U.S. Marine Corps Warfighting Publication - ELECTRONIC WARFARE

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More filters. Sort order. Woldhuis, D. Aaron marked it as to-read Jul 30, Nate Miller marked it as to-read May 23, Jason Kishaba marked it as to-read Jun 03, There are no discussion topics on this book yet. About U. The U. Marine Corps is a branch of the United States Armed Forces responsible for providing power projection from the sea, using the mobility of the United States Navy to deliver combined-arms task forces rapidly.

It is one of seven uniformed services of the United States. In the civilian leadership structure of the United States military, the Marine Corps is a component of the United States Department of the Navy, often working closely with U. Books by U.

How will the Army use electronic warfare? The Pentagon’s weapon tester wants to know

Trivia About Electronic Warfar The employment of all IO capabilities, as well as supporting capabilities, in a unified manner that maximizes their effects is very rare. Compounding the problem is the incorrect perception, due to a lack of education, that IO is a messaging tool to communicate with the population in IW or counterinsurgency operations. Principle 7. Intelligence support is critical to the planning, execution, and assessment of IO.

Until these two staffs engage each other during the planning and execution phases of an operation, the critical intelligence needed for IO will be lacking.

There are three primary actions that can remedy the issues affecting the effective and efficient conduct of IO. This will ensure that IO gets the attention and effort that it requires, rather than fulfilling a subordinate role.

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As the seventh function, IO will get priority planning consideration given to it through the appointment of a principal staff officer. The current Marine Corps Operating Concept also highlights this viable solution.

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In , CSC received three very general overview lessons on IO providing very little planning guidance or information on capabilities for future commanders and staff planners. The lessons need to be improved to show what capabilities are available to planners and what is expected of an IO planner during an OPT.


Electronic Warfare: Marine Corps Warfighting Publication 3 40.5

Assistance should be sought by CSC from the Marine Corps Information Operations Center to provide both overview and IO advice to student planners during these activities so that all students graduate with a better understanding of IO. Finally, at the strategic level, a major effort needs to be made by the joint staffs to remove the final stovepipes.

The SecDef memorandum removed independent capability employment from the Services by appointing joint capability leads among the functional combatant commanders; however, it is unlikely that detailed integration of the capabilities will occur between the functional combatant commanders.

Integration at this level is required specifically in the areas of research and development, doctrine development, and training — functions that U. IO is critical to the success of all current and future operations, both in conventional and irregular wars.

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The individual IO capabilities have developed dramatically in the past decade, but so too have those of our adversaries. Unfortunately, the individual capabilities are yet to mesh consistently on operations to maximize their effects. Synchronization and integration of IO capabilities are required if the battle of the narrative is to be won, and if the friendly decisionmaking cycle is to occur more rapidly and effectively than that of the adversary.

IO must become the seventh warfighting function, IO education must be improved and expanded, and stovepiping must be removed from all levels, starting with the functional combatant commanders. These three recommendations will elevate the priority given to IO on operations.

Once the priority of IO has improved, the United States and its allies may start to turn the tide against their enemies. Other examples of EP include spread spectrum technologies, use of restricted frequency lists, emissions control EMCON , and low observability stealth technology. Electronic Warfare Self Protection EWSP is a suite of countermeasure systems fitted primarily to aircraft for the purpose of protecting the host from weapons fire and can include among others: Directional Infrared Counter Measures DIRCM - protection against IR missiles , Flare systems protection against IR missiles and other forms of Infrared countermeasures protection against IR missiles , Chaff protection against radar guided missiles , and DRFM decoy systems protection against radar targeted anti-aircraft weapons.

EWTRs are equipped with ground-based equipment to simulate electronic warfare threats that aircrew might encounter on missions. Other EW training and tactics ranges are available for ground and naval forces as well. Antifragile EW is a step beyond standard EP, occurring when a communications link being jammed actually increases in capability as a result of a jamming attack, although this is only possible under certain circumstances such as reactive forms of jamming.

The purpose is to provide immediate recognition, prioritization, and targeting of threats to battlefield commanders. Signals Intelligence SIGINT , a discipline overlapping with ES, is the related process of analyzing and identifying intercepted transmissions from sources such as radio communication, mobile phones , radar or microwave communication.

Analysis parameters measured in signals of these categories can include frequency , bandwidth , modulation , and polarization. The distinction between SIGINT and ES is determined by the controller of the collection assets, the information provided, and the intended purpose of the information. Electronic warfare support is conducted by assets under the operational control of a commander to provide tactical information, specifically threat prioritization, recognition, location, targeting, and avoidance.

However, the same assets and resources that are tasked with ES can simultaneously collect information that meets the collection requirements for more strategic intelligence.

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The history of Electronic Warfare goes back to at least the beginning of the 20th century. The captain of the Russian warship, Orel, requested permission to disrupt the Japanese communications link by attempting to transmit a stronger radio signal over the Shinano Maru's signal hoping to distort the Japanese signal at the receiving end. Russian Admiral Zinovy Rozhestvensky refused the advice and denied the Orel permission to electronically jam the enemy, which in those circumstances might have proved invaluable.

Information Operations

The intelligence the Japanese gained ultimately led to the decisive Battle of Tsushima. The battle was humiliating for Russia. The Russian navy lost all their battleships and most of its cruisers and destroyers. These staggering losses effectively ended the Russo-Japanese War in Japan's favor. As time progressed and battlefield communication and radar technology improved, so did electronic warfare. Electronic warfare played a major role in many military operations during the Vietnam War.

Aircraft on bombing runs and air-to-air missions often relied on EW to survive the battle, although many were defeated by Vietnamese ECCM. As another example, in , an Israeli attack on a suspected Syrian nuclear site during Operation Outside the Box or Operation Orchard used electronic warfare systems to disrupt Syrian air defenses while Israeli jets crossed much of Syria, bombed their targets, and returned to Israel undeterred.

In December , the Russian army received their first land-based Army operated multifunctional electronic warfare system known as Borisoglebsk 2 developed by Sozvezdie. Development of the system started in and evaluation testing successfully completed in December The Borisoglebsk-2 brings four different types of jamming stations into a single system with a single control console helping the operator make battlefield decisions within seconds.