不幸的是，没有办法减少FOV。人们不得不将镜头放在芯片的接收侧，这将是非常昂贵的。
我确实有一个客户并排使用两个传感器，角度略有不同。当目标从右向左移动时，一个传感器将获得一个范围，当第二个传感器也获得一个范围时，机器“知道”目标的前沿是在小的重叠FoV中。
但这并不适合所有人。
- 约翰
以上来自于谷歌翻译
以下为原文
Unfortunately there is no way to reduce the FOV. One would have to put a lens over the receive side of the chip and that would be very expensive.
I did have one customer who used two sensors side by side and at slightly different angles. As the target moved from right to left, the one sensor would get a range, when the second sensor also got a range, the machine 'knew' the leading edge of the target was in the small over-lapping FoV.
But this wouldn't work for everyone.
- john
不幸的是，没有办法减少FOV。人们不得不将镜头放在芯片的接收侧，这将是非常昂贵的。
我确实有一个客户并排使用两个传感器，角度略有不同。当目标从右向左移动时，一个传感器将获得一个范围，当第二个传感器也获得一个范围时，机器“知道”目标的前沿是在小的重叠FoV中。
但这并不适合所有人。
- 约翰
以上来自于谷歌翻译
以下为原文
Unfortunately there is no way to reduce the FOV. One would have to put a lens over the receive side of the chip and that would be very expensive.
I did have one customer who used two sensors side by side and at slightly different angles. As the target moved from right to left, the one sensor would get a range, when the second sensor also got a range, the machine 'knew' the leading edge of the target was in the small over-lapping FoV.
But this wouldn't work for everyone.
- john
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