ISO/IEC 30171-1:2022 PDF

Name: ISO/IEC 30171-1:2022 — Internet of Things (IoT) — Base-station based underwater wireless acoustic network (B-UWAN) — Part 1: Overview and requirements
SKU: ISO/IEC 30171-1:2022
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Internet of Things (IoT) — Base-station based underwater wireless acoustic network (B-UWAN) — Part 1: Overview and requirements

Название (английский):

ISO/IEC 30171-1:2022

Internet of Things (IoT) — Base-station based underwater wireless acoustic network (B-UWAN) — Part 1: Overview and requirements

Статус документа:: Действующий
Формат:: Электронный (PDF)
Количество страниц:: 11
Дата публикации:: 31 марта 2022 г.
Издание:: ISO/IEC IS 30171 edition 1 version 1
ICS:: 33.020

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Описание (английский):

This document provides the general overview of base-station based underwater wireless acoustic networks (B-UWANs). It gives detailed description for main components of B-UWAN and also provides functions of B-UWAN components. It further specifies the requirements of B-UWAN.

Abstract

Похожие стандарты

Упомянутые в описании и другие стандарты ISO

Overview

ISO/IEC 30171-1:2022 - Internet of Things (IoT) - Base‑station based underwater wireless acoustic network (B‑UWAN) - Part 1: Overview and requirements provides a structured introduction to B‑UWAN. The standard defines the three primary components (UWA‑BSC, UWA‑BS, UWA‑SNode), describes a two‑layer layered architecture for underwater acoustic IoT, outlines installation options (fully acoustic, wired backbone, and hybrid configurations) and specifies high‑level functional and performance requirements for base‑station based underwater wireless acoustic networks.

Key topics and technical requirements

This part of the ISO/IEC 30171 series focuses on architecture and operational requirements for underwater wireless acoustic networks used in IoT contexts. Major topics include:

Core components and functions

UWA‑BSC (underwater wireless acoustic base‑station controller)
UWA‑BS (base‑station)
UWA‑SNode (sensor node)

Layered architecture

Layer 1: UWA‑BSC ↔ UWA‑BS (wired or wireless; managed frequency/time resources)
Layer 2: UWA‑BS ↔ UWA‑SNode (acoustic wireless; local resource management)

Installation methods

Fully acoustic networks, wired backbone with acoustic access, and configurations without a dedicated UWA‑BSC

Operational and performance requirements

Scalability and centralized device management
Low latency, reliability and availability targets for underwater links
Carrier frequency considerations and support for multiple waveforms (OFDM, CDMA, CSS)
Security, safety and compatibility with terrestrial networks
Network monitoring and management

Specific network controls

Centralized power management, adaptive link and resource management
Handover, frequency/time resource allocation, frequency reuse and inter‑cell interference management
Multiple access control and sensor control/data management

Applications and practical value

ISO/IEC 30171-1:2022 is intended for systems where reliable underwater sensing and control are required. Typical applications include:

Environmental monitoring (water quality, climate and pollution sensing)

Offshore infrastructure monitoring (pipelines, oil & gas assets)

Marine resource exploration and mapping

Security, surveillance and intrusion detection in ports and coastal zones

Scientific oceanography and mobile sensor fleets

The standard helps system architects and implementers design B‑UWAN solutions that balance acoustic channel constraints, battery life, and centralized management needs to deliver robust IoT services underwater.

Who should use this standard

Network architects and system integrators building underwater IoT systems

Manufacturers of underwater acoustic modems, base stations and sensor nodes

Maritime operators, offshore engineering firms and environmental monitoring agencies

Test labs and certification bodies assessing interoperability and requirements compliance

ISO/IEC 30171-1:2022 PDF

Abstract

Похожие стандарты

Overview

Key topics and technical requirements

Applications and practical value

Who should use this standard

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