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118 Cards in this Set
- Front
- Back
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Explain what composes an AEF organization structure.
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An Air and Space Expeditionary Force (AEF) is an organizational structure composed of Air Force capabilities that can provide the war-fighting combatant commander with rapid and responsive air and space power assets.
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How has the AEF concept changed Air Force operations?
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By retooling from a “stay-at-home,” or fixed-base, mindset to an expeditionary/deployable one. Developing the means to spread tasking across the force to relieve the increase in deployments on a small number of units. Providing predictability and stability for our people.
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What document would you reference for information on Tempo Banding?
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Air Force Policy Directive (AFPD) 104, Operations Planning: Air & Space Expeditionary Force (AEF).
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Who is the authority for AEF execution and who approves these orders/directives?
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Global Force Management (GFM) has the authority for AEF execution. SecDef approved orders or IA directives.
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What two important principles apply in deployed communications environment?
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Provide support for the joint force air component commander (JFACC) with ability to begin air operations and win a major theater war (MTW). Enforce operations security (OPSEC) to ensure safe and secured communications; manage acceptable levels of risk to accomplish the mission.
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What is a unit type code (UTC)?
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A unit type code (UTC) is the basic building block used in joint force planning and deployments of AEFs.
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Define UTC posturing.
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Posturing is the process of identifying and making available a unit’s trained and ready capable UTCs.
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How would you best describe TDCs and its composition?
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TDC is a state of the art ground-to-ground communications infrastructure designed to exchange secure and non-secure voice, data, and video communications via line of sight (LOS), satellite, or hard-wired resources. TDC is comprised of highly transportable commercial-off-the-shelf (COTS) communications equipment, housed in transit cases, and is fully scalable to meet new Air Force mission requirements.
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Explain what MEFPAK is and the purpose it serves.
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MEFPAK is the Air Force system used for UTC package management. The purpose of MEFPAK is to provide standard descriptions of the force packages to be used to support contingency planning at all levels of command.
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What is JOPES and what was designed to facilitate?
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JOPES is the DOD directed integrated joint command and control (C2) system for conventional operation planning and execution (to include theater-level nuclear and chemical plans). JOPES was designed to facilitate rapid building and timely maintenance of plans and rapid development of effective options through adaptation of approved operation plans during crisis.
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Name three standard deployment reference files.
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GEOFILE, TUCHA, and TUDET.
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What does the TUCHA file contain?
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The TUCHA file contains the deployment data for all approved DOD UTCs, including the number of passengers and the cargo increments and the weights and dimensions.
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Describe MANFOR.
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MANFOR is a database containing the UTC and title, mission capability (MISCAP), and manpower detail for each applicable UTC.
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How does LOGDET relate to LOGFOR?
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LOGFOR is a subsystem of MEFPAK and COMPES which contains the logistics detail for
standard Air Force packages. LOGFOR is used to collect and store the material requirements (also called the logistics detail (LOGDET)) for UTCs. The LOGDET defines the standard equipment requirements for each. |
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Name the two types of UTCs.
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Standard and non-standard
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What document should refer to for additional guidance on using and posturing UTCs?
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AFI 10-401, Air Force Operations Planning and Execution, Chapter 7
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What are unmanned aircrafts/aerial vehicles (UAs/UAVs) and how are they used?
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Unmanned aircraft (UA) or unmanned aerial vehicles (UAVs) are remotely piloted or self-piloted aircraft that can carry cameras, sensors, communications equipment or other payloads. They have been used in a reconnaissance and intelligence-gathering.
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What are tactical unmanned aerial vehicles (TUAVs) designed to do?
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The tactical unmanned aerial vehicle (TUAV) system is designed as a ground maneuver commander’s primary day/night reconnaissance, surveillance, target acquisition, and battle damage assessment system.
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What do high altitude endurance (HAE) vehicles provide?
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The high altitude endurance (HAE) development program focuses on providing exploitable digital imagery to the warfighter in near real-time.
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What altitude can the RQ-4 Global Hawk reach?
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The RQ–4 Global Hawk can reach an altitude of 65,000 feet.
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Name the three components of the Predator system?
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The UAV with its associated sensors and communications equipment; the ground control station (GCS); and the product or data dissemination system.
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Define theater deployable communications (TDC).
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Theater deployable communications (TDC) is a state of the art ground-to-ground communications infrastructure designed to exchange secure and non-secure voice, data, and video communications via line of sight, satellite, or hard wired resources.
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What does the nature of the AEF concept requires us to do in regards to TDC equipment?
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The nature of the AEF concept requires us to reduce the size, increase the flexibility and capacity of deployable communication systems.
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What characteristics should proposed TDC equipment strive to have?
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Proposed TDC equipment should strive to have the following characteristics: functionality, modularity/scalability, open system standards, interoperability, mobility, survivability, security, and operability.
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What are three major components of TDC?
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Ground Satellite Terminals, Integrated Communications Access Package (ICAP), and Network Control Center-Deployed (NCC-D).
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Describe the integrated communications access package (ICAP).
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Integrated communications access package (ICAP) is a suite of modules and accessory kits providing the communications backbone for deployed units. The ICAP is comprised of COTS circuit switches, hubs and routers, multiplexers, and on-base transmission (radio and laser) and encryption devices.
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What functions does the Promina multiplexer (P-MUX) provide?
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The Promina multiplexer (P-MUX) module provides multiplexing and demultiplexing of voice, data, and message traffic.
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What is the airfield operations mission?
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To deploy worldwide in support of operational forces at host nation or bare base locations and provide basic airfield services and combat airspace support to the theater AOC.
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What are the three major systems that are part of the TPN-19?
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Two operations (A and B), the airport surveillance radar (ASR), and the precision approach radar (PAR).
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How many display indicators present information to the air traffic controllers from ASR and PAR systems?
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Six
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What is the range of the TPN-24 for air traffic controllers to identify and locate aircraft?
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Sixty miles
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What information is provided by the PAR?
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Both azimuth and elevation information from 20 nautical miles away from an airfield to touchdown.
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What does the MSN-7 provide?
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Air traffic controller’s access to landlines, UHF/VHF radios, crash phones, emergency signals, tape recorders, navigational aids monitor and wind measuring equipment.
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What MAJCOM does the 85th EIS fall under?
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Air Combat Command.
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How fast can the 85th EIS respond to emergency peacetime restoration of information systems?
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48 hours
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What kind of major systems do C-E technicians install within SCMG?
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These systems consist of initial telecommunications engineering, RF direction finding and engineering installation needs for Ground Radio, Satellite, Wideband and Secure Communications Systems, ATCALS, and METNAV systems.
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What service does the 85th EIS provide under SCMC?
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It provides worldwide rapid response for engineering, installation, and repair of all forms of copper and fiber-optic cables for telephone, LAN/WAN, antenna, and application-specific systems, as well as antennas for radar, narrow and wideband radio, and satellite antenna systems.
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What is the AOC used for?
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For planning, executing, and assessing theater-wide air and space operations.
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What are the elements of GTACS?
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The AOC, CRC, ASOC, and TACP.
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What is an air tasking order?
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It is the lead planning document commanders follow to start all missions. Normally it provides specific instructions to include call signs, targets, controlling agencies, etc., as well as general instructions.
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List the five teams of the Chief of AOC Systems.
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AOC Area Support, CFP, AOC Networks, C2 Systems, and Data Links.
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How many sites employ the GCCS system?
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GCCS is employed at more than 600 sites across the GIG.
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What are the four systems that make up the GCCS-AF program?
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Joint Operations Planning and Execution System, GCCS Status of Resources and Training, Deliberate Crisis Action Planning & Execution System, Common Operating Picture.
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Which of the four systems that makes up GCCS provides a comprehensive picture of the AOR battlespace?
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The COP provides a comprehensive picture of the battlespace within the AOR.
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What is the primary information that GCCS handles?
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Logistics planning data.
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What are the requirements to log into the different portions of the GCCS?
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A SIPRNET or NIPRNET computer and a Common Access Card or Public Key Infrastructure Certificate.
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How was the planning and execution of the Air War handled in Operation DESERT STORM?
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Much of the planning and execution of the air war was done by hand.
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Where are TBMCS found operating as the main planning and execution system?
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The Air Operations Centers.
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What is the responsibility of the NMCC?
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The generation of Emergency Action Messages (EAMs) to notify launch control centers, nuclear submarines, reconnaissance aircraft and battlefield commanders around the world.
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What component of the GIG supports the President, SECDEF, and JCS in the exercise of their responsibilities?
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The National Military Command System.
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What are the command nodes for the NMCS?
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The NMCC, National Airborne Operation Center, USSTRATCOM Command Center, USSTRATCOM and
USNORTHCOM mobile consolidated command centers, and other command centers designated by the SECDEF. |
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What is SACCS designed to support?
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The Air Force’s strategic aircraft and missile functions.
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How does the SACCS system achieve the requirement for survivability?
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By using nuclear hardened equipment, redundant circuits, and alternate communications paths.
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What is NSANet?
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The worldwide telecommunications network supporting voice, data, and video for both classified and unclassified (i.e., Internet) requirements.
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What project will replace SEAMARK?
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JEWELER
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What is the Distributed Common Ground System?
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The Distributed Common Ground Station (DCGS) is a collection of communications systems.
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What is the DOD directive in response to the FY 97-03 Defense Planning Guidance?
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The DOD DCGS program to migrate to a multi-intelligence, common, interoperable, open systems ground systems architecture.
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What must the DOD DCGS do to support today's join and combined war fighter and accomplish tomorrow's JV2020 operational mission?
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Convert the voluminous amount of data received from space, air, and surface ISR platforms into “decision superiority—better decisions arrived at and implemented faster than an opponent can react, or in a combat situation, at a tempo that allows the force to shape the situation or react to changes to accomplish its mission.”
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What is the Battlefield Control System?
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It is a radar Tracker/Correlator software program hosted on a powerful server based computer system which takes inputs from long range and short range radars and displays it all on a scope (computer monitor).
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The CONUS is divided into how many air defense sectors?
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Two
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Where is the Alaskan Air Operations Center (AKRAOC) located?
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Elmendorf AFB, AK
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What is the mission of the Global Broadcast Service?
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The GBS mission is to provide warfighters with a one-way, high data rate and high volume of intelligence info to forces garrisoned, deployed, or on the move.
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How does the GBS suite keep two-way satellite systems from having to handle every field data request?
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GBS uses a form of "push and store" to distribute high-bandwidth information for local relay.
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What is the mission of the HF-GCS?
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To provide reliable, rapid, two-way communications between air-, land-, and sea-based users.
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Which of the 15 Global HF System stations does not remotely control from the CNCS? Why?
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The south Atlantic Station. Because it only provides dedicated ALE support for AMC aircraft.
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What is the purpose of the DCS HF entry?
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To provide nonsecure voice and secure/nonsecure data connectivity to commanders and tactical units operating in areas of the world where DCS connectivity is unavailable or insufficient.
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What GTACS provide the war fighter's arsenal?
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The Ground Theater Air Control System (GTACS) provides the ability to rapidly detect and identify airborne targets with minimal or no support. GTACS brings a combination of range, precision, low signature and control.
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What provides the MCE with a unique ATO message handling and interface processing suite?
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The Automated Air Tasking Order (AATO) software application.
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What do AtHoc solutions provide the DOD with?
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Provide the DOD with the capability to reach hundreds of thousands of people via PCs, personal digital assistants (PDAs), land and cell phones, pagers, Blackberry devices, and giant voice systems in real time.
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What capability does INWS give command post staff?
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Provide installation personnel with quick access to critical information.
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(020) AFPD 104, Operations Planning: Air and Space Expeditionary Force (AEF) aligns what requirements with a matching force generation model?
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a. Posturing.
B. Tempo bands. c. Unit type codes. d. Joint manning document. |
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(020) Which organization is responsible for air and space expeditionary force (AEF) sourcing of individual augmentees, Joint Manning Document authorizations, and managing replacements for 365-day or greater requirements?
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a. Global Force Management (GFM).
B. Air Force Personnel Center (AFPC). c. Combatant Commander (CCDR). d. Commander Air Combat Command (COMACC). |
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(020) What places air and space expeditionary force (AEF) forces in a “ready to deploy” state and supports global requirements, home station requirements or support to Combatant Commanders (CCDR)?
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A. Posturing.
b. Tempo bands. c. Unit type codes. d. Joint manning document. |
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(021) Who has the primary mission of providing the joint force air component commander (JFACC) with the tools necessary to fight and win a major theater war within the scope and coordination of all land, sea, and air forces?
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a. Global Force Management.
b. Air Force Personnel Center. c. Commander, Air Force Forces. D. Air and Space Operations Center. |
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(021) Which document is the basic building block used in joint force planning and deployments of air and space expeditionary forces (AEF)?
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a. Posturing.
b. Tempo bands. C. Unit type codes. d. Joint manning document. |
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(021) Which function is a state-of-the-art ground-to-ground communications infrastructure designed to exchange secure and non-secure voice, data, and video communications by way of line-of-sight (LOS), satellite, or hard-wired resources?
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a. Designed operational capability.
B. Theater deployable communications. c. Manpower and equipment force packaging. d. Joint operation planning and execution system. |
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(022) Defense Support of Civil Authorities (DSCA), Humanitarian Relief Operations (HUMRO), Non-Combatant Evacuation Operations (NEO) and support to International Law Enforcement are all examples of
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A. operational capabilities packages.
b. theater deployable communications. c. manpower and equipment force packaging. d. Air and Space Expeditionary Task Force (AETF) force modules. |
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(022) Which function has the primary purpose of providing standard force package descriptions of the force packages to be used to support contingency planning at all levels of command?
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a. Operational capabilities packages.
b. Theater deployable communications. C. Manpower and equipment force packaging (MEFPAK). d. Air and Space Expeditionary Task Force (AETF) force modules. |
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(023) A remotely piloted or self-piloted aircraft that can carry cameras, sensors, communications equipment, or other payloads is called a/an
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a. high altitude endurance (HAE).
B. unmanned aerial vehicles (UAV). c. type unit equipment detail file (TUDET). d. Deliberate Crisis Action Planning and Execution Segments (DCAPES). |
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(023) As of September 2004, how many total flight hours have coalition unmanned aircrafts flown to support Operation ENDURING FREEDOM and Operation IRAQI FREEDOM?
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a. 80,000.
b. 90,000. C. 100,000. d. 120,000. |
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(023) Which system focuses on providing exploitable digital imagery to the warfighter in near real-time?
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a. High altitude endurance (HAE).
b. Unmanned aerial vehicles (UAV). C. Tactical unmanned aerial vehicle (TUAV). d. Deliberate Crisis Action Planning and Execution Segments (DCAPES). |
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(024) Which theater deployable communications (TDC) equipment characteristic requires equipment modules to be expandable and packaged for deployment in standard 19-inch rack mounted transit cases, vehicles, or shelterized configurations?
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a. Mobility.
b. Survivability. c. Interoperability. D. Modularity-scalability. |
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(024) Which theater deployable communications (TDC) equipment characteristic requires size, weight, power requirements, and equipment set-up times are kept to an absolute minimum to support the transportation, deployment, and operations in a deployed environment?
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A. Mobility.
b. Survivability. c. Interoperability. d. Modularity-scalability. |
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(024) Which component of theater deployable communications (TDC) is a suite of modules and accessory kits serving as the backbone of a deployed communication network?
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a. Basic access module (BAM).
B. Integrated communications access package (ICAP). c. Promina multiplexer (P-MUX). d. Flyaway tri-band satellite terminal (FTSAT). |
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(025) Which system provides the capability to identify, sequence, and separate aircraft; provide final approach guidance, and control instructions to aircraft at deployed locations in all types of weather?
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a. Global Command and Control System (GCCS).
b. Joint Worldwide Intelligence Communications System (JWICS). c. Theater Battle Management Core System (TBMCS). D. Deployable Air Traffic-Control and landing Systems (DATCALS). |
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(025) Which system asset can be tasked to provide liaison, control tower, Radar Approach Control (RAPCON), precision landing, and mobile Tactical Air Navigation (TACAN) services as a standalone unit or in any combination?
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a. Global Command and Control System (GCCS).
b. Joint Worldwide Intelligence Communications System (JWICS). c. Theater Battle Management Core System (TBMCS). D. Deployable Air Traffic-Control and landing Systems (DATCALS). |
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(026) The 85th Engineering and Installation Squadron (EIS) is assigned to the
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A. Air Combat Command (ACC).
b. Air Mobility Command (AMC). c. Air Force Space Command (AFSC). d. Special Operations Command (SOC). |
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(027) Under what program does the Department of Defense (DOD) collects, processes, produces, disseminates, and uses information?
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a. Global Information Grid (GIG).
b. Global Command and Control System (GCCS). C. Command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR). d. Theater Battle Management Core System (TBMCS). |
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(027) What system provides connectivity between the US and allied forces for critical missions and enhances worldwide readiness, mobility, responsiveness, and operations?
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A. Global Information Grid (GIG).
b. Global Command and Control System (GCCS). c. Command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR). d. Theater Battle Management Core System (TBMCS). |
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(028) Which system is employed at more than 600 sites across the global information grid (GIG) and interconnected through the SIPRNET?
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a. Global Broadcast Service (GBS).
B. Global Command and Control System (GCCS). c. Command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR). d. Theater Battle Management Core System (TBMCS). |
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(028) Which major system employs the Joint Operation Planning and Execution System (JOPES), Global Status of Resources and Training System (GSORTS), Deliberate Crisis Action Planning and Execution Segments (DCAPES), and Common Operational Picture (COP) systems?
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a. Global Broadcast Service (GBS).
B. Global Command and Control System (GCCS). c. Command, control, communications, computers, intelligence, surveillance, and reconnaissance (C4ISR). d. Theater Battle Management Core System (TBMCS). |
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(029) Which system primarily deals with logistics planning data, such as transportation, personnel, and material requirements?
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a. Global Broadcast Service (GBS).
b. Global Command and Control System (GCCS). C. Global Combat Support System (GCSS). d. Theatre Battle Management Core System (TBMCS). |
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(029) Which system of interconnected computer networks is used by the United States Department of Defense and the United States Department of State?
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a. Global Command and Control System (GCCS).
B. Joint Worldwide Intelligence Communications System (JWICS). c. Theater Battle Management Core System (TBMCS). d. Deployable Air Traffic Control and Lighting System (DATCALS). |
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(030) Which Air Force specific system uses the global information grid (GIG) backbone for inter-site communications and was designed to provide an automated and integrated planning and execution capability to the Combat Air Forces (CAF) and Joint/Combined Forces?
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a. Global Command and Control System (GCCS).
b. Joint Worldwide Intelligence Communications System (JWICS). C. Theater Battle Management Core System (TBMCS). d. Deployable Air Traffic Control and Lighting System (DATCALS). |
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(030) Which system provides a solution to a decrease in manpower and increase in requirements, at the same time, taking advantage of new technological developments to deliver superior connectivity, flexibility, speed, reliability, and joint interoperability?
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a. Global Command and Control System (GCCS).
b. Joint Worldwide Intelligence Communications System (JWICS). C. Theater Battle Management Core System (TBMCS). d. Deployable Air Traffic Control and Lighting System (DATCALS). |
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(031) Which command and control structure is a priority component of the global information grid (GIG) designed to support the President, SECDEF, and the JCS in the exercise of their responsibilities?
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a. Global Command and Control System (GCCS).
b. National Military Command Center (NMCC). C. National Military Command System (NMCS). d. Strategic Automated Command and Control System (SACCS). |
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(032) Which command and control structure is a primary network used to transmit the emergency action messages (EAM) generated by the National Military Command Center (NMCC) to the warfighting commanders in the field?
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a. Global Command and Control System (GCCS).
b. National Military Command System (NMCS). C. Strategic Automated Command and Control System (SACCS). d. Theater Battle Management Core System (TBMCS). |
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(032) Which command and control structure has network node whose survivability is achieved using nuclear hardened equipment, redundant circuits, and alternate communications paths?
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a. Global Command and Control System (GCCS).
b. National Military Command Center (NMCC). c. National Military Command System (NMCS). D. Strategic Automated Command and Control System (SACCS). |
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(033) Which system was originally designed as a specialized system for Army, Navy, and Air Force technicians to use as a tool to troubleshoot network problems?
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a. JEWELER.
C. SEAMARK. c. NEWSDEALER. d. STREAMLINER. |
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(034) Which program was created in response to the FY 97–03 Defense Planning Guidance that directed a “program to migrate to a multi-intelligence, common, interoperable, open systems ground systems architecture?
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A. Distributed Common Ground Station (DCGS).
b. National Military Command System (NMCS). c. Strategic Automated Command and Control System (SACCS). d. Theater Battle Management Core System (TBMCS). |
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(034) Which systems basic functions operational elements are tasking, processing, exploitation, and dissemination (TPED)?
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A. Distributed Common Ground Station (DCGS).
b. National Military Command System (NMCS). c. Strategic Automated Command and Control System (SACCS). d. Theater Battle Management Core System (TBMCS). |
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(034) Which systems basic functions operational elements are tasking, processing, exploitation, and dissemination (TPED)?
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A. Distributed Common Ground Station (DCGS).
b. National Military Command System (NMCS). c. Strategic Automated Command and Control System (SACCS). d. Theater Battle Management Core System (TBMCS). |
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(035) Which system is a radar tracker and correlator software program that is hosted on a powerful server based computer system, which takes inputs from long and short range radars and displays it all on a scope (computer monitor)?
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a. Distributed Common Ground Station (DCGS).
B. Base Control System-Fixed (BCS-F). c. National Military Command System (NMCS). d. Strategic Automated Command and Control System (SACCS). |
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(035) Which system is a radar tracker and correlator software program that is hosted on a powerful server based computer system, which takes inputs from long and short range radars and displays it all on a scope (computer monitor)?
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a. Distributed Common Ground Station (DCGS).
B. Base Control System-Fixed (BCS-F). c. National Military Command System (NMCS). d. Strategic Automated Command and Control System (SACCS). |
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(036) Which system capitalizes on the popular commercial direct broadcast satellite technology to provide critical information to the
nation’s warfighters? |
A. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). d. National Military Command System (NMCS). |
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(036) Which system capitalizes on the popular commercial direct broadcast satellite technology to provide critical information to the
nation’s warfighters? |
A. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). d. National Military Command System (NMCS). |
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(036) Which system is a service that broadcasts via communication payloads on military satellites (Ka band) and commercial satellites (Ku Band)?
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A. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). d. National Military Command System (NMCS). |
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(036) Which system is a service that broadcasts via communication payloads on military satellites (Ka band) and commercial satellites (Ku Band)?
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A. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). d. National Military Command System (NMCS). |
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(037) Which system is a USAF program supporting Global, Defense Communication System (DCS) HF Entry, Mystic Star, and System of Inter- American Telecommunications for the Air Forces (SITFAA) missions?
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a. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). D. High Frequency-Global Communications System (HF-GCS). |
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(037) Which system is a USAF program supporting Global, Defense Communication System (DCS) HF Entry, Mystic Star, and System of Inter- American Telecommunications for the Air Forces (SITFAA) missions?
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a. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). D. High Frequency-Global Communications System (HF-GCS). |
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(037) Which system provides high-quality voice/data HF and ultra-high frequency (UHF) satellite communications to the president, vice president, cabinet members, and other senior government and military officials while aboard special airlift mission (SAM) aircraft?
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a. Seamark.
b. NORAD. C. Mystic Star. d. MILSATCOM. |
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(037) Which system provides high-quality voice/data HF and ultra-high frequency (UHF) satellite communications to the president, vice president, cabinet members, and other senior government and military officials while aboard special airlift mission (SAM) aircraft?
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a. Seamark.
b. NORAD. C. Mystic Star. d. MILSATCOM. |
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(038) Which system provides the ability to rapidly detect and identify airborne targets with minimal or no support?
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a. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). D. Ground Theater Air Control (GTACS). |
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(038) Which system provides the ability to rapidly detect and identify airborne targets with minimal or no support?
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a. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). D. Ground Theater Air Control (GTACS). |
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(038) Which system can be deployed in either the Control Reporting Center or Control Reporting Element configurations?
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a. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). D. Ground Theater Air Control (GTACS). |
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(038) Which system can be deployed in either the Control Reporting Center or Control Reporting Element configurations?
|
a. Global Broadcast Service (GBS).
b. Distributed Common Ground Station (DCGS). c. Base Control System-Fixed (BCS-F). D. Ground Theater Air Control (GTACS). |
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(039) What function provides the Department of Defense (DOD) with the capability to reach hundreds of thousands of people via personal computers (PC), personal digital assistants (PDAs), land and cell phones, pagers, Blackberry devices, and/or giant voice systems in real time?
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a. Command Post.
B. AtHoc’s solutions. c. Regional warning system. d. Command warning system. |
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(039) What function provides the Department of Defense (DOD) with the capability to reach hundreds of thousands of people via personal computers (PC), personal digital assistants (PDAs), land and cell phones, pagers, Blackberry devices, and/or giant voice systems in real time?
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a. Command Post.
B. AtHoc’s solutions. c. Regional warning system. d. Command warning system. |
