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Modular Communications and Software-Defined networks for Aerospace Applications 24

Modular Communications and Software-Defined Networks for Aer...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Lyke, James Peters, Christian Pham, Khanh Fronterhouse, Don Hannon, Matt US Air Force Res Lab 3550 Aberdeen Ave SE Kirtland AFB NM 87117 USA Univ New Mexico COSMIAC 2350 Alamo Ave SE Albuquerque NM 87106 USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

This paper describes a modular strategy for communications in which each platform (being a satellite, airplane, missile/munition, even soldiers) carries a hub-and-spoke internal network integrating a variety of modems and other information devices. These embedded networks, referred to as "global network access terminals" (GNATs), are in fact information convergence devices that seek connection with other peers (subject to constraints, such as energy and security) to form basic "substrate networks" (a type of mobile ad hoc networks). Overlays are formed on top of these often-unreliable substrates, permitting the virtualization of networks that can appear to be more reliable, hence a type of software-defined network (SDN). The concepts for this type of SDN is drawn from the rich base of SDN and network functional virtualization (NFV) concepts used in cloud computing, except that they are must be optimized for the heterogeneous and rapidly changing nature of the basic substrate network formed opportunistically by GNATs.

关键词： satellite communications software-defined networks network functional virtualization modular open systems architecture

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Modular Algorithm Testbed Suite (MATS): an open architecture for automatic target recognition 24

Modular Algorithm Testbed Suite (MATS): an open architecture...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Kolacinski, Derek Marchand, Bradley Cobb, Tory Naval Surface Warfare Ctr Panama City Div 110 Vernon Ave Panama City FL 32407 USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Here we discuss an open software architecture to develop, test, and evaluate machine learning algorithms for target detection and classification. This architecture, known as the Modular Algorithm Testbed Suite (MATS), aids developers by defining interfaces for various portions of the automatic target detection processing chain. There are several key advantages to this approach. First, with "plug and play" modules for detection, feature extraction, and classification, developers can mix and match different approaches and focus on particular portions of the processing chain that yield the most performance benefit. Second, since some portions of the processing chain may be more agnostic to the sensor data type than others, e.g. target features may change but the pattern classification approach is the same, MATS enables quick ATR development for similar data types. Finally, since developers can insert "black boxes" into the ATR processing chain, MATS allows for independent blind testing of algorithms without compromising intellectual property. In this paper, we will discuss the MATS architecture and review several case studies where MATS enabled rapid demonstration and transition of ATR algorithms to Navy mine countermeasure (MCM) post-mission analysis software.

关键词： automatic target recognition software architecture

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open Adaptable architecture (OA2) for Agile Intelligence Surveillance Reconnaissance (ISR) 24

Open Adaptable Architecture (OA2) for Agile Intelligence Sur...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Nine, Juliana Shirey, Russell Thompson, Benjamin George, Alan Cunninghamand, Joshua Mason, Andrew US Air Force Res Lab Sensors Directorate AFRL RY Wright Patterson AFB OH 45433 USA Leidos Inc Beavercreek OH USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Warfighter mission scenarios have evolved, and show a greater need to cover more diverse sets of targets from a single platform, and require a number of different sensor packages. Increases in computing speed and global connectivity have expanded the rate of technological advances. This has evened the global playing field, and many have taken advantage of the situation, shrinking the significant advantage that the United States once held over its peers. Traditional acquisition processes and stove-piped proprietary weapon and sensor systems no longer suffice. Unique integrations, vendor-lock-in, and data rights issues have been shown to stifle competition, limit innovation, eliminate missionized capabilities, and drive life-cycle program costs. To maintain dominance in this environment, the DoD must create agile systems that are flexible, modular, rapidly reconfigurable, and adaptable to shifting priorities. The Air Force Research Laboratory (AFRL) is responding by developing technologies for Agile Intelligence, Surveillance and Reconnaissance (ISR), or simply AgileISR. The AgileISR mission is to support rapid and affordable integration of emerging capabilities, delivering advanced sensing and communications capabilities to legacy aircraft and enables higher mission readiness and adaptability to the future needs of the Air Force. A key component of AgileISR is the open Adaptable architecture (OA2), which enables rapid integration of sensor systems built on open architecture standards and a Government-owned physical pod interface for developing & acquiring missionized solutions.

关键词： open architecture open adaptable architecture (OA2) open mission systems (OMS) sensor integration C4ISR AFRL Sensor open System architecture (SOSA) AgilePod (R)

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Applications of mid-mission acoustic retasking and SITREPS aboard an underway L3 Unmanned Maritime systems Iver UUV network 24

Applications of mid-mission acoustic retasking and SITREPS a...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Brown, Hunter C. L3 Unmanned Maritime Syst 275 Martine St Fall River MA 02771 USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

As high-density power supplies extend mission runtimes from hours to days, the use of heterogeneous UUVs to perform coordinated missions is growing quickly. Two decades ago, a single unmanned underwater vehicle (UUV) might be deployed to conduct a survey, and recovered several hours later with or without data and be deemed a mostly successful day. As technology has advanced, though, what constitutes a successful day has changed dramatically. Man-portable UUVs are demonstrating runtimes in terms of days, while new sensor packages are recording environmental data in unprecedented fidelity. This paper explores the use of acoustic communications to increase operational efficiency in a variety of situations. Specifically, we discuss acoustic network applications in the form of the ability to perform message forwarding, vehicle-determined acoustic retasking, and the use of acoustic mid-mission updates sent to third-party listening stations for near-real-time review.

关键词： L3 OceanServer AUV UUV Acoustic Modem Communication network Mid-Mission Iver Iver3 Iver4

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Analog-to-Digital Conversion and model Based Engineering 24

Analog-to-Digital Conversion and Model Based Engineering

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Jungwirth, Patrick Evans, David US Army Res Lab Computat & Informat Sci Directorate Aberdeen Proving Ground MD 21005 USA Missile Def Agcy Redstone Arsenal AL 35898 USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Pervasive and ubiquitous computing is now universal. We now have intelligent and interconnected kitchens. Cars are interconnected networks on wheels. Smart highways will be here before the flying car. In the near future, the Internet-of-Things (IoT) will provide inter-connectivity for all things electronic. In 1971, the first 4 bit microprocessor was introduced. Nearly 50 years later, the microprocessor is driving global, world-wide connectivity to everything. More fundamental than pervasive and ubiquitous computing is the underlying technology of digital communications. Shannon proved in 1948, that digital communications provide for an arbitrarily small number of errors regardless of the distance between sender and receiver. Once data is in a digital form, it can be transmitted or copied an arbitrarily large number of times without error. Digital is a universal language which can transmit and store information for millennia to come. Digital is defined as quantized, discrete time. In this paper, we review sampling theory to convert analog to discrete time and discrete time to digital. We will illustrate the importance of understanding analog-to-digital conversion for model based engineering.

关键词： model based engineering systems engineering sampling theorem analog-to-digital

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Application of a military data dissemination standard in a civil context 24

Application of a military data dissemination standard in a c...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Haferkorn, Daniel Klotz, Philipp Rodenbeck, Roland Fraunhofer IOSB Fraunhoferstr 1 Karlsruhe Germany

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Nowadays, ever larger amounts of data are being generated, processed and linked. This enables to share data with other people or communities and to work collaboratively and evaluate data. Depending on the use case, environment and domain there are different aspects to consider regarding data security, availability, data protection etc. In the military environment, a concept and derived specifications for data distribution were standardized as STANAG 4559 and are already used operationally. The advantages of such a solution can also be of interest for other domains with similar needs. A possible use case is in the context of research data. Especially in areas where huge amounts of data with specific features are needed, it is often difficult to access (enough) research data and as a result, the outcome of the research is of limited quality. As every research institution creates its own data it would be helpful to have a possibility to share data and information amongst each other in a standardized way. The possibility of the aggregation from individual authorities results in a joint data pool. The research based on such a data pool can be more (cost) efficient, the quality increases due to the broader data sets and aspects like anomaly detection could be enforced. We present an idea of a concept to use a military data distribution standard for civil applications by defining data model extensions and considering security aspects and obstacles that may occur from various aspects such as the military characteristic and inflexibility of the standard and the data model.

关键词： Interoperability STANAG Standard Coalition Shared Data Distribution Data Sharing Data model

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Controlling swarm complexity - a management by objective approach 24

Controlling swarm complexity - a management by objective app...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Segor, Florian Tchouchenkov, Igor Buller, Aleksej Kollmann, Matthias Mueller, Wilmuth Fraunhofer IOSB Karlsruhe Germany

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Applications of drones have been rapidly changing during the last years. The driver in development of drone systems in the past was the military. This changed due to the fast technological progress of drone systems in the private sector as well as the industrial market. Sinking costs, progressive miniaturization, functional enlargement and increasing performance and usability are key enabler for practical realization of previously only theoretical civil and military exertions. R & D is currently developing systems-of-systems, grouping drones into swarms to solve or execute mostly non-complex tasks cooperatively to demonstrate feasibility with respect to pre-defined scenarios. The used mission management and control systems are often rudimental, non-dynamic and designed to serve only the corresponding scenarios. For real world applications of drone systems operating in cooperative groups this is insufficient, as flexible control mechanisms with respect to changing environments or mission targets are missing. This work addresses mission management and control as the central executing and overarching system glue, rendering effective and efficient application of drone swarms possible in the first place. Requirements to the command and control station, the operator as human in the loop and the assigned assets are investigated and consolidated into a novel approach. The system centric view is neglected in favour of a paradigm shift to macro control by introducing the "management by objective" approach based on prior work. The focus of mission control by the operator is moved from system-oriented control to a goal-oriented control focusing on results provided by the executing assets.

关键词： Swarm management heterogeneous assets reconnaissance teaming ground control station operator workload level of automation genetic autonomous mission planning Multi-Agent-systems

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Exploring L3 Unmanned Maritime systems Iver UUV post-mission analysis through virtual reality 24

Exploring L3 Unmanned Maritime Systems Iver UUV post-mission...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Brown, Hunter C. L3 Unmanned Maritime Syst 275 Martine St Fall River MA 02771 USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Recent advances in commercial-level virtual-reality (VR) systems have reduced the barriers to entry into the use of virtual-reality products in both financial and technical terms. With lower costs, less obtrusive hardware, and greater adoption amongst the wider technology fields, VR systems are attracting new interest in industries that have previously not leveraged VR for enhanced data interaction. Three-dimensional data-sets have traditionally been reviewed in two-dimensions by slicing the three-dimensional data, or animating a fly-through on a flat screen. While this mode of review does offer one method for data interaction, the extension into a third-dimension via VR offers new data immersion at a previously unseen scale. L3 Unmanned Maritime systems is exploring new data interaction tools that leverage VR to immerse operators and users in three-dimensional water quality, optical reconstructions, bathymetry scenes to make post-mission analysis more efficient and effective. This paper will discuss the use of virtual-reality for AUV post-mission analysis along with in-software metrics for quantifying the benefits of VR use. We will discuss early L3 Unmanned Maritime systems VR training efforts and current efforts building more involved analysis tools.

关键词： OceanServer AUV UUV Virtual Reality Augmented Visualization PMA post mission analysis Iver Iver3 Iver4

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Architecting Doctrinally-Consistent C2 Infrastructure Services 24

Architecting Doctrinally-Consistent C2 Infrastructure Servic...

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24th conference on open architecture/open business model net-centric systems and defense transformation

作者： Kroculick, Joseph B. Winifred Associates 127 White Oak Dr Jim Thorpe PA 18229 USA

ISBN: (数字)9781510626966

ISBN: (纸本)9781510626966

Planning future Multi-Domain Battle (MDB) missions requires extensive, complex, and real-time collaboration and coordination between many Warfighting Functions and Domains such as Electronic Warfare (EW), Positioning, Navigation and Timing (PNT), network Operations, and Cyber Operations. This collaboration and coordination requires synchronization of the associated domain processes and activities. Large Infrastructure projects for Command and Control (C2) are designed to integrate and align these processes through Information Technology (IT) services, such as decision aids, collaboration tools, and communication tools. New acquisition initiatives are driving infrastructure development to support the rapid fielding of capabilities through a modular software development approach. State-of-the-Art Shared Infrastructure Services can be developed using Agile Software Development (ASD) methods such as Scrum, Kanban, or Extreme Programming. However, the integration of these IT services cannot be easily planned since they are developed at the technology (i.e., software implementation) level according to the selected ASD method. Engineering the Infrastructure as Code (IaC) results in a gap between doctrinal processes and required system functionality since developers quickly code and configure small functional modular units at the technology level, while bypassing the traditional top-down waterfall flow from requirements to design. Furthermore, IaC does not explicitly require consulting a systems architecture. To improve the alignment of configured IT infrastructure services with doctrinal processes, this paper seeks to determine the extent to which agile Development Operations (DevOps) process can implement C2 doctrine while supporting dynamically-changing mission requirements and an operational environment. This paper proposes an automated systems Engineering workflow to realize IT infrastructure services using model-Driven architecture (MDA) and a military DevOps.

关键词： Agile DevOps SAFe Multi-Domain Operations model-Driven architecture Knowledge Management

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Designing the next generation of sensor systems using the SOSA TM standard 24

Designing the next generation of sensor systems using the SO...

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24th open architecture/open business model net-centric systems and defense transformation conference 2018

作者： Sargent, Garrett C. Collier, Charles Lipkin, Ilya University of Dayton 300 College Park Dayton United States Harris Corporation 1395 Troutman Blvd NE Palm Bay United States Air Force Wright Patterson Air Force Base Dayton United States

ISBN: (纸本)9781510626959

open architectures (OAs) play a key role in the design of sensor systems in the government and commercial world of today. The attraction of OAs is their ability to enable interoperability and reduce the cost of sensor systems. The Sensor open Sensor architecture (SOSA) Consortium is a consensus based community of government and industry partners working together to develop the next generation of sensors that have a well-defined set of interfaces for software, hardware, and electrical/mechanical components. In total, the SOSA Technical Standard is applicable to any one of the five sensor types (or combination): radar (RADAR), electro-optical and infrared (EO/IR), signal intelligence (SIGINT), communications (COMMS), and electronic warfare (EW). The ability of the SOSA Technical Standard to be a pointer to five different sensor types is what sets it apart from other standards available today. Many standards suffer from being application/platform specific, relevant to only one sensor type, and locked to a particular vendor. The SOSA Consortium combats this problem by focusing on being platform, vendor, and sensor agnostic. This paper provides use cases to demonstrate the efficacy of the SOSATM Technical Standard for different sensor types. The use cases demonstrate how the electro-mechanical, hardware, architecture, software, and business concepts of the SOSA Technical Standard will be advantageous to the design and procurement of the next generation of sensors. © 2019 SPIE.

关键词： Computer architecture

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