NCL: Neighbour Cell List Explained Technically In cellular networks, NCL, which stands for Neighbour Cell List, refers to a list maintained by a cell (served by a base station) containing information about neighboring cells within its coverage area. This information is crucial for user equipment (UE) mobility management and handover
NCGI (NR Cell Global Identifier) Explained Technically In the context of 5G New Radio (NR) cellular networks, NCGI (NR Cell Global Identifier) serves as a unique identifier for a specific cell within a Public Land Mobile Network (PLMN). It combines two crucial identifiers: * PLMN-Id (Public Land Mobile Network Identifier): This
NCFG: Network Configuration Explained Technically Network Configuration (NCFG) refers to the process of defining and managing the parameters and settings that govern the behavior and functionality of computer networks. It encompasses a wide range of activities, including: * Device Configuration: Setting up individual network devices like routers, switches, firewalls, access points,
NCCR: Network Controlled Cell Re-selection Explained Technically In cellular networks, NCCR, which stands for Network Controlled Cell Re-selection, is a handover mechanism where the network (base station controller) makes the decision for a mobile device to switch to a different cell, rather than the device itself initiating the process. Here&
NCC: Next-Hop Chaining Counter Explained Technically In the world of computer networks, NCC can stand for Next-Hop Chaining Counter. It's a mechanism used in routing protocols to optimize routing table management and potentially improve forwarding performance. Here's a deeper look into the technical details of Next-Hop
NCC: Network Colour Code Explained Technically In the realm of cellular networks, NCC, which stands for Network Colour Code, is a crucial part of the Base Station Identity Code (BSIC). The BSIC plays a vital role in identifying a specific base station (cell site) within a Public Land Mobile Network
NCBRA: Non-Contention-Based Random Access Explained Technically NCBRA, which stands for Non-Contention-Based Random Access, is a channel access mechanism used in wireless communication systems, particularly in Machine-Type Communication (MTC) applications within the framework of cellular networks. It aims to improve efficiency and reduce latency for devices with sporadic or low-rate data
NC-OFDM: Noncontiguous Orthogonal Frequency-Division Multiplexing Explained Technically NC-OFDM, which stands for Noncontiguous Orthogonal Frequency-Division Multiplexing, is a novel modulation technique that builds upon the foundation of Orthogonal Frequency-Division Multiplexing (OFDM) while addressing some of its limitations. Here's a deeper look into the technical details of NC-OFDM: Traditional OFDM:
NC-JT: Noncoherent Joint Transmission Explained Technically NC-JT, which stands for Noncoherent Joint Transmission, is a transmission technique used in wireless communication systems to improve data transmission reliability and potentially enhance capacity. It leverages the concept of transmitting multiple copies of the same data signal simultaneously across different channels. Here'
NC-FBMC: Noncontiguous Filter-Bank Multicarrier Explained Technically NC-FBMC, which stands for Noncontiguous Filter-Bank Multicarrier, is a novel modulation technique gaining traction in wireless communication systems due to its potential for overcoming limitations of traditional multicarrier schemes like Orthogonal Frequency-Division Multiplexing (OFDM). Here's a deeper look into the technical details
NBSS: Non-Blind Spectrum Sensing Explained Technically In the realm of cognitive radio networks, NBSS, which stands for Non-Blind Spectrum Sensing, is a technique used to identify unoccupied spectrum bands within a licensed spectrum. This information is crucial for cognitive radios to exploit these unused frequencies for their own communication purposes,
National Broadband Plan (NBP): A Technical Deep Dive The National Broadband Plan (NBP) is a government initiative aimed at improving internet connectivity within a specific country. The technical details of an NBP can vary depending on the specific nation's needs and existing infrastructure. However, some core aspects are