ed2k://|file|Tm5-690%20-%20Grounding%20And%20Bonding%20In%20Command,%20Control,%20Communications,%20Computer,%20Intelligence,%20Surveillance,%20And%20Reconnaissance%20(c4Isr)%20Facilities.pdf|3949470|10A76CE663B57FA15E722C8537F871AA|h=OHDMTCDJJFP4JOCFZL2N3M7237O6KLKB|/
-C4ISR Architectures, Social Network Analysis and the FINC Methodology: An Experiment in Military Organisational Structure
ed2k://|file|C4Isr%20Architectures,%20Social%20Network%20Analysis%20And%20The%20Finc%20Methodology%20An%20Experiment%20In%20Military%20Organisational%20Structure.pdf|683499|BF2BAF66A2D713B1D7A035941069DBEC|h=J264MN2M2CTB6LS2MDZVXGAVYCLIZK4L|/In this paper we present a simple testbed for experimenting with C4ISR architectures (based on a “SCUD hunt” scenario), the FINC methodology for analysing C4ISR architectures, and some experimental results. The testbed allows us to explore different organisational architectures under a range of conditions. The FINC (Force, Intelligence, Networking and C2) methodology allows the calculation of three metrics for every C4ISR architecture. Applying the FINC methodology to our testbed provides a partial validation of the methodology, as well as allowing us to derive four basic principles of C4ISR architectures.
-Applying Social Network Analysis Concepts to Military C4ISR Architectures. Department of Defence, Canberra, ACT Australia
ed2k://|file|Applying%20social%20network%20analysis%20concepts%20to%20military%20C4ISR%20architectures.pdf|181498|F5A938836140D3BBC59F08768A625860|h=MQENJSJ66QX2FVDORTNHKI7Y5QJ6GISJ|/
-C4ISR for network-oriented defense: Ericsson
ed2k://|file|3064_C4ISR_A.pdf|888698|5D26BD26BCC7BFA6B9F716CE69A96AA3|h=5DORB3AEOZDR42JSLN57EZCKZ5P7VDJG|/