LADAR FOR MILITARY AND HARSH ENVIRONMENT USE
The light detection and ranging (LADAR) for military and harsh environment use disclosed herein presents a solution to the shortcomings inherent in modern systems. The system manipulates emitted beams to reduce or reallocate the energy required for detection, and may selectively deactivate beams to minimize that chances of detection by wasted or unrequired beam emissions. The system may also alter the divergence and amplitude of emitted beams so as to more accurately detect higher priority objects within the environment. The system may also manipulate the frequency and waveform of emitted beams to reduce the chances of a bystander detecting the emissions.
1 . A light detection and ranging system, comprising:
a plurality of LADAR emitters;
a plurality of LADAR sensors;
a control subsystem; and
an emission control device;
wherein said plurality of LADAR emitters output a plurality of light beams;
wherein said plurality of LADAR sensors input said plurality of light beams;
wherein said control subsystem directs the operation of the system;
wherein said emission control device modifies the output of said plurality of light beams; and
wherein said plurality of light beams further comprise a direction, a divergence, an intensity, a frequency, and a wavelength.
2 . The invention of claim 1 ,
wherein said emission control device is a beam emission selector; and
wherein said beam emission selector modifies said direction of said plurality of light beams.
3 . The invention of claim 2 ,
wherein said beam emission selector selectively prevents the emission of said plurality of light beams based on a plurality of environmental factors; and
wherein said plurality of environmental factors further comprise a vehicle position, a horizon position, a heading, an altitude, a vehicle motion, a road type, a surface type, and a weather type.
4 . The invention of claim 1 ,
wherein said emission control device is a beam divergence selector; and
wherein said beam divergence selector modifies said divergence of said plurality of light beams based on said plurality of environmental factors.
5 . The invention of claim 1 ,
wherein said emission control device is a beam amplitude selector; and
wherein said beam amplitude selector modifies said intensity of said plurality of light beams based on said plurality of environmental factors.
6 . The invention of claim 5 ,
wherein said intensity of said plurality of light beams further comprises an average intensity; and
wherein said average intensity is maintained below an eye safety maximum intensity.
7 . The invention of claim 1 ,
wherein said emission control device is a beam frequency selector; and
wherein said beam frequency selector modifies said frequency of said plurality of light beams based on said plurality of environmental factors.
8 . The invention of claim 7 ,
wherein said frequency is changed randomly.
9 . The invention of claim 1 ,
wherein said emission control device is a beam waveform selector; and
wherein said beam waveform selector modifies said wavelength of said plurality of light beams based on said plurality of environmental factors.
10 . A structured light sensor system, comprising:
a plurality of laser emitters;
a plurality of laser sensors;
a control subsystem; and
an emission control device;
wherein said plurality of laser emitters output a plurality of light beams;
wherein said plurality of laser sensors input said plurality of light beams;
wherein said control subsystem directs the operation of the system;
wherein said emission control device modifies the output of said plurality of light beams; and
wherein said plurality of light beams further comprise a direction, a divergence, an intensity, a frequency, and a wavelength.
11 . The invention of claim 10 ,
wherein said emission control device is a beam emission selector; and
wherein said beam emission selector modifies said direction of said plurality of light beams.
12 . The invention of claim 11 ,
wherein said beam emission selector selectively prevents the emission of said plurality of light beams based on a plurality of environmental factors; and
wherein said plurality of environmental factors further comprise a vehicle position, a horizon position, a heading, an altitude, a vehicle motion, a road type, a surface type, and a weather type.
13 . The invention of claim 10 ,
wherein said emission control device is a beam divergence selector; and
wherein said beam divergence selector modifies said divergence of said plurality of light beams based on said plurality of environmental factors.
14 . The invention of claim 10 ,
wherein said emission control device is a beam amplitude selector; and
wherein said beam amplitude selector modifies said intensity of said plurality of light beams based on said plurality of environmental factors.
15 . The invention of claim 14 ,
wherein said intensity of said plurality of light beams further comprises an average intensity; and
wherein said average intensity is maintained below an eye safety maximum intensity.
16 . The invention of claim 10 ,
wherein said emission control device is a beam frequency selector; and
wherein said beam frequency selector modifies said frequency of said plurality of light beams based on said plurality of environmental factors.
17 . The invention of claim 16 ,
wherein said frequency is changed randomly.
18 . The invention of claim 10 ,
wherein said emission control device is a beam waveform selector; and
wherein said beam waveform selector modifies said wavelength of said plurality of light beams based on said plurality of environmental factors.