Unmanned Aircraft Systems Roadmap 2005-2030 - Federation of ...
Unmanned Aircraft Systems Roadmap 2005-2030 - Federation of ...
Unmanned Aircraft Systems Roadmap 2005-2030 - Federation of ...
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
UAS ROADMAP <strong>2005</strong><br />
connectivity to GIG-BE via teleports and direct connectivity to manned and unmanned airborne<br />
platforms.<br />
AEHF<br />
(1,2,3)<br />
Adv Polar<br />
(3 HIO)<br />
IC Backbone<br />
JTRS / Wireless Connectivity<br />
AWS/TSAT<br />
(5 GEO)<br />
MUOS<br />
(6 GEO)<br />
GIG BE/Teleport Connectivity<br />
FIGURE C-6. THE TRANSFORMATIONAL COMMUNICATIONS ARCHITECTURE.<br />
MILSATCOM through 2015. Under the current schedule WGS, DSCS, and GBS Phase II deployment<br />
begins in <strong>2005</strong>. Advanced EHF satellite deployment begins in <strong>2005</strong>, as well. However, Mobile User<br />
Objective System (MUOS) deployment does not begin until 2008, which will require commercial<br />
augmentation.<br />
LaserComm<br />
Airborne and orbiting optical data links, or LaserComm, will <strong>of</strong>fer data rates two to five orders <strong>of</strong><br />
magnitude greater than those <strong>of</strong> the best future RF systems, and provide a direct connection between high<br />
flying UAs, such as Global Hawk, and TSAT in the 2013 time frame. Key technical challenges remain,<br />
however. Pointing, Acquisition, and Tracking (PAT) technologies, that ensure the laser link was both<br />
acquired and maintained have not yet been perfected. Although LaserComm could surpass RF in terms <strong>of</strong><br />
airborne data transfer rate, RF will continue to dominate at the lower altitudes for some time into the<br />
future because <strong>of</strong> its better all-weather capabilities.<br />
Information Assurance<br />
IA protection is required in each GIG domain (information, communications, and management and<br />
control). The GIG features a protected black core supporting multiple security levels with edge-to-edge<br />
protection for information flows (Figure C-7). Key security features will include:<br />
authentication/encryption; network control policy functions; packet header masking on high-risk<br />
communications; and dynamic intrusion/attack detection and reaction capability.<br />
APPENDIX C - COMMUNICATIONS<br />
Page C-12<br />
WGS (5 GEO)<br />
(X, Ka)<br />
• TCA will remove communications as a constraint to warfighter ope rations<br />
– Vastly more capacity; voice, video, and data services<br />
– Seamless connectivity between terrestrial, wireless, and SATCOM users<br />
– Exfiltration & relay <strong>of</strong> unprecedented amounts <strong>of</strong> tactical sensorinformation<br />
• TCA uniquely enables transformational warfightingdoctrine/organizations<br />
– Dynamic, self organizing networks, any source to any destination<br />
– High data rates across multiple subnets with prioritization, qua lity <strong>of</strong> service<br />
– Provides broadband, protected access towarfighterson the move<br />
– Supports DoD, Intelligence Community, and NASA<br />
RF<br />
Laser