Proceedings of the 2023 MOSA Industry and Government Summit and Expo:
- Porting the RRADE TSS Solution to ARINC 653
- Deos SafeMC, Multi-core Face Conformant RTOS
- MFMS-1000 Integration Efforts
- Mixed Software Environments using Virtual Machines as a MOSA Modularity
- MOSA and FACE™ Adoption Putting Secure Software into Practices
- Applying MOSA and Functional Standards to Air Combat Training
- Transport Protocol Modules in Theory and Practice Syntax & Semantics Matter to MOSA
- Network Design Impacts on MOSA-Conformance for Integrated Avionics Architectures
- Advanced Teaming Starts with MOSA Demonstrating Reuse and Portability Through FACE™ Application
- Aviation Mission Computing Environment (AMCE) Software Operating Environment (SOE)
- Digital Model Acquisition Incorporating Technological Innovation Improving Engineering Practice
- MBSE-Enabled Automation for SOSA™ Interface Definition and Implementation
- Accelerating Power Supply Integration Sensor Open System Architecture™ (SOSA) paves the way for conformance testing backplanes
- SOSA Small Form Factor Prototyping
- A Static Analysis Technology for Checking FACE™ Conformance for non-OSS Ada UoCs
- Redundancy in the Transport Services Segment (TSS)
- Realizing MOSA At the Pace of the FACE™ Race
- Using FACE™ and UDDL Modelling Features to Represent Message Queue Transports
- MBSE-Driven Cybersecurity The Power Of Data-Centric Threat Modeling in Dassault Systemes Cameo System Modeler™
- Multi-Vendor Model-Based Application Development Using the FACE™ Technical Standard
- Enabling MOSA Principles with the Data Distribution Service (DDS) Standard
- Building ARINC 661 User Applications Aligned to the FACE™ Technical Standard
- Lessons Learned for Developing and Integrating MOSA DO-178 FACE Control Components
- Contracting for MOSA Using an Open Systems Management Plan (OSMP)
Proceedings of the 2022 September U.S. Air Force FACE™ and SOSA™ Technical Interchange Meeting (TIM):
- FACE Overview
- SOSA EO/IR Mission Thread
- Scaling Connections within the FACE™ Transport Services Segment
- Accelerating TRL and Technology Refresh with MOSA
- Transport Implementation of Redundancy Management
- Formal Security Analysis and Open Standards
- Custom Transport Protocol Modules for Data Storage
- Quality of Service (QoS) Considerations When Using FACE TSS for SOSA
- FACE Conformance Verification for Ada Software
- Supporting Legacy & High Speed Protocols with SOSA Technical Standard Using COTS
- Achieving FACE Verification: BALSA ADSB-Out PSSS UoC Case Study
- Open Architecture Through Firmware Containers
- Infrastructure-Centric Integration
- Addressing the Thermal Performance and Portability Challenges of Next Generation VPX
- Deos, a FACE Conformant DO-178C Multi-core RTOS
- Addressing Assured PNT through Open Standards
- BALSA in Docker: An Example FACE TM Computing Environment with Containers
- VITA 90 VNX+: A New Open System Standard for Small Form Factor
- TSS Data Store Adaptation to Commercial Databases
- Evolving Small Form Factor Architecture for SOSA
- Dual Standard Interoperability: Creating an OMS Isolator for BALSA
- Leveraging Open Industry Standards to Reine and Accelerate FACE Deployments
- Adoption of Evolving Network Standards through MOSA
- FACE™ Interoperability Technical Approaches
- Harnessing the Richness of FACE™ Technical Standard
Proceedings of the 2021 September U.S. Army - FACE™ and SOSA™ Technical Interchange Meeting (TIM):
- BG Barrie - Keynote Presentation
- Tucson Embedded Systems, Inc. (TES/TES-SAVi) Welcome Address
- SOSA Consortium Overview
- FACE Technical Working Group Overview
- FACE Business Working Group Overview
- FACE Domain Interoperability Working Group Overview
- FACE Conformance Overview
- RRADE: A Modular TSS Solution
- FACE™ Data Modeling for Software Developers
- Halo Effect of FACE™ Technical Standard and Business Approach
- FACE 3.0 Conformance of Ansys ARINC 661 Cockpit Display System
- Strategies for Mixed Criticality ARINC661
- Common Symbology Approach Using Configurable Core User Applications (UAs)
- Increasing Interoperability for FACE Technical Standard
- Open Systems Management Plan (OSMP) Data Item Description (DID) History, Usage and Path Forward
- Applying Security to FACE™ Transport Services Segment (TSS)
- Data Modeling Patterns
- Addressing the Behavioral Aspects of Integration Beyond Data Modeling
- Porting BALSA to Deos+RTEMS
- Benefits of Using Common Tools to Achieve FACE™ Conformance and DO-178C Compliance
- Achieving Multicore Certification to DO-178C DAL A Using a FACE™ Operating System
- Multiple Transport Implementations
- FACE™ Enablement for FVL Digital Backbone
- FACE Approach Supports FVL: A MOSA implementation of avionics software for prototype FLRAA and FARA Developments
- Automated FACE Model Transformation with Ansys SCADE and RTI Connext DDS
- Synthetic Aperture Radar Pod Integration Processor (SARPIP)
- Making FACE™ Units of Conformance Fully Portable: Coding Guidance for Ada
- Domain Specific Data Models (DSDMs): A Practitioner’s Approach
Proceedings of the 2021 March The Group FACE™ and SOSA™ Technical Interchange Meeting:
Proceedings of the 2020 September The Group FACE™ and SOSA™ Technical Interchange Meeting:
Presentation Recordings
- Welcome - Dr. Franco Gasperoni, CEO and Co-founder, AdaCore
- Opening Remarks - Capt. Margaret Wilson, Program Manager, NAVAIR PMA-209
- FACE Introduction
- SOSA Introduction
- Driving FACE™ & SOSA™ to the Edge
- Multi-Supplier FACE™ TSS Interoperability
- Buyers, Suppliers, and Integrators Oh My...
- Application of FACE™ Data Modeling to Warfare System Design
- IMPACT in Action
- Just Enough Data Model
- Advances in Applying a Model-Based Modular Open Systems Approach (MOSA) to Hardware and Software Verification and Conformance
- Synergistic FACE™ and AADL Modeling to Support Behavioral Analysis
- Zero Trust Security Approach for MOSA Systems
- Architectural Approaches in Evolution of Emerging Technologies
- Enabling High-Speed Connectivity in Modern Sensor Systems
- SOSA™ Aligned Multi-Role RF High Performance & Embedded Compute (RF HPEC) System
- Polarimetric Imaging Using Open Standards/Interchangeable and Portable Software
- Applying the Transport Services Segment
- Transitioning to the SOSA™/ CMOSS Architecture
- Closing Remarks – Joe Carter, G-10 Tactical Branch Chief, PEO Aviation, U.S. Army
Proceedings of the 2019 September US Air Force-hosted FACE™& SOSA™ Expo and Technical Interchange Meeting:
- SOSA Overview
- An MBE approach to MOSA for SOSA, HOST and FACE Development, V&V, and Integration
- Modular Automated Test Systems for Modular Open Architectures
- Maximizing FACE OS Segment Effectiveness with Virtualized Solutions
- FACE™ Ecosystem Model-based Tools designed for the FACE Technical Standard, Editions 3.0 & 2.1
- Deos/RTEMS FACE™ Safety Base OSS
- Mission Logic Portability Among Frameworks
- FACE Overview
- Comprehensive Architecture Strategy (CAS)
- Establishing Qualification Zones in a Core System
- Use of FACE™ Technical Standards in SUMIT
- How to Compose Safe and Secure Systems by Exploiting the FACE OSS
- How DDS Brings Platform Interoperability to FACE™ Conformant Systems
- Verifying High-Assurance FACE™ Components with Ada and SPARK
- Crew Mission Station Reuse
- Developing Portable and Reusable Applications with SCADE, the FACETM Technical Standard, and ARINC 661
- Logging in a FACE Reference Architecture
- Rapid Modular Software Integration (RMSI)
- DDS for FACE and SOSA System Implementations
- Software Safety and the Future Airborne Capability Environment (FACE™) Technical Standard
Proceedings of the 2018 September US Army FACE™ Technical Interchange Meeting:
- Rapid Integration Framework (RIF) Demonstration Information Packet
- Rapid Integration Framework Presentation AMRDEC
- Display Management Services
- Methods for Avionics Systems to Support Third-Party Development
- Air Force’s Continuous Integration and Continuous Development with the FACE™ Technical Standard FACE™ VV&A on the Hanscom MilCloud
- Applying FACE Concepts to Existing One System® Remote Video Terminal (OSRVTTM) Software Services
- The Evolution of the Rapid Integration Framework Lessons Learned from the Army Crew Mission Station (CMS) Project
- Basswood BALSA in Real-time
- A Strategy for Leveraging Domain Specific Data Models
- Interface Documentation Maturity Levels
- Model-based Code Generation for the FACE™ Technical Standard FACE™ Transport Service Segment (TSS) type-specific code and configuration file
- Programming Language Run-Times and the FACE™ Standard: Achieving Application Portability and Reliability
- Transformation Capabilities in Configurable Common Services A Lesson Learned from CMS Development
- The FACE™ Conformance Verification Matrix 3.0 in Practice Integration of FACE™ Conformance in the Software Development Process
- Rapid Integration Framework (RIF) Demonstration Information Packet
Proceedings of the 2017 October NAVAIR FACE™ Technical Interchange Meeting:
- Why Should I Care? It’s All About Me
- Reusable Transport Services (TS) Software for Instantiations of the Future Airborne Capability Environment (FACE™) Architecture
- Resilient-Embedded Global Positioning System/Inertial Navigation System (R-EGI) virtual System Integration Laboratory (vSIL) Prototyping Initiative Phase 1 and Phase 2
- Redefining Software Reuse Benefits of Selecting the Right FACE Conformant Operating System
- Using Coding Standards and Static Code Analysis in the Development of FACETM Conformant Software Integration of FACE Conformance in the Software Development Process
- FACE™ Cross-Integration Successes – Honeywell, RTI, TES-SAVi, Wind River, and Mercury Systems, 2017 June BITS Event Model-based tools used for rapid FACE development and integrations
- FACE UoP Framework Architecture
- Interoperability Among International Avionics Open System Architectures Using the Transport Services Segment to Connect US and European Components
- The Impact of the FACE™ Technical Standard on Achieving the Crew Mission Station (CMS) Objectives A Core System and its Hosted Capabilities
- Crew Mission Station (CMS) Comprehensive Architecture Strategy Impact of applying The FACE Technical Standard to the CMS Architecture
Proceedings of the 2017 March US Air Force FACE™ Technical Interchange Meeting:
- Examination of Open System Architectures for Avionics Systems
- Resilient Embedded GPS/INS (EGI) Prototype Pilot and virtual Systems Integration Laboratory (vSIL)
- Data Modeling Is Hard vs Data Modeling is Hard
- FACE Conformance Challenges and Techniques
- Approach to FACE Conformance for Single and Multicore System
- FACE Cross-Integration Successes
- Joint Common Architecture Demonstration Lesson
- Common Command Interface for Interactive FACE UoCs
- Efficiently, Effectively Creating Software Components
- Resilient EGI Prototype: Common Application Space Prototype Pilot
- Benefits and Limitations of Reliance on an Open Architecture Technical Standard to Meet Expectations of an Open System
Proceedings of the 2016 February US Army Aviation FACE™ Technical Interchange Meeting:
- Data Flow Oriented Software Design in FACE
- Joint Common Architecture Demonstration Lessons Learned - Sikorsky/Boeing Perspective
- Disambiguate Data with Documentation
- Case Study: Integrating FACE Aligned Componetry
- A Unique Approach to FACE conformance DDC-I/OAR
- Joint Common Architecture Demonstration Lessons Learned – Honeywell Perspective
- Rapid Modular Software Integration (RMSI) Program
- FACE Aligned EGI Platform Specific Service Adapter
- The FACE Conformance Verification Matrix in Practice
- Improving System Integration with the FACE Technical Standard and Dexter
- MBSE - A Paradigm Shift in System Engineering
