, support of communications robustness, system reliability and overall platform capabilities and limitations.

Session A Presentations

John Moniz, Associate Director C4 Expeditionary Warfare/Combating Terrorism S&T Dept ONR:
BLOS Tactical Relay - Mobile, OTH Comms at the Tactical Edge

Michael J.Logan, Head, Small Unmanned Aerial Vehicle Laboratory NASA Langley Research Center
Impact of Technology Advancements on Small UAS

Doug Bowen, Vice President-Engineering L-3 Communication Systems- West
Data Links are Moving Toward More Networking

Moderator

COL Ray Jones, PM Airborne Maritime Fixed Station JPEO JTRS

Panelists

Session B Presentations

Michael J. Logan, Head, Small Unmanned Aerial Vehicle Laboratory NASA Langley Research Center:
Update on NASA Small UAS Research

Rick Ludwig, Director, Business Development, Northrop Grumman:
Update of Northrop Grumman’s Family of Unmanned Aerial Systems

John Porter, Deputy Director, Business Development General Atomics Aeronautical Systems Inc
Expanding the Capabilities

David Narkevicius, Office of Assistant Secretary for Networks and Information Integration
Joint Airborne Networking

Moderator

Mr David Jimenez, CERDEC - Space and Terrestrial Communications Directorate (ACT)

Panelists

Unclassified Panels

San Diego, CA, 17-19 November, 2008

Monday November 17, 2008

Tuesday November 18, 2008

Wednesday November 19, 2008

HOST: Raytheon CO-SPONSORS: AFCEA and IEEE