Term
233-1. What factors should you consider when planning the installation of IDS? |
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Definition
Equipment capabilities and limitations, mission criticality, and threat to the resources that are to be protected. |
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Term
233-2. How does IDS assist SF capabilities? |
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Definition
By alerting security personnel to an approach, intrusion, or attempted intrusion |
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Term
233-3. What type of system should the installed IDS be? |
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Definition
A “closed” system, not allowing access from external source |
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Term
233-4. What is the main purpose of a boundary fence? |
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Definition
To present a physical and psychological deterrent to unauthorized entry |
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Term
233-5. What does a clear zone consists of? |
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Definition
A 30 foot area inside and outside the site perimeter fence. |
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Term
233-6. For what purpose does the area lighting need to illuminate the interior of the restricted area? |
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Definition
To help personnel detect and track intruders |
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Term
233-7. What must a line of detection detect? |
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Definition
A person walking, running, rolling, crawling across, or jumping through the line of detection |
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Term
233-8. Match the IDS equipment subsystem in column B with the characteristic it is associated with in column A. Items in column B may be used once. Column A Column B _____ (1) Central operation control and monitoring of IDS. _____ (2) Detects intruder movement. _____ (3) Automatic startup of emergency backup power. _____ (4) Links sensors with control and monitoring consoles. a. Sensor. b. Annunciator, control, and display. c. Communication. d. Power Sources. |
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Definition
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Term
233-9. Match the IDS interior sensors in column B with the characteristic it is associated with in column A. Items in column B may be used once. Column A Column B ____ (1) Measures thermal energy. ____ (2) Uses an “AND” or an “OR” gating scheme. ____ (3) Operates on magnetic field principles. ____ (4) Transmits a field of energy into an area. a. Balanced magnetic switch. b. Passive infrared. c. Microwave. d. Dual phenomenology. |
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Definition
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Term
233-10. Match the IDS exterior sensors in column B with the characteristic it is associated with in column A. Items in column B may be used once. Column A Column B _____ (1) Used in areas such as taxiway gaps. _____ (2) Tensioning devices attached to outriggers. _____ (3) Opto-electronic device used to detect vehicles. _____ (4) Detect transmit signal power changes in receiver. _____ (5) Uses “leaky” coaxial cable technology. _____ (6) Transducer cable attached to fence fabric. _____ (7) Pair of coaxial cable with sheath open. _____ (8) Hair-like strands of glass or plastic. a. Strain-sensitive cable. b. Taut wire. c. Ported coaxial cable. d. Microwave fence system. e. Active infrared. f. Fiber optic. g. Perimitrax. h. Infrared pulsed IDS |
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Definition
(1) d. (2) b. (3) h. (4) e. (5) g. (6) a. (7) c. (8) f. |
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Term
233-11. Where are CCTVs typically located? |
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Definition
CCTVs are typically located along exterior site perimeter clear zones, at controlled access points to sites or buildings, within a restricted area that overlooks selected security areas outside, and at selected locations within the protected areas indoor. |
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Term
233-12. What is the purpose of an entry control facility? |
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Definition
To assist SFs in controlling entry in to and exit from restricted areas. |
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Term
234-1. What components make up a simple portal? |
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Definition
Single door, a turnstile, or a pedestrian or vehicle gate. |
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Term
234-2. What personnel identification device can be used at portals to read the encoded magnetic stripe on badges? |
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Definition
The card reader PIN pad/prompt. |
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Term
234-3. List the four card reader Pin/pad/prompt configurations used with the AECS. |
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Definition
(1) Card reader with prompt display. (2) PIN pad with prompt display. (3) Prompt display only. (4) Card reader with PIN pad and prompt display. |
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Term
234-4. Which panel configuration locks and unlocks portals based on inspection of personnel credentials such as magnetic stripe-encoded badges, PIN entries, or biometric measurements? |
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Definition
The portal control panel (PCP). |
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Term
234-5. What workstation functions as a central file server and communicates directly to the CSC workstation? |
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Definition
The enrollment master station (EMS). |
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Term
234-6. Which workstation displays events and assists the operator in responding to these events? |
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Definition
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Term
234-7. What audio subsystem component is typically located at access portals enabling persons attempting entrance to a controlled area? |
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Definition
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Term
234-8. What allows the camera inputs to the video switches located at the CSC, MSCF, and ECP workstations to be forwarded to another station? |
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Definition
Loop-through connections. |
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Term
234-9. What devices are used to accommodate large geographical separations between workstations and panels? |
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Definition
Modems and fiber optic transceivers. |
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Term
234-10. What backup power voltage do the primary and backup power supplies provide in the event that station power is lost? |
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Definition
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Term
235-1. What are some of the advantages of a conventional LMR system? |
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Definition
They are cost effective, they are easy to maintain, and their limited infrastructure ensures that communication is possible in the event of a catastrophic failure. |
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Term
235-2. When you key and speak into a radio, who can hear you? |
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Definition
Everyone on that particular channel can hear you. |
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Term
235-3. When would you use a simplex radio system? |
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Definition
Simplex radio system works well when there are only a few users who are closely located. |
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Term
235-4. In a half-duplex operation, what are the two frequencies used for? |
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Definition
Transmissions take place on one frequency and receive on another. |
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Term
235-5. Why do repeaters use duplexer? |
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Definition
With a duplexer, it isolates the receiver from “hearing” the transmitter and prevents damage to the receiver. |
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Term
235-6. Match the IDS equipment subsystem in column B with the characteristic it is associated with in column A. Items in column B may be used once, more than once, or not at all. Column A Column B _____ (1) Permits users to make/receive telephone calls. _____ (2) Designed to retransmit radio signal. _____ (3) Transceiver installed in buildings. _____ (4) Vehicular mounted transceiver. _____ (5) Designed for personal use. _____ (6) Serves as a hub. _____ (7) Mounted high above the terrain. _____ (8) Antenna mounted on roof or trunk of vehicle. a. Portable. b. Mobile. c. Base Stations. d. Repeaters. e. Telephone Interconnect Equipment. |
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Definition
(1) e. (2) d. (3) c. (4) b. (5) a. (6) c. (7) d. (8) b. |
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Term
235-7. What are the limitations of a single-site configuration? |
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Definition
The user radio must be within the range of coverage of the repeater, base station, or other radio asset. |
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Term
235-8. What system is employed to increase area coverage and to improve radios talkback capability? |
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Definition
To extend the coverage of an area and improve its talkback capability, a receiver voting system is employed to the existing LMR architecture. |
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Term
235-9. Describe the primary difference between a simulcast and multicast system? |
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Definition
While a simulcast system transmits on the same RF channels simultaneously from each base station/repeater, multicast systems use different RF channels at each site. |
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Term
236-1. What does a typical trunking system consist of? |
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Definition
Some type of access control (whether in each mobile unit or centralized at a base station site), switching equipment, system management computer, control and voice channel repeaters, modems, and telephone interconnect. |
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Term
236-2. When you set up a trunking network, how are different user groups defined? |
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Definition
User groups are defined as “talkgroups.” |
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Term
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Definition
Electronically controlled sharing of a relatively small number of communications channels among a relatively large number of users. |
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Term
236-4. How does trunking result in a more balanced load sharing? |
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Definition
Trunked systems use access control schemes to share channel capacity among many users. The electronic control enables users to take advantage of some transmitted channels that are idle at a particular time while others are busy. |
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Term
236-5. What part of the trunking system sends a data message over the control channel to automatically switch all radios in a particular talk group to the available voice channel? |
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Definition
If a voice channel is available, the system controller sends a data message over the control channel switching all units in User A’s talk group to the available voice channel. |
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Term
236-6. Besides spectrum conservation, what are the other inherent benefits of a trunking system? |
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Definition
Other inherent benefits include faster system access, better channel efficiency, more user privacy, flexibility to expand, and selective radio inhibit. |
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Term
236-7. On the radio, what does the scan function do? |
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Definition
Cycles through the talkgroups programmed in the scan function but again they are only monitoring one talkgroup at a time. |
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Term
236-8. Which trunking user equipment provides users the capability to monitor more than one talkgroup at a time? |
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Definition
Dispatch consoles provide the capability to monitor more than one talkgroup at a time. |
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Term
236-9. How are LMR radios rekeyed without having to physically recall the radios from the field? |
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Definition
LMR radios can support over-the-air rekeying of encryption keys without having to physically recall the radios from the field. |
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Term
237-1. What does giant voice provide? |
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Definition
The base with crucial safety and security information. |
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Term
237-2. What AFI requires communication squadrons to maintain “installation warning systems”? |
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Definition
AFI 10–2501, Full Spectrum Threat Response Planning and Operations. |
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Term
237-3. Besides maintaining “installation warning systems,” what else must a communications squadron do? |
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Definition
To originate, verify, and maintain an audibility footprint map showing area of coverage and low audible/hazard areas. |
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Term
237-4. What is one of the common problems with mass alert systems in a deployed environment? |
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Definition
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Term
238-1. What are the three basic components of a Whelen system? |
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Definition
Siren stacks, siren cabinet, the encoder. |
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Term
238-2. Match the Whelen system components in column B with the characteristic it is associated with in column A. Items in column B may be used once, more than once, or not at all. Column A Column B _____ (1) Provides current readings from the battery charger. _____ (2) Allows remote access to cabinet. _____ (3) Shows DC voltages across batteries. _____ (4) Supplies 28 VDC. _____ (5) Controls key functions such as status reporting. _____ (6) Control signal distribution and power distribution. a. Motherboard. b. Control Board. c. Radio or Landline Board. d. Ammeter. e. Voltmeter. f. Batteries. g. Battery Disconnect. |
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Definition
(1) d. (2) c. (3) e. (4) f. (5) b. (6) a. |
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Term
238-3. Differentiate the operation between the remote and local position of the WPS–2800 system? |
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Definition
There are two ways to operate the WPS–2800 system, remote or local position. Remote position operation involves transmitting signals from the encoder to the desired station via a landline connection or through FM transceivers. Local position operation is accomplished through the control panel on the front of the siren cabinet. |
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Term
238-4. How long does the E–969 encoder maintain current time when power is lost? |
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Definition
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Term
238-5. Name the two ways you can program the E–969 encoder. |
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Definition
Through a personal computer or through the encoder’s keypad. |
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Term
238-6. How many call keys does the E–2010 have? |
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Definition
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Term
238-7. Match the tabs on the Whelen configuration software menu in column B with the characteristic it is associated with in column A. Items in column B may be used once. Column A Column B _____ (1) Displays trunking or non-trunking arrangement. _____ (2) Choose type of Whelen system. _____ (3) Views codes that are sent from and to the cabinet. _____ (4) Current configuration of cabinet is displayed. _____ (5) Displays type of decoding that the cabinet uses. _____ (6) Show recent updates to the system. _____ (7) Activates all messages and sirens of the system. a. Model. b. Siren. c. Radio. d. Status. e. Act. f. DTMF. g. MFD. |
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Definition
(1) c. (2) a. (3) f. (4) b. (5) g. (6) d. (7) e. |
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