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モノのインターネット(IoT)の無線センサネットワーク(WSN):IoTタイプ毎、産業毎、地域毎のIoTセンサの市場概観と市場予測 2017-2022年

Internet of Things Wireless Sensor Networks: Market Outlook and Forecasts for IoT Sensors by IoT Type, Industry Vertical, and Geography 2017 - 2022

 

出版社 出版年月電子媒体価格ページ数図表数
Mind Commerce
マインドコマース
2017年3月US$995
シングルユーザライセンス
96 20

サマリー

米国調査会社マインドコマース(Mind Commerce)の調査レポート「モノのインターネット(IoT)の無線センサネットワーク(WSN):IoTタイプ毎、産業毎、地域毎のIoTセンサの市場概観と市場予測 2017-2022年」は、モノのインターネットのセンサ市場全般を調査し、主要ベンダや、センサがサポートする主要なIoT機能性を査定し、センサの採用や収益の市場を予測している。センサエコシステムの3つの主要分野であるセンサ(IoT採用のために設計・開発されたH/WやS/W)、プロトコル(IoTでのWSNを促進する設計・開発)、センサデータ(センサフュージョン、マルチセンサ、ソフトセンサ経由)について調査している。

目次(抜粋)

  • モノのインターネットのセンサ市場の概観
  • センサ技術の開発
  • センサとインテリジェントエンドポイントの概観と予測
  • モノのインターネットのセンサの今後
  • 関連企業とソリューション

Overview:

Wireless Sensor Networks (WSN) are a critical component of IoT networks. Sensors are used for detection of changes in the physical and/or logical relationship of one object to another(s) and/or the environment. Physical changes may include temperature, light, pressure, sound, and motion. Logical changes include the presence/absence of an electronically traceable entity, location, and/or activity. Within an IoT context, physical and logical changes are equally important.

Through 2025, business investments in sensors will shift to Manufacturing, Oil and Gas, Sports and Fitness, Transport and Cargo and Utility due to increased confidence in using IoT and sensors for various purposes including industry automation, tracking and measuring events on real time basis, and remotely controlling things.

This research assesses the overall sensor marketplace for IoT, evaluates leading vendors, identifies key IoT functionality in support of sensors, and forecasts the market for sensor adoption and revenue. The report covers three key areas within the sensor ecosystem:

  • Sensors: H/W and S/W designed and Developed to Suit IoT deployments
  • Protocols: Designed and developed to drive Wireless Sensor Network (WSN) in IoT
  • Sensor Data: Through Sensor Fusion / Multi-sensing / Soft Sensors

Target Audience:

  • Sensor companies
  • Wireless network operators
  • Internet of Things companies
  • Wireless device manufacturers
  • Telephony infrastructure providers


目次

1 Introduction

2 Executive Summary

3 Overview
3.1 Critical Capabilities for Sensors in IoT
3.2 Sensors Functionality in IoT
3.3 Smart Sensors and Intelligent Endpoints
3.3.1 Intelligence at the Edge of the Network
3.3.2 Key Differentiations of Smart Sensors
3.4 High Potential Smart Sensor Applications
3.4.1 Smart Home
3.4.2 Smart Buildings and Enterprise Automation
3.4.3 Smart Cities
3.4.4 Smart Manufacturing
3.4.5 Smart Industrial Processes

4 Sensor Technology Developments
4.1 Conventional Sensor Architecture
4.2 Smart Sensor Architecture
4.2.1 Transducer Electronic Data Sheets
4.2.2 Smart Transducer Interface Module and Network Capable Application Processor
4.3 Wireless Sensor Networks
4.3.1 Sensor Nodes
4.3.2 WSN Topologies
4.3.3 Applications and Challenges
4.4 Virtual / Soft Sensors, Multi-sensing, and Sensor Fusion
4.5 Role of WSN and Sensor Fusion in IoT
4.5.1 IoT Protocols used in WSN
4.5.1.1 ZigBee Alliance
4.5.1.2 Z-Wave Alliance
4.5.1.3 Insteon
4.5.1.4 Digital Living Network Alliance
4.5.1.5 Thread
4.6 Sensor Analytics
4.6.1 Data Visualization
4.6.2 Data Infrastructure Issues
4.6.3 Sensor and Intelligent Endpoint Analytics

5 Sensors and Intelligent Endpoint Outlook and Forecasts
5.1 Smart Sensors Demand 2017 - 2022
5.2 Intelligent Automation a Key Market Driver for Smart Sensors
5.3 Demand for Sensors by Industry Category 2017 - 2022
5.4 EMEA to Lead the Regional Markets for IoT Sensors through 2022

6 Future of Sensors in IoT
6.1 Sensor Data Management and IoT Security/Privacy
6.1.1 Sensor Data Management
6.1.2 Sensors and IoT Services and Infrastructure Mediation
6.2 IoT Sensor Roadmap
6.2.1 Opportunity for Sensor Manufacturers
6.2.2 Demand for Short Range Sensors to Realize Brisk Growth
6.2.3 Opportunity for Systems-on-Chip Fabricators
6.2.4 Use of IPV6 brings New Opportunities from Massive Connectivity

7 Companies and Solutions
7.1 365 Agile Limited
7.2 Ambiq Micro
7.3 B+B SmartWorx
7.4 Bosch Connected Devices and Solutions GmbH (BCDS)
7.5 Digi International
7.6 Fairchild Semiconductors International
7.7 LeddarTech Inc.
7.8 Nanjing IoT Sensor Technology Co., Ltd.
7.9 NYCE Sensors Inc.
7.10 Open Sensors Ltd.
7.11 Sensata Technologies
7.12 Seraphim Sense Ltd.
7.13 Silicon Laboratories, Inc.
7.14 Texas Instruments Inc.
7.15 Worldsensing
7.16 Wovyn LLC.

 

Figures

FIGURE 1: Fog Computing in IoT
FIGURE 2: Fog Computing and Managing Intelligent Endpoint Data
FIGURE 3: Traditional Sensor Elements
FIGURE 4: Elements of Smart Sensor
FIGURE 5: Smart Sensor Model
FIGURE 6: Smart Sensor Model with Functional Partitioning
FIGURE 7: Sensor Node Components
FIGURE 8: Wireless Sensor Network Topologies
FIGURE 9: Sensor and Intelligent Endpoint Analytics
FIGURE 10: Markets for Sensor by Industry Category
FIGURE 11: IoT Infrastructure, Platform, and Software Mediation
FIGURE 12: Phase One: Limited IoT Data Sharing without Formalized Mediation
FIGURE 13: Phase Two: IoT Data Sharing between Limited Industries
FIGURE 14: Phase Three: Broadly shared IoT Data across Industries and between Competitors

 

Tables

TABLE 1: Overview of TEDs
TABLE 2: Global IoT Revenue Driving Sensor Deployment 2017 - 2022
TABLE 3: Global Smart Sensor Deployment 2017 – 2022
TABLE 4: Smart Sensors by IoT Type 2017 – 2022
TABLE 5: Markets for Smart Sensors by Industry Vertical 2017 - 2022
TABLE 6: IoT Smart Sensors Revenue by Region 2017 – 2022

 

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