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The Evolution of Artificial Intelligence and Campus Security

23 May 2020

Artificial intelligence is a technology that allows machines to perform work that would be hard for humans to do. In this case, the work is to become more intelligent than humans. The logic of artificial intelligence has created the ability for computers to perform tasks that they otherwise would be unable to do. The goal of artificial intelligence is to completely replace the human brain and make life in the future completely self-sufficient.

The future system of artificial intelligence

The Evolution of Artificial Intelligence and Campus Security

It is interesting to note that a self-sufficient system can exist without humans in it. This could possibly be a future space elevator or even a flying car but the ultimate goal of artificial intelligence must be the replacement of all of the human brains. However, the fear of these systems is that they will have great potential to hurt humans while being able to understand human thoughts.

One of the issues in the field of Artificial Intelligence is the use of high-altitude parabolic radar to monitor everything. These high-altitude radars will be able to detect potential threats from satellites, aircraft, and ground-based vehicles but a large number of them are using the technological advancement to be able to pinpoint those objects that are non-invasive.

A successful system should be able to produce a clear image of the object from the radiation pattern and not include any surveillance objects. This is essential if they are to get results.

High-altitude parabolic lasers

Many universities around the world are now using one of the smartest ways of analyzing and storing data: high-altitude parabolic lasers. These devices are widely used by many security and safety experts because of their advanced design, functionality, and reliability.

High-altitude lasers have many applications including monitoring and record-keeping of intelligence and video surveillance. The camera to be implemented in these devices can take advantage of the laser's Doppler effect which is a pattern change that occurs with changing wavelength. The laser and camera can simultaneously acquire the same signals so that they will have a more accurate measurement.

Another application for the high-altitude parabolic lasers is to be able to use them to track aircraft. During the times of crop spraying, there will be an increased need for drones to monitor the skies which can't be done through other means.

The Evolution of Artificial Intelligence and Campus Security

The advancements made in the field of surveillance and monitoring has brought about advances in the use of both radar and synthetic aperture radar. Both have their own advantages and disadvantages but it is only a matter of time before they completely replace the traditional methods.

The first advancement is in biomedical applications, as the concept of deep-sea bio scanners has been developed that can detect bacteria and viruses on a molecular level. It is hoped that this technology will eventually evolve into a vaccine against diseases.

An important part of artificial intelligence is the use of radiofrequency (RF) sensors and they can be used to monitor the health of humans. RF energy can be a big contributor to human illness because it can be absorbed by the body and cause problems.

The second step of artificial intelligence

The second step towards artificial intelligence is the use of radar imaging. Radar has been around for a long time and is used to map the surfaces on the earth's surface and the depth of those surfaces.

Technology has not only brought new solutions to problems but also has given us the ability to interact with our human mind. The next step is to start building an artificial intelligence that will allow us to take control of our planet.