How the electronic frog eye was invented The electronic frog eye was invented based on what animal

If you look at the large eyes of flies, dragonflies or praying mantis with a magnifying glass, you will see that they are made up of many small eyes, hence the eyes of insects called compound eyes. There are so many small eyes that make up compound eyes that one compound eye of a dragonfly is composed of 28,000 small eyes. As a result, compound eyes, which are made up of these small eyes, have a high resolution and are also extremely sensitive speedometers.

In order to figure out why frogs had to wait for moths to take off before attacking, bionic scientists conducted special experimental studies on frogs. It turns out that the nerve cells of the frog retina are divided into five categories, one only responds to color, and the other four only responds to a certain feature of the moving target, and can transmit the decomposed feature signal to the visual center of the brain - the optic parietal cover. There are four layers of nerve cells on the optic parietal cover, the first of which responds to the contrast of the moving target; The second layer extracts the convex edge of the target; The third layer only sees the perimeter of the target; The fourth layer is only concerned with the light and dark changes of the target's dark leading edge.

These four layers of features are like drawings on four sheets of transparent paper, stacked on top of each other to form a complete image. As a result, the frog can immediately recognize its favorite flies and moths among the various shapes of small animals that fly rapidly, and will not react to other things that are flying or stationary.

After figuring out the principle and structure of the frog eye, the bionic scientist invented the electronic frog eye.

According to the visual principle of frog eyes, people have successfully developed an electronic frog eye. This electronic frog eye can identify objects of a specific shape with the same accuracy as a real frog eye. After the electronic frog eye is installed in the radar system, the anti-jamming ability of the radar is greatly improved.

This radar system can quickly and accurately identify specific shapes of aircraft, ships, missiles, etc. In particular, it can distinguish between real and fake missiles and prevent the real from being confused with the real.

Electronic frog eyes are also widely used in airports and traffic arteries. At the airport, it can monitor the take-off and landing of aircraft, and can issue an alarm if it detects that the aircraft is about to collide. In the traffic arteries, it can direct the driving of vehicles and prevent the occurrence of vehicle collisions.

Frog eyes were invented by biomimicists through research on the principles and structure of frog eyes. It belongs to the electronic eye, that is, a kind of electronic camera, after the image is formed in the front part of the electronic hand ruler device through a very fast optical fiber, people can view the ** of the transmission in detail, its detection range and distance are very similar to the frog eyes that will rotate on their own, used to adjust the direction.

In addition to being used in the monitoring system, the frog eye can also play a crucial role in the war, and the electronic frog eye and the radar can cooperate with each other to identify and track the correct target flying in the air, and crack the signal missile sent by the local place in order to confuse, so as to counter the missile that intercepts the opponent. Guess the potato dust.

1. The electronic frog eye is a kind of electronic eye, its front part is actually a camera, which is transmitted to the computer equipment through the optical cable after imaging and storage, and its detection range is fan-shaped and can rotate similar to the eyes of frogs. Biomimicists invented the electronic frogeye based on the principle and structure of the frog eye.

2. Frogs (frogs) belong to the amphibians of the phylum Chordates, amphibians, anceridae, frogs, adults without tails, eggs laid in water, in vitro fertilization, hatched into tadpoles, respiration with gills, after mutation, adults mainly use lung breathing, and also use ** breathing. The vast majority of frogs reproduce by insecting in vitro fertilization, and the fertilized eggs hatch outside the mother's body to become tadpoles. Globally, only 10 to 12 species of frogs have evolved to fertilize in vivo, and some of them will release fertilized eggs from their bodies to hatch into tadpoles.

The electronic frog eye is a kind of electronic eye, its front part is actually a camera, and after imaging, it is transmitted to the computer equipment through a fiber optic cable for display and storage, and its detection range is fan-shaped and can rotate similar to the eyes of frogs. That's why it's called an electronic frogeye.

The electronic frog eye was invented by biomimetic scientist Locke based on the principle and structure of the frog eye. It was discovered that frogs can see moving objects, but they can't see moving objects clearly, and scientists have invented electronic frog eyes through research, thus further improving the equipment and facilities on the battlefield. The function of the electronic frogeye is to improve the equipment on the battlefield according to the electronic frogeye, and after the electronic frogeye and the radar are cooperated, it can quickly track the target in flight like the frog's eye, so as to capture the information that people need.

The electronic frog eye is a kind of electronic eye, its front part is a camera, which is mainly transmitted to the computer equipment through the optical cable to display and save, and its detection range is fan-shaped and can rotate similar to the eyes of frogs. That's why it's called an electronic frogeye.