CONTENTS
1. INTRODUCTION 2
2. CAPABILITIES OF ASR – 11 3
2.1.1 PRIMARY SURVEILLANCE RADAR 3
2.1.2 MONOPULSE SECONDARY SURVEILLANCE RADAR (MSSR) 4
2.2 ROLES OF ASR – 11 PLAYS IN AIR TRAFFIC MANAGEMENT 5
2.3 LIMITATIONS OF ASR – 11 6
2.3.1 LIMITATIONS OF PSR AND MSSR 6
2.3.2 SOLUTIONS FOR ASR – 11 7
3. IMPACTS OF RADAR SYSTEMS FAILURE 8
3.1 CONSEQUENCES 8
3.1.1 AIR TRAFFIC MANAGEMENT 8
3.1.2 MILITARY OPERATIONS 9
3.1.3 AIRPORT OPERATIONS 9
3.2 CONTINGENCY PLANS AND PROCEDURES 10
4. CONCLUSION 11
REFERENCES 12
1. INTRODUCTION
Digital Airport Surveillance Radar (ASR – 11) is digital terminal air traffic control surveillance radar, consisting of Primary Surveillance Radar (PSR) and Monopulse Secondary Surveillance Radar (MSSR), is created by Raytheon Corporation to replace the older versions of ASR such as ASR – 07 and ASR – 08.
This is to better ensure the safety and efficiency of air traffic control system, and reduce operational costs such as maintenance costs. ASR – 11 is used for detecting weather conditions, up to 6 layers of intensity for harsh weather and aircraft positioning near the commercial and military aerodromes. Through the six-level national weather service calibrated weather capability, both the pilots and controllers’ situational awareness are improved.
ASR – 11 is highly modular, and it is easy to re – configure. Through the use of superfluous subsystems with built – in test equipment, it is intended for automatic operations. In addition, it is completely controllable and is able to monitor from various whereabouts.
2. CAPABILITIES OF ASR – 11
2.1.1 PRIMARY SURVEILLANCE RADAR
Primary Surveillance Radar helps to detect the aircraft’s position in air by transmitting electromagne...
... middle of paper ...
...0. Radar Failure in Western U.S. Airports. (n.d.). Retrieved from ABC News: http://abcnews.go.com/US/story?id=95319
11. Radar failure shuts down Brisbane Airport. (2009, June 26). Retrieved from Brisbane Times: http://www.brisbanetimes.com.au/queensland/radar-failure-shuts-down-brisbane-airport-20090626-czjx.html
12. Surveillance radar. (n.d.). Retrieved from Airways Museum: http://www.airwaysmuseum.com/Surveillance.htm
13. Weather Systems Processor. (n.d.). Retrieved from Federal Aviation Administration: http://www.tc.faa.gov/its/cmd/visitors/data/ACT-300/wsp.pdf
14. Wind Shear Detection Using the Next Generation Airport Surveillance Radar (ASR-11). (July, July 12). Retrieved from MIT Lincoln Laboratory : Massachusetts Institute of Technology: http://www.ll.mit.edu/mission/aviation/publications/publication-files/atc-reports/Weber_1999_ATC-266_WW-15318.pdf
4. Upgraded Early Warning Radars (UEWR): These radars systems detect targets near the horizon, early in the ballistic missi...
SHORAD, Short Range Air Defense, covers a wide variety of weapon systems. Some of these weapons systems include the Stinger, the Avenger and Counter, Rocket, Artillery, Mortar (CRAM) missile systems. MANPADS (Man Portable Air Defense System) is a single firing, hand held, shoulder launching Stinger missile system that defends against helicopters and other low flying aircraft such as unmanned aerial vehicles. The Avenger is a HMMWV, short fo...
In 1958, an agreement called the North American Air Defence was signed. This agreement between Canada and the United States ensured that the two nations would defend and fight for each other if under attack. The NORAD headquarters, located in Colorado, was initially created in 1948, but it was not until 1951, when it was successfully re-established. The headquarters would not only protect the US, but also protected Canada by using the Distant Early Warning system. The “DEW line” consisted of stations with radar antennae in the Northwest Territories, which would detect aircraft, missiles and unidentified objects from about 4800 kilometres away. Then, the headquarters would be notified, and will respond appropriately, with either defensive weapons, or offensive.
The North American Aerospace Defense Command consists of three joint radar systems: the Pinetree Line, McGill Fence, and Distant Early Warning Line (DEW Line).... ... middle of paper ... ... The systems of radars and underwater listening posts, such as NORAD and the SOSUS, were some of the most advanced detection systems of the United States during the Cold War and today.
“A body-worn camera in public policing is a miniature audio and video recording device which allows recording of officers’ duties and citizen interaction,” notes Thomas K. Bud. Police body-cameras are significantly growing in popularity across Canada. While legislation has not confirmed definite rules regarding the use of body-cameras, local police departments have begun their implementation. Canadian police services involved in these projects include Toronto, Victoria, Edmonton, Calgary, and Amherstburg Police Services. The results of these projects have revealed mixed thoughts regarding body-camera effectiveness. Is it a good idea for police to wear body-cameras? While the cost of police wearing body cameras seems prohibitive, police wearing
Farina, A. Introduction to radar signal and data processing: the opportunity. SELEX SISTEMI INTEGRATI ROME (ITALY), 2006.
"Radar during World War II." - GHN: IEEE Global History Network. N.p., n.d. Web. 16 Feb. 2014. .
The evolution of airport security would evolve over time just as airline safety. There would be a series of unfortunate events that would affect the way all airports operated. Prior to these events passengers would simply show up with their luggage and ticket and get on the plane, no screening or baggage checks were conducted. The FAA and the Federal Government had taken many steps by passing numerous pieces of legislation to address aircraft safety to reduce the number of accidents; however aircraft security was never addressed in all previously passed legislation. As the number of air travelers increased year by year, so did the potential for crimes against the airlines. These crimes included aircraft bombing and hijackings.
The purpose of this report is to identify whether Automatic Dependence Surveillance Broadcast (ADS-B) or Traffic Alert and Collision Avoidance System (TCAS II) should be placed in all aircraft if the FAA decides that there is a need for some collision avoidance technology to be required for all aircraft. TCAS is currently required on all commercial passenger aircraft over 30 seats and ADS-B is currently being tested.
- - -, dir. “Tactical Air Control Party Specialist (TACP).” U.S. Air Force. U.S. Air Force, n.d. Web. 7 Feb. 2012. .
Measurement approach- taking a range of temperatures over time, reading and observing the situation, also to assess the situation by getting expect advice and suggestions. Taking the maximum and minimum weather conditions implementing a plan based on this information. Triggering an evacuation alarm.
The heart begins racing the moment the car pulls into the airport parking lot. The smell of jet fuel, automobile exhaust, and hot tarmac combine to assault the senses with images of exotic escapes and the kind of freedom that can only come from airports. I feel the thrum of the engines at takeoff and the vibration of the plane during the flight in my skin. I see people listening to MP3s and playing video games. I hear the couple behind me chatting about the weather in Florida and the possibility of rain. I recognize the smell of fading perfume that women are wearing. Chanel, Windsong and White Diamonds clash with the smell of popcorn and Quizno sandwiches.
The Whirlwind used a cathode ray tube and a light gun to provide interactively. The Whirlwind was linked to a series of radars and could identify unfriendly aircraft and direct interceptor fighters to their projected locations. It was to be the prototype for a network of computers and radar sites (SAGE) acting as an important element of U.S. air defense for a quarter-century after 1958. In 1951, the first commercially-available computer was delivered to the Bureau of the Census by the Eckert Mauchly Computer Corporation.
Research Paper & nbsp;& nbsp;& nbsp;& nbsp;& nbsp;& nbs R Radar is usually taken for granted in these days of modern technology. Many people do not know how radar is really used, how it works, or why we need it. People are familiar with several uses of radar, like police enforcement radar guns and radar that measures how fast a baseball is pitched in a major league game. These are only a few of the many uses radar has to offer. Radar can determine several properties of an object from a distance, such as its position, speed, direction of travel, and shape; it can also detect objects out of the range of sight in all weather conditions, making it a fundamental utility for many industries.
...ms using all the information they can obtain from weather maps, modern weather radar’s, storm spotters, monitoring power line breaks, and so on.