36.220

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36.220 is an international standard, designed to provide technical requirements and associated measurement methods for technologies used for cellular network deployments. It is the first in a series of standards focused on 4G networks and associated radio access technologies including LTE, LTE-A, LTE- Advanced, and WLAN. The remaining standards in this series are 36.321, 36.322, 36.323, and 36.325.

The 36.220 application field covers a wide range of commercial deployments, including public safety; infrastructure; energy and transport; and commercial applications. It is also suitable for applications in home and in-vehicle environments. In addition, the standard applies to all areas where radio access technologies are used. These include data communication between mobile devices or from a device to a base station, voice communication, and other types of applications.

The 36.220 standard is based on a radio link-based architecture, which consists of a number of different layers. It uses a common model of radio access technology to describe open, distributed, and virtualized functionality. In this architecture, radio access can have multiple Service Provider and system interfaces, as well as support a variety of functions with regards to different radio access technologies. These functions include interface configuration, network management, radio access network and transport layer parameters, mobility, scheduling, channel coding, and security.

The 36.220 working principle incorporates the radio link model that is made up of two lower level layers (hardware and software) and two higher level layers (networking and architecture). The hardware layer is composed of components, such as an antenna, a radio receiver, and other transmitters and receivers, and is responsible for the transmission and reception of radio signals. The software layer is responsible for decoding, encoding, and modulation of the radio signals.

The networking layer is responsible for the control of several functions of the radio link model, such as scheduling, routing, mobility, and access security. In addition, it is responsible for providing services and mechanisms that support the delivery of data services over the radio link. Finally, the architecture layer is responsible for integrating the radio link model and providing the necessary interface standardization and interoperability.

The 36.220 radio link model is divided into two parts: the Downlink (DL) and the Uplink (UL). The Downlink (DL) is responsible for data transmission from the infrastructure to the mobile device or user. The Uplink (UL) is responsible for data transmission from the mobile device or user to the infrastructure. Both the DL and UL require dedicated resources for radio access and thus require the use of network allocation vectors (NAVs) and the interface between the hardware layer and the software layer.

The 36.220 standard provides an extensive range of performance criteria and measurement techniques for radio access technologies. These criteria and techniques are designed to assure consistency and quality of signal transmission, as well as to support the development of more efficient and secure radio links. In addition, the standard also defines mechanisms for synchronizing radio transmissions over a network, allowing the efficient delivery of data services over the network.

In summary, 36.220 is an international standard centered on 4G and other radio access technologies. It establishes a radio link-based architecture, which provides technical requirements and associated measurement techniques for radio access technologies. This is done through the use of a common model, which consists of two lower level layers and two higher level layers that are responsible for various functions related to radio access technologies. Finally, the standard also includes performance criteria and measurement techniques which are intended to help ensure quality of signal transmission and provide an efficient and secure radio link.

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