Situation Assessment System (SAS) is implemented using Fuzzy logic and Bayesian network (BN) hybrid technique to find out the exact situation in an air-to-air combat scenario, which helps the pilot to take correct and quick decision. The capability of SAS has been demonstrated by simulating a typical air-to-air combat scenario. It is observed that the BN based on several agents were able to accomplish the job assigned with fairly good amount of precision. However, further improvement of SAS performance is envisaged by fine-tuning of entries of Conditional Probability Tables corresponding to different agents with the help of experienced pilots for typical combat scenario
Beyond Visual Range (BVR) air combat is a future trend of war tactic. In this situation, a fighter c...
Situation assessment is the task of summarizing low-level sensor data in a battlefield environment ...
A research program investigating the use of Artificial Intelligence (AI) techniques to aid in the de...
Situation Assessment System (SAS) is implemented using Fuzzy logic and Bayesian network (BN) hybrid ...
In modern air combat operations, the mental workload for fighter pilots is extremely high. The pilot...
Modern fighter aircraft are equipped with Beyond Visual Range (BVR) missiles that can be fired at th...
In this report a new Attack agent Bayesian network for\ud Situation Assessment in Beyond Visual Rang...
The mental workload for fighter pilots in modern air combat is extremely high. The pilot has to make...
The Situation Assessment Support System (SASS) seeks to demonstrate s knowledge-based subsystem that...
In this paper, we discuss how Bayesian networks can be used to develop automated situation-assessmen...
Situation awareness is a key construct in human factors and arises from a process of situation asses...
Situation awareness is a key construct in human factors and arises from a process of situation asses...
The space situation awareness ability is the development of space resources, the protection of space...
Defence Science and Technology Group (DST) is investigating the characteristics of Land Combat Vehic...
Abstract—The purpose of this paper is to develop an intelligent maneuvering decision system (IMDS) f...
Beyond Visual Range (BVR) air combat is a future trend of war tactic. In this situation, a fighter c...
Situation assessment is the task of summarizing low-level sensor data in a battlefield environment ...
A research program investigating the use of Artificial Intelligence (AI) techniques to aid in the de...
Situation Assessment System (SAS) is implemented using Fuzzy logic and Bayesian network (BN) hybrid ...
In modern air combat operations, the mental workload for fighter pilots is extremely high. The pilot...
Modern fighter aircraft are equipped with Beyond Visual Range (BVR) missiles that can be fired at th...
In this report a new Attack agent Bayesian network for\ud Situation Assessment in Beyond Visual Rang...
The mental workload for fighter pilots in modern air combat is extremely high. The pilot has to make...
The Situation Assessment Support System (SASS) seeks to demonstrate s knowledge-based subsystem that...
In this paper, we discuss how Bayesian networks can be used to develop automated situation-assessmen...
Situation awareness is a key construct in human factors and arises from a process of situation asses...
Situation awareness is a key construct in human factors and arises from a process of situation asses...
The space situation awareness ability is the development of space resources, the protection of space...
Defence Science and Technology Group (DST) is investigating the characteristics of Land Combat Vehic...
Abstract—The purpose of this paper is to develop an intelligent maneuvering decision system (IMDS) f...
Beyond Visual Range (BVR) air combat is a future trend of war tactic. In this situation, a fighter c...
Situation assessment is the task of summarizing low-level sensor data in a battlefield environment ...
A research program investigating the use of Artificial Intelligence (AI) techniques to aid in the de...