SIDO Team, PRDO, and Airspace Control Operations in Military Operations, Exams of Business Economics

Download SIDO Team, PRDO, and Airspace Control Operations in Military Operations and more Exams Business Economics in PDF only on Docsity! AOCIQT COD TEST 3 SOBS QUESTIONS & VERIFIED ANSWERS. Describe the individual positions on the SIDO team and their responsibilities. - TARGET DUTY OFFICER--ENSURES DYNAMIC TARGETS ADHERE TO JFACC OBJECTIVES, ROE, NSL, RTL etc ISRODO--- CODS COLLECTION MANAGER/MONTOR ATO/ RSTA EXECUTION/CONDUCT INTEL GAIN/LOSS ASSESMENT. List the three key SIDO Team processes. - 1) Dynamic intelligence (which includes threat warning) 2) Dynamic Targeting 3) Real Time Coordination and Management of ISR Effects Identify the inputs and outputs used/produced by the SIDO Team. - 1) Some of the Key Inputs to the SIDO Team include the AOD, RSTA Annex, Rules of Engagement (ROEs), collection decks, Joint Integrated Prioritized Target List (JIPTL), Joint Integrated Prioritized Collection List (JIPCL), ATO, and Airspace Control Order (ACO). Other key inputs include briefings from around the intelligence community, weather briefs that may identify issues for ISR aircraft, Liaison Officer (LNO) updates which may indicate issues with ISR aircraft or PED, various chat rooms where intelligence personnel post important information, dynamic targeting guidance, the log from day shift to night shift from the SIDO, various dynamic collection requirements, target graphic requirements and the intelligence coming in from IMINT, SIGINT, and GMTI 2) OUTPUTS: The SIDO Team will also provide updates back to the ISRD, Strategy Division (SRD) and Combat Plans Division (CPD) as intelligence updates occur and ISR operations change.The OTHER OUTPUTS; SIDO will provide updates to enemy threat developments, status of ISR operations, PED issues, ISE reporting, DT support, etc. as required. Identify the functions of the PRCC Chief/Deputy Chief. - Responsible for managing day to day operations and activities in the PRCC Identify the functions of a PRDO. - responsible for monitoring the ATO execution and the status of all dedicated PR alert assets. They notify PR units on alert of isolating events to initiate PR planning. PRDOs coordinate PR mission support requirements with other COD duty officers, specialty team members, and liaison elements, as required, and monitor PR packages from departure through recovery. They pass critical information to PR forces Identify the three possible PR mission responses. - Immediate- Immediate PR mission responses generally use available assets that are in the immediate vicinity of the isolated person's location, on alert, or can be expediently diverted from other missions. (MOST IMPORTANT) Deliberate-When the threat, asset availability, current operations, and/or isolated personnel situation precludes using an immediate PR response option in favor of more detailed planning and real-time intelligence information. Hold- A PR mission placed on "hold" status typically reflects a lack of confidence in the accuracy of, or amount of, data collected on the isolated person's situation Identify the recovery force selection considerations. - (1) Activate Alert Forces-----Alert forces can be activated to execute the PR mission if decision makers are satisfied the appropriate execute criteria have been met. (2) Divert Forces from other Missions----In some cases, forces assigned to other missions may be diverted to affect an immediate recovery. This option can be applied when the diverted forces are familiar with PR TTP and/or have conducted PR plan briefings as part of their primary mission, or the risk associated with an ad hoc mission is considered acceptable. (3) Location of orbits for support aircraft---- such as airborne C2 platforms, Air Refueling (AR), Electronic Warfare (EW), and Intelligence, Surveillance, and Reconnaissance (ISR) aircraft are often required to support PR missions. Because these assets are normally employed in a standoff role, range and altitude capabilities of threat systems will affect the usefulness of these support platforms. (4) The tactics, training, capabilities, and limitations------of available recovery or supporting forces. Interoperability and prior planning, training, and exercising of dissimilar recovery force assets is essential to safe and successful recovery operations, and is always a relevant concern when selecting a recovery force involving assets from two or more joint force components, multinational forces, or other government agencies. (5) Capacity-----Recovery forces and assets are based or pre-positioned in locations where they are expected to most effectively facilitate recovery operations. Since individuals are often isolated in unexpected areas and numbers, in some cases the capacity of available recovery forces may be inadequate for the number of isolated personnel. Commanders (and PRCC) should be prepared to reallocate recovery assets to compensate for this imbalance or to establish priorities to det Identify the role of a RMC. - Rescue Mission Commander (RMC)-----The RMC is the individual specifically designated to control recovery efforts in the objective area. The RMC initial actions are to collect essential information in the objective area that is threatening to the isolated personnel or recovery force. The RMC should plan and coordinate with all applicable units (organizations) to develop communication plans, ingress and egress routes, and actions in the objective area. Describe the overall responsibility of the AAMDC. - the AAMDC has overall responsibility for planning Army AMD operations in support of the JFC. The AAMDC ensures that the Army's contribution to the IAMD fight is seamlessly integrated, coordinated and synchronized with other Army, joint, and multinational units, and supports the JFC's intent. Identify the primary role of the E-2C Hawkeye. FOR - The primary role of the E-2C Hawkeye is air surveillance and aircraft control. Identify the position that manages all theater AD operations. - SADO Identify which position maintains a SADO logbook (usually electronic) and ensures DDTs maintain DDT/theater missile defense officer (TMDO) logs. - SADOT (SENIOR AIR DEFENSE TECHNICIAN) Identify the position that assists the DDO by maintaining defensive fighter status, ADA status, WCS and ADW status. - DDT (DEFENSIVE DUTY TECHNICIAN) Identify the position that is the COD advocate for the TBM target set. - IAMDO (INTEGRATED AIR AND MISSLE DEFENSE OFFICER Identify the position that monitors the Missile Warning Systems and coordinates/deconflicts warning notification procedures. - IAMDT (INTEGRATED AIR AND MISSLE DEFENSE TECHNICIAN) Identify the purpose of the AADP and TACOPDAT and how they are promulgated as it pertains to COD. - The AADP integrates air defense c2 with ACP, CHANGES WITH TACOPDAT The purpose of the TACOPDAT is to permit the JFC to establish IAMD responsibilities or provide supplementary air defense orders Identify who is responsible for producing the AADP and TACOPDAT. - AADC Identify who in the COD is responsible for overall execution of the AADP. - Within the COD the team that is responsible for overall execution of the AADP is the Defensive Operations Team. Identify positive methods of airspace control for IAMD. - (1) Visual Recognition (2) Electronic Support Systems (3) Non-cooperative Target Recognition Systems (4) Identification, Friend or Foe (IFF)/Selective Identification Feature (SIF) (5) Does not assume identity solely on location or adherence to airspace procedures Identify procedural methods of airspace control for IAMD. - Procedural ID (JP 3-01): Procedural Identification relies on a combination of previously agreed upon Airspace Coordinating Measures (ACM). It separates airspace users by geography, altitude and time. Identification is based on adherence to ACMs and Rules. Air Tracks are assumed friendly as long as rules are followed, or Suspect, if rules are not followed. Examples of ACMs include Minimum Risk Routes (MRR) (see figure 3), Air Corridors and WEZs. Identify characteristics of the three levels of Airspace Operations - (1) Centralized Control: Used to minimize the likelihood of engaging friendly air, while permitting engagements of HOSTILEs, only when specific orders are issued to initiate the engagement. (2) Decentralized Execution: Used to increase the likelihood that all HOSTILE targets will be engaged in a high-density environment. (3) Autonomous Operations: The best example for illustrating the relationship between C2 Authorities and Levels of Control is Autonomous Operations. A Unit assumes Autonomous Operations after it has lost all communications with higher echelons. Identify characteristics of the three types of WCS. - (1) Weapons Hold: DO NOT fire except in self-defense or in response to a formal order. (2) Weapons Tight: Fire only at air targets positively identified as HOSTILE. (3) Weapons Free: Weapons may fire at any air target NOT positively identified as FRIENDLY. Identify characteristics of the three types of WEZ. - (1) Fighter Engagement Zone (FEZ): Airspace of defined dimension where operations enable the JFC to respond immediately with fighter assets (JP 3-52). (2) Missile Engagement Zone (MEZ): Airspace of defined dimensions within which the responsibility for engagement, when delegated, lies with surface-to-air missile commanders (JP 3-52). (3) Joint Engagement Zone (JEZ): Airspace of defined dimensions within which multiple air defense weapon systems (i.e., Surface-to-Air Missile [SAM]/ADA and aircraft of one or more services), simultaneously engage air threats (JP 3-52). Identify key documents and guidance that should be covered during every mission changeover brief. - Current Force Laydown Refueling Plan **Battle Management Authorities** **Weapons Control Status** Communications and Code Words Weather Forecast Significant Events (Blue and Red) Sensor Equipment Status Ballistic Missile Command Relationship Identify characteristics of TM. - TMs are inherently difficult to defend against. Operational characteristics that increase TM effectiveness include reduced Radar Cross Section (RCS), high terminal velocity, short notification time for defending forces, a variety of difficult-to-kill warheads and an all-weather capability. The major TM trends are increased range and improved accuracy. Solid fuels and multiple staging will increase TM payloads and ranges. Improved TMs may target point targets. TM's are Theater Ballistic Missiles (TBM), CMs and ASMs Identify characteristics of CM. - CMs are unmanned, powered, self-guided, air-breathing vehicles that sustain flight through aerodynamic lift and carry a warhead or other lethal payload. Significant operational characteristics of state-of-the-art CMs include low-level flight profiles as low as 20 to 50 meters Above Ground Level (AGL), subsonic to supersonic speeds, high-to-pinpoint accuracy, small RCS, reduced Infrared (IR) signatures, longer standoff ranges, all-aspect attack capability and few "intent-to-launch" indicators, as well as several warhead options. These warhead options can include penetrating warheads for hard targets; antirunway, antiarmor, antipersonnel and antimateriel submunitions; antiarmor smart submunitions; and Chemical, Biological, Radiological and Nuclear (CBRN) warheads. Define passive air and missile defense as an element of IAMD. - (a) Camouflage, Concealment and Deception (CCD) - Denies accurate location and targeting of friendly assets by misleading and presenting false information to the enemy. CCD may be conducted continuously or in response to warning. (b) Hardening - Prepares valuable assets and their shelters to protect against physical attack, Electromagnetic Pulse (EMP) and transient radiation. (c) Reconstitution - Utilizes the capability for rapid repair of damage resulting from enemy attacks and the return of damaged units to combat readiness. (d) Nuclear, Biological, and Chemical (NBC) Defensive Equipment and Facilities - Protects against effects of WMDs by providing contamination detection, shelter and decontamination. Individual protective equipment allows vital functions to continue in the NBC environment. (e) Redundancy - Enables vital systems to continue operating when critical nodes have been destroyed or damaged. (f) Detection and Warning Systems - Provides timely detection and warning of air and missile threats. These warnings provide maximum reaction time for friendly forces to seek shelter or take appropriate action. (g) Dispersal - Complicates the enemy's ability to locate, target and attack friendly assets. (h) Mobility - Reduces vulnerability and increases survivability by complicating enemy surveillance, reconnaissance and targeting.