SHORT-SH

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SHORT-SH (Short-Hop Radio Wave Diffuse Scattering) technology has been around for several years, and has been employed in a variety of applications, ranging from communication, telemetry, navigation, and even secure networking. This article will discuss the application fields and working principles behind this technology.

SHORT-SH technology is mainly used for communication and network-related purposes. It involves radio waves, which are used for both long-range and short-range (typically under 50 meters) communication. The major benefit of this technology is that it works with line-of-sight (LoS) and non-line-of-sight (NLoS) environments, without relying on direct communication paths. In an NLoS environment, SHORT-SH diffuses radio waves over an area instead of a single point-to-point line like in traditional communication networks.

A key feature of SHORT-SH is its capability to provide a reliable link even in tough environmental conditions. This includes adverse weather conditions, such as dense fog or heavy rain, or lack of line-of-sight visibility. While traditional radio transmission systems require clear line-of-sight paths between transmitters and receivers, SHORT-SH can function even in challenging scenarcios.

The technology works by the process of diffusing scattering, which causes the transmitted wave to be scattered in a myriad of directions and thus increases the range of coverage. For NLoS communication, two transponders need to be installed in the desired area. As the transmitted signal encounters obstacles, it is scattered off in multiple directions, which will eventually reach the other transponder and be picked up. The process is then repeated, with the transponders alternating in roles of transmission and reception.

The range of SHORT-SH is highly dependent on various factors like environment, terrain, and obstacles. Ideally, SHORT-SH should be employed with an area between two transponders having a radius of 50 meters. This allows for extremely stable communication without any significant transmission losses. For wider areas, multiple transponders are employed, allowing for increased coverage and wider range of coverage.

SHORT-SH technology is used in a number of applications. It can be used for communication in areas with a low number of base stations or in cases where base station installation is costly or impractical. Additionally, it is also employed in mission-critical wireless communications, such as emergency services, security, and military applications. It is also commonly employed in mobile device networks, where it can provide reliable connection in areas with no direct line-of-sight access.

In conclusion, SHORT-SH technology provides a reliable and robust means of communication in extreme conditions, with the capability to function in NLoS environments. It is highly useful in various communication applications, including mission-critical and mobile networks. Its low cost and ease of installation makes it a viable solution for many scenarios.

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