TC100M160

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The TC100M160 is a high performance ground surveillance microwave tomography system with a wide range of applications. It has the ability to detect targets on the ground from a variety of distances, as well as to provide mission-critical data for analytics purposes. This system has been used in various applications including anti-poaching, maritime border protection, and infrastructure protection. In this article, we’ll discuss the various application fields and working principles of the TC100M160, and will explain how it operates.

What Is the TC100M160?

The TC100M160 is a microwave tomography system developed by Thales Group and is designed to detect moving targets on the ground from various distances. It is also equipped with a variety of different features, including 128MHz digital encoding, high definition data streaming, and advanced AI algorithms for autonomous target detection. This system is especially suited for areas with high levels of vegetation, as it is capable of targeting through foliage and accurately detecting targets.

Applications of the TC100M160

The TC100M160 has a wide variety of applications in different fields. In security and public safety, it can be used for perimeter security and watcher applications. For example, it can be employed in anti-poaching applications to detect intruders in a timely manner and protect endangered wildlife species. It can also be employed in maritime border protection by detecting small vessels that may be attempting to enter a country’s territorial waters. In terms of infrastructure protection, the system can be used to detect unauthorized vehicles, which can be a major risk to critical infrastructure points such as power plants.

In addition, the system can also be used in disaster zones for search and rescue operations. It is uniquely suited for tracking the movement of people in high-risk areas in a wide-ranging manner. The system also serves military purposes, such as force protection and military research and development.

Working Principle of the TC100M160

The TC100M160 works based on the principles of microwave tomography, which involves using high frequency signals to detect targets on the ground. The system is equipped with an array of 128 antennas that are divided into 16 subarrays and placed in a regular matrix formation. The antennas are responsible for sending and receiving pulses at various frequencies and times, allowing the system to construct a 3D image of the target and its surrounding environment.

The system also uses a variety of AI algorithms to accurately detect targets and distinguish them from objects in the environment. It is capable of accurately detecting small targets, such as individuals, over long distances. It is also equipped with specialized signal processing algorithms for detecting and rejecting false alarms, such as animals or objects that may be mistaken for targets.

Conclusion

The TC100M160 is a versatile microwave tomography system with a wide variety of applications. It is capable of detecting targets on the ground from various distances, as well as providing mission-critical data for analytics purposes. It is suitable for applications such as anti-poaching, maritime border protection, and infrastructure protection. It works based on the principles of microwave tomography using an array of antennas to send and receive pulses, and uses AI algorithms for accurate detection and differentiation of targets from other objects.

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