智能交通系統 (ITS) 技術的增長機會

Growth Opportunities in Intelligent Transportation System Technologies

出版日期: 2022年11月30日 | 出版商:

Frost & Sullivan | 英文 73 Pages | 商品交期: 最快1-2個工作天內

價格

簡介目錄

智能交通系統 (ITS) 已成為城市規劃和現代化項目的重要因素。這些系統集成了最先進的通信、傳感器和數字技術，以實現先進的道路安全和機動性。

本報告研究和分析智能交通系統 (ITS) 技術，提供 ITS 在智慧城市中的重要性、促進增長的關鍵技術、市場趨勢和增長機會分析。

內容

戰略要務

為什麼越來越難成長？
戰略要務 8 (TM)
三大戰略要務對智能交通系統的影響
增長機會推動增長 Pipeline Engine(TM)

成長環境

技術創新調查範圍
調查方法
調查過程和方法
主要發現
增長動力
抑制增長的因素

趨勢分析：智能交通系統 (ITS)

引入 ITS 的目的
ITS 市場的新趨勢
實現 ITS 目標與新的 ITS 市場趨勢之間的相關性
採用 ITS 的主要趨勢
ITS 通信類型
ITS 架構
影響 ITS 行業的標準和法規
啟用和管理 ITS 的技術

技術評估：ITS

管理 ITS 數據的主要通信技術
有助於生成車輛和乘客導航及交通信息的定位系統
NFC 提供安全的機密信息交換
DSRC 將創建一個與車輛和基礎設施直接通信的網絡
5G 可減少延遲並提高 ITS 的整體響應能力
改善紐約市交通安全的通信技術
定位系統和 5G 對 ITS 趨勢的影響最大
激光雷達和無線電以及探測和測距（雷達）增強了 ITS 解決方案
紅外傳感器支持交通信號控制和管理系統
RFID 傳感器可防止未經授權的車輛進入並協助進行無憂的車輛電子收費
非侵入式雷達傳感器有助於管理交通信號燈和交通系統
LiDAR 生成環境的三維 (3D) 圖像以提高交通能見度
Velodyne 智能基礎設施解決方案 (IIS) 改善了芬蘭赫爾辛基的道路安全
LiDAR 和雷達傳感器對 ITS 的概念和智慧城市任務的推廣產生了重大影響
啟用和管理 ITS 的技術
AI 為 ITS 和其中的各個智能元素提供決策能力
雲作為大多數 ITS 服務部署、交互和協作的平台
大數據分析可實現運營數據的實時分析以及歷史和預測分析
Kapsch 智能走廊，世界上最先進的 ITS 技術試驗台之一
支持 ITS 實時自動決策的數字技術

新的理想 ITS 市場場景的技術融合

可減少擁堵和排放的智能停車位分配系統
貝爾格萊德的智能停車系統
EVP 系統採用多種技術來幫助緊急服務快速響應
Transmax 在澳大利亞的 EVP 系統
用於安全道路導航的智能道路檢查和天氣預報
用於監控危險路況的智能車輛技術

公司在行動

面向智慧城市的實時道路交通管理系統
用於流量檢測和控制的集中式平台
機載導航系統，提供協調員協助和地圖服務
用於高效交通應用的智能 V2I 通信
地面雷達傳感器確保交通順暢
用於城市交通的節能物聯網平台

增長機會領域

增長機會 1：互操作性
增長機會 2：數據貨幣化
增長機會 3：全球智慧城市計劃

下一步

簡介目錄

Product Code: DA6F

Applications of Disruptive Technologies in Communications, Sensors, and ICT of the Transport Management Ecosystem

Cities have grown in size and population exponentially over the years, and citizen demands have also evolved. Developed and developing economies are working toward implementing smart cities aimed at sustainable development to enhance citizen lives along with environmental and socioeconomic improvements.

Intelligent transportation systems (ITSs) are a significant component of urban planning and modernization projects. These systems integrate state-of-the-art communication, sensors, and digital technologies for advanced transportation safety and mobility. ITSs are integral to how cities plan their public service infrastructure. Most importantly, several technologies, such as AI, 5G, and LiDAR, are coming together to enable applications and services that can impact how citizens travel and interact with parking, emergency, and other services provided to them by the city authorities.

Key questions this study will answer include:

What is the significance of ITS in today's smart city ecosystem?

What are the key technologies contributing to the growth of the ITS industry?

What are the convergence opportunities between communications, sensors, and information and communications technologies (ICT) in the ITS ecosystem?

Which companies are innovating in ITS technology?

What are the emerging growth opportunities in the ITS industry?

Strategic Imperatives

Why Is It Increasingly Difficult to Grow?The Strategic Imperative 8™: Factors Creating Pressure on Growth
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on Intelligent Transportation Systems
Growth Opportunities Fuel the Growth Pipeline Engine™

Growth Environment

Scope of the Technology and Innovation Research
Research Methodology
Research Process and Methodology
Key Findings
Growth Drivers
Growth Restraints

Trend Analysis: Intelligent Transportation System (ITS)

Goals Behind Implementing ITS
Emerging Trends in the ITS Market
Correlation Between Implementing ITS Goals and Emerging ITS Market Trends
Key Trends for ITS Adoption
ITS Communication Types
ITS Architecture
Standards and Regulations Impacting the ITS Industry
Technologies Enabling and Managing ITS

Technology Assessment: ITS

Key Communication Technologies for Managing ITS Data
Positioning Systems Help in Vehicle and Passenger Navigation and Traffic Insight Generation
NFC Provides Secure Confidential Information Exchange
DSRC Creates Direct Communication Network with Vehicles and Infrastructure
5G Reduces Latency and Improves the Overall Responsiveness of ITS
Communication Technologies for Better Traffic Safety in NYC
Positioning Systems and 5G Have the Highest Impact on ITS Trends
LiDAR and Radio and Detection Ranging (Radar) Enhance ITS Solutions
Infrared Sensors Support Traffic Light Control and Management Systems
RFID Sensors Prevent Unauthorized Vehicle Access and Aid Hassle-free Vehicle eTolling
Nonintrusive Radar Sensor Aids Traffic Light and Transportation System Management
LiDAR Paves the Way for Generating Three-dimensional (3D) Images of the Environment to Create Better Traffic Visibility
Velodyne's Intelligent Infrastructure Solution (IIS) Improves oad Safety in Helsinki (Finland)
LiDAR and Radar Sensors Are Highly Impactful in Driving the Concept of ITS and the Smart City Mission
Technologies Enabling and Managing ITS
AI Imparts Decision-making Capabilities to ITS and Individual Intelligent Elements within It
Cloud to Become the Platform on Which Most ITS Services Deploy, Interact, and Collaborate
Big Data Analytics Enables Real-time Analysis of Operational Data and Historic and Predictive Analysis
The Kapsch Intelligent Corridor Is One of the Most Advanced Test Beds for ITS Technologies Globally
Digital Technologies Enabling Real-time, Automated Decision Making in ITS

Technology Convergence for New and Ideal ITS Market Case Scenarios

Smart Parking Allocation System to Reduce Congestion and Emissions
Belgrade's Smart Parking System
EVP Systems Employ Various Technologies to Help Emergency Services Respond Quicker
Transmax's EVP System in Australia
Intelligent Road Inspector and Weather Forecaster for Safe Road Navigation
Smart Vehicle Technology for Monitoring Hazardous Road Conditions