36.117

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36.117 is a cellular industry standard that specifies the requirements related to physical layer (PHY) and medium access control layer (MAC) protocols for a wireless area network (WAN) technology known as high performance user equipment (HPUE). It is widely used in mobile communication scenarios including mobile phones, laptop PC\'s, tablets, and other wireless devices operating in the 3-6GHz spectrum for cellular services such as voice, data, video, GPS, and other applications.

The standard for HPUE is divided into two parts. The first part consists of the physical layer protocol, which defines the implementation of the physical layer signal processing and transceiver operations. This part covers various physical layer functions such as channel coding, modulation, and error control, as well as multiple access systems. The second part consists of the medium access control (MAC) layer protocol, which defines the logical operations of the radio access network (RAN). This part covers the services used by the network for communication between user equipment\'s in the same cell, authentication protocols, and other related functions.

The various application fields that use 36.117 as their primary protocol include industrial automation, public safety, healthcare, military communications, and Internet of Things (IoT). In industrial automation, for example, HPUE enables high speed communication between a variety of machines and systems, allowing data to travel quickly and reliably between them. This helps reduce downtime and improve operational efficiency. Public safety use cases include the triangulation of sound waves from emergency calls, allowing for fast response times and better notification of first responders. In healthcare, HPUE is used to access medical data from remote locations and provide seamless communication across network systems.

The basic working principle behind HPUE is the same as that of any other cellular technology. That is, it is based on the flow of data from a sender (transmitter) and receiver (receiver) in the same cell. The main difference between HPUE and other technologies is the added functionality that it provides, such as authentication, transmission control, and QoS (Quality of Service) management. The additional features that HPUE brings to the table enable it to provide higher throughputs while consuming less power.

The standard also specifies various control mechanisms to guarantee the integrity of data transfers, such as advanced Radio Resource Management (RRM) and handovers. RRM is used to ensure that the available resources are efficiently allocated and utilized among all devices sharing the same cell, thus increasing network scalability and reliability. Handovers are used for smooth transitions when a device moves from one cell to another, without disrupting the ongoing data transfer.

Overall, 36.117 is an important industry standard that provides a unified approach to a variety of application scenarios, allowing both technological improvements and cost savings. The features mentioned above, as well as the adaptability to the rapidly evolving communication environment, make HPUE an attractive technology for any application field that relies on wireless connections.

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