name: EIS
full_form: Equivalent Isotropic Sensitivity
context: The V2V sidelink channel is modeled according to the following three states: - LOS: - A V2V link is in LOS state if the two vehicles are in the same street and the LOS path is not blocked by vehicles. - NLOS: LOS path blocked by buildings - A V2V link is in NLOS state if the two vehicles are in different streets. - NLOSv: LOS path blocked by vehicles - A V2V link is in NLOSv state if the two vehicles are in the same street and the LOS path is blocked by vehicles. A link between two vehicles in the same street is either in LOS state or NLOSv state. The probability of LOS and NLOSv is given by Table 6.2-1. Baseline is the state is not updated between LOS and NLOSv, and evaluation with state update between LOS and NLOSv is not precluded. Table 6.2-1: Probability of LOS and NLOSv states (d denotes the distance between transmit and receive UEs). Vehicle UE location is updated every 100 ms. State transition between LOS/NLOSv and NLOS is checked for each link at each location update during
description: Equivalent Isotropic Sensitivity (EIS) is a parameter used in base station (BS) sensitivity requirements. It represents the minimum signal strength that a BS can detect, and its value is declared by vendors. The EIS declarations are based on Option3, which means that vendors provide the EIS values along with information on how these values were obtained, without any specific criterion defined for the minimum declarable EIS value.
explanation: The context describes EIS as a parameter used to define base station sensitivity requirements. It's a measurable quantity declared by vendors and subject to specific options (like Option3) for reporting. This clearly classifies it as a parameter within the telecommunications domain.
section_title: 7.3.2	The core requirements
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