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EADSIM Advanced Training - User Rules

     The User Rules course is part of the EADSIM Advanced Training Series. User Rules is the exciting new capability in EADSIM that provides the user significant flexibility in adapting tactics to the evolving situation. The course introduces the concepts and provides training that will empower your usage of EADSIM through mastery of the User Rules.

     The User Rules capability allows the user to customize an EADSIM ruleset's actions. For example, a fighter's sensors can be turned on, off, and pointed in different directions as the fighter proceeds through the vector, engage, lock and launch actions. Alternatively, the user might prefer to make sensor changes based on platform-to-target geometry. This capability is also available, and examples will be built to turn on sensors when within certain range of the target.

     The named status capability available through user rules allows the user to define conditions and associate names with them. These conditions then become actual status conditions that are checked during trigger evaluation. For example, if the user causes a fighter to turn on and point its sensors in a particular configuration; this configuration can be named the Engage Sensor Configuration. When evaluating subsequent triggers, whether or not the Engage Sensor Configuration is turned on can be a status for determining how the platform will react. This provides the user with extensive control over the ruleset actions.

     One of the key features of the User Rules is to allow one platform to trigger another platform. The triggered platform does not have to be connected to the triggering platform in a standard EADSIM relationship, such as a commander or flight leader. For example, an airborne sensor that is leaving a target area can trigger a fighter flight to turn on additional sensors. Or a scripted AGAttacker can trigger its jamming escort to return to base upon completion of the AGAttacker's mission. The User Rules response delay allows a timing delay to ensure that the AGAttacker will have escort jamming until it has left the immediate target area.

     Another key feature of the User Rules capability is the user's ability to cause an aircraft to change its flight pattern. For example, when an AGAttacker is within a certain range of its scripted target, the AGAttacker can adopt a search profile or a user-defined maneuver. Or, when an aircraft prepares to return to base, the user can select the flight option for how the aircraft will fly. This allows the user to designate a safe route to take the aircraft home.

     These are just a few examples of the User Rules capability that allows the user to have extensive control of ruleset actions. The exercise scenarios will cover a variety of applications of how to use different types of triggers and responses not only with airborne assets, but also with ground based units.

Course Highlights:

  • Presentation of User Rules Capabilities
  • Example Exercises Showing Applications of User Rules
  • Hands-on Exercises for Air-to-Air, Air-to-Ground, and Surface-to-Air Engagements;
  • Commanded Sensor Control; Alternate Command; Return to Base Operations
  • Post Processing and Playback to Analyze Effects of User Rules actions
  • Analysis of Engagement Outcome and Timelines
  • Time for Building Other Applications of Interest

Training Materials Included:

  • Presentation Material
  • Scenario Workbook
  • Workstation Exercise Data CD

Course Syllabus:

Day 1

AM Presentation of User Rules Capabilities
Introduction to the Air-to-Air Scenarios
Air-to-Air Exercises for Sensor Control and Maneuver Control
PM Introduction to the next set of Fighter Scenarios
Fighter Exercises for Expanded Sensor Control
and Triggering of Other platforms

Day 2

AM Introduction to Emissions Control (EMCON) Air-to-Ground Scenarios
AGAttacker Scenarios for Sensor Control
PM Continued Exercises for AGAttacker Maneuver and Sensor Control
Triggering of Escort Jamming Platforms

Day 3

AM Introduction to EMCON Surface-to-Air Applications
Exercises for Commanded Sensor Control, Local Sensor Control,
Sensor Control through Engagement Sequence
PM Continued Surface-to-Air Applications
Alternate Command; Other Applications

Day 4

AM Opportunity to Build Trainee-Desired Configurations

2019 Course Schedule :

August 6 - 9, 2019

Cost : $1,950

NOTE : All Classes start at 8:00 AM Central Time

Enroll For EADSIM User Rules - Complete the EADSIM Training Registration form and Submit to Teledyne Brown Engineering. Courses are on a First Come Basis.

Location Map - Detailed map of the TBE EADSIM Training Center

Hotel Information

NOTICE: Teledyne Brown Engineering is dedicated to providing a healthy and productive work environment for our employees, contractors, customers, and visitors. Therefore, it is the policy of Teledyne Brown Engineering, Inc. (TBE) to prohibit smoking and the use of all other tobacco products at TBE-owned and -leased properties. This policy applies to all persons in or on TBE properties to include employees, contractors, customers, and visitors on all shifts. This policy will be effective on October 15, 2007.