FIGURE 1 AIAMD SoS Architecture | FY 2017 JLENS SuR JIIM


Sentinel Sensor C2


JLENS FCR Avenger JTAGS GIG FDL Link 16 EOC EOC THAAD Radar


AIAMD BN EOC


(FCQ Engagement Net) (FCQ Engagement Net) IFC-Net


THAAD Fire Control


Fire Control Qual Engage Net Joint Data Net (Link-16) FAAD Data Link (Legacy) IFPC Fire Control Cooperative Eng Cap


AAMDC – Army Air and Missile Defense Command ADAM – Air Defense and Airspace Management ASoS – AIAMD System-of-Systems EOC – Engagement Operations Center FAAD – Forward Area Air Defense FCQ – Fire Control Quality FCR – Fire Control Radar FDL – FAAD Data Link GIG – Global Information Grid


IBCS – IAMD Battle Command System IFC – Integrated Fire Control IFPC – Indirect Fire Protection Capability JIIM – Joint, Interagency, Intergovernmental, Multinational


JTAGS – Joint Tactical Ground Station P&F – Plug and Fight


PPLI – Precise Participant Location and Identification SuR – Surveillance Radar THAAD – Terminal High Altitude Area Defense


AIAMD Btr y EOC


EOC AIAMD Btry THAAD Launcher IFC-Net Patriot


ASoS Patriot Launcher


ASoS Improved Sentinel


Interface Unit


Radar


ASoS Patriot Radar


Interface Unit


Radar


SYSTEM-OF-SYSTEMS ARCHITECTURE The IFCN fuses sensor data into a single integrated air picture, supporting all potential fire solutions and the mission command to synchronize AMD operations. This is the system-of-systems (SoS) architec- ture that the AIAMD Project Office envisions by FY17. Each sensor and weapon platform will have a P&F interface module defined by the P&F ICD. (SOURCE: AIAMD 2009 Acquisition Strategy)


by a P&F ICD, that will supply distrib- uted battle management functionality to enable network-centric operations on the Integrated Fire Control Network (IFCN). (See Figure 1.)


Te P&F ICD defines the interface between the IAMD Battle Command System (IBCS) B-Kit and the Compo- nent Acquisition Program (CAP) A-Kit. Tis ICD enables the AIAMD PO to con- trol the design of the interfaces between


the IBCS and CAPs that are part of the AIAMD system-of-systems (ASoS) archi- tecture. In addition, the ICD will allow for the incorporation of future systems into the P&F architecture.


Te AIAMD PO has used a number of innovative techniques to manage the P&F ICD, including the creation of an interface control working group with representation from all key stakehold- ers. In addition, establishing a notice of


revision process through the working group, to allow developers to implement in-scope, no-cost changes


has proven to be a valuable way to reduce schedule risk.


BENEFITS OF P&F ICD By using an ICD to control interface design and to enable the exchange of data across the IFCN, the AIAMD PO will ensure that IBCS can incorporate additional air defense artillery (ADA)


ASC.ARMY.MIL 113


immediately,


SCIENCE & TECHNOLOGY


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