초록 ▼

An embedded terrain awareness warning system for aircraft being flown by a pilot includes a signal processing component, a protection component and a pilot vehicle interface. A method for providing an embedded terrain awareness warning system for aircraft being flown by a pilot includes providing a

An embedded terrain awareness warning system for aircraft being flown by a pilot includes a signal processing component, a protection component and a pilot vehicle interface. A method for providing an embedded terrain awareness warning system for aircraft being flown by a pilot includes providing a signal processing component, a protection component and a pilot vehicle interface. The signal processing component communicates with three-dimensional digital terrain elevation data and is able to take input data from aircraft sensors, aircraft computers or navigation systems and determine aircraft position and velocity. The protection component is in communication with the signal processing unit such that the protection component is able to determine if a potential controlled flight into terrain exists and is able to predict a recovery flight path to avoid terrain. The pilot vehicle interface communicates with the protection component such that the pilot vehicle interface can issue a warning to the pilot of the aircraft of impending flight into terrain, and issue a directive solution to prevent the impending flight into terrain.

대표청구항 ▼

1. An embedded terrain awareness warning system for aircraft, the aircraft being flown by a pilot, the system comprising:(a) a signal processing component, the signal processing component being in communication with three-dimensional digital terrain elevation data, the three-dimensional digital terr

1. An embedded terrain awareness warning system for aircraft, the aircraft being flown by a pilot, the system comprising:(a) a signal processing component, the signal processing component being in communication with three-dimensional digital terrain elevation data, the three-dimensional digital terrain elevation data containing digital terrain, the signal processing component being able to take input data from aircraft sensors and determine aircraft velocity and aircraft position on the three-dimensional digital terrain elevation data; (b) a protection component, the protection component being in communication with the signal processing component such that the protection component being able to predict a flight path of the aircraft and overlay the flight path on the digital terrain elevation data and being able to determine if a potential controlled flight into terrain situation exists, the protection component further being able to determine a recovery flight path to avoid terrain; and (c) a pilot vehicle interface, the pilot vehicle interface communicating with the protection component such that the pilot vehicle interface can issue to the pilot of the aircraft a warning if there exists a potential impending flight into terrain, and issue to the pilot directions for a recovery flight path solution to prevent flight into terrain, the directions for a recovery flight path solution being based on the recovery flight path to avoid terrain.