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死角検知と障害物検知システム:横と後方の死角検知の自動カメラとレーダーセンサシステムBlind Spot Detection and Cross Traffic Alert Systems
サマリー
The market for blind spot detection (BSD) systems is set for increasing growth through 2016. The popularity of the application is being driven by add-on features, including lane-change assistance and cross traffic alert. Blind spot detection as a standalone application has never been a particularly popular option, but the development of new add-on features combined with the availability of active assistance makes the next few years a period of good potential for market participants. What Questions Does This Report Answer?
Who Needs This Report?
目次
Executive Brief: Top-Line Forecast
Executive Brief: Drivers
Executive Brief: Inhibitors
Executive Brief: Market Share
Executive Brief: Summary and Strategic Recommendations
Section 1. Executive Summary 2
1.1. Key market drivers, business issues, competitive forces 2
1.2. High-level technology issues 3
1.3. Key takeaways for OEMs and suppliers 3
1.4. Forecast highlights 4
Section 2. Technology Overview 7
2.1. Blind Spot Detection Systems Overview 7
2.2. Warning Systems 7
2.3. Mitigation 8
2.4. Rear Cross Traffic Alert 8
2.5. Lane Change Support 8
2.6. Human-Machine Interface 8
2.7. Sensors 8
2.7.1. Camera 9
2.7.2. Radar 9
2.7.3. Light Detection and Ranging (Lidar) 9
2.7.4. Ultrasonic 9
2.8. Intelligent Transportation Systems and Dedicated Short-Range Communications 9
2.9. Aftermarket 10
Section 3. Business and Regulatory Issues 11
3.1. Safety Research 11
3.2. Commercial Vehicles 11
3.3. Accident Analysis 11
3.4. Brand Image Enhancement 11
3.5. Driver Benefits 11
3.6. Recently Implemented and Planned Future Legislation 12
Section 4. Market Outlook 13
4.1. Global Overview 13
4.2. North America 14
4.3. Asia-Pacific 15
4.4. Western Europe 16
4.5. Rest of World 18
Section 5. Company Profiles 20
5.1. OEM Activity 20
5.1.1. Audi 20
5.1.2. BMW 20
5.1.3. Chrysler 20
5.1.4. Fiat 20
5.1.5. Ford 20
5.1.6. General Motors 21
5.1.7. Honda 21
5.1.8. Hyundai 21
5.1.9. Mazda 21
5.1.10. Mercedes-Benz 22
5.1.11. Nissan 22
5.1.12. PSA 22
5.1.13. Toyota 22
5.1.14. Volvo 22
5.2. Suppliers active in this space 22
5.2.1. Aisin Seiki 22
5.2.2. Autoliv 22
5.2.3. Bosch 23
5.2.4. Continental 23
5.2.5. Delphi 23
5.2.6. Ficosa 23
5.2.7. Hella 23
5.2.8. Knorr-Bremse 23
5.2.9. SMR 24
5.2.10. TRW 24
5.2.11. Valeo 24
5.2.12. Visteon 24
Section 6. Industry Directory 25 Section 7. Acronyms 28 Scope of Study 34 Sources and Methodology 34 Notes 34 Tables * 表の部分売りが可能です。データリソースまでお問合せください。(電話:03-3582-2531、Eメール:info@dri.co.jp)
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Blind Spot Detection Installations by Region, World Markets, Forecast: 2010 to 2016
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Blind Spot Detection Value by Region, World Markets, Forecast: 2010 to 2016
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Blind Spot Detection Installations, North America, Forecast: 2010 to 2016
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Blind Spot Detection Value, North America, Forecast: 2010 to 2016
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Blind Spot Detection Installations, Asia-Pacific, Forecast: 2010 to 2016
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Blind Spot Detection Value, Asia-Pacific, Forecast: 2010 to 2016
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Blind Spot Detection Installations, Western Europe, Forecast: 2010 to 2016
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Blind Spot Detection Value, Western Europe, Forecast: 2010 to 2016
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Blind Spot Detection Installations, Rest of World, Forecast: 2010 to 2016
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Blind Spot Detection Value, Rest of World, Forecast: 2010 to 2016Charts
同社・類似レポート一覧プレスリリース
Ambient Energy Harvesting Can Power M2M Devices
NEW YORK - March 8, 2011 “Energy harvesting” is the capture of ambient energy, its conversion into a usable form, and its storage for immediate or future use. The types of ambient power that can be harvested include light, heat, motion, vibration, and RF. Examples of energy harvesting that have been around for decades include solar-powered calculators, wristwatches powered by body motion, and bicycle lights powered by a generator/dynamo run by friction with the wheel. Over the last decade, interest in energy harvesting has increased because of its environmental friendliness and its ability to power devices without electric wires, extending the life of batteries (or eliminating them entirely) and decreasing maintenance. In its new study “Energy Harvesting for M2M Devices,” ABI Research has determined that the market for energy harvesting systems totaled just $3.82 million in 2009, and that it will reach $418 million by 2016. If energy harvesting development kits are included, the 2009 market exceeded $12.7 million, and will reach approach $480 million by 2016. Larry Fisher, research director of NextGen (ABI Research’s emerging technologies research incubator) comments, “Because ambient power is scavenged in milliwatts (mW) or even microwatts (µW), energy harvesting is best used for small, wireless, autonomous devices that can function on an ultra-low-power basis. This makes it clearly applicable to Wireless Sensor Networks (WSN), which are the next step in the evolution of automating buildings, utilities, factories, homes and transportation systems. Wireless sensors can be spread throughout a home or building, in factories or on bridges or other structures to monitor environmental or other conditions; if they’re powered by energy harvesting, there are no batteries to replace and no labor costs associated with replacing them.” Fisher adds, “The market for energy harvesting is still in the very early stages of development, while R&D and prototyping of systems continue to prove their reliability and economic value compared to battery-powered systems.” Energy Harvesting for M2M Devices covers the market for energy harvesting solutions for M2M devices, and provides forecasts of energy harvesting unit shipments and revenue, segmented by major global region and by ambient energy source, along with shipment and revenue data related to the proliferation of energy harvesting development kits. The report forms part of ABI Research’s Automotive Technology Research Service. あなたが最近チェックしたレポート一覧お問い合せは、お電話・メール・WEBから承ります。お見積もりの作成もお気軽にご相談ください。 |
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自動車の死角検知(BSD)システムの市場は、2016年まで成長し続けるだろう。車線変更補助や交差点警告などのアドオン機能に促進されて、アプリケーションの人気が高まるだろう。単独機能としての死角検視システムは、これまでは決して人気のアプリケーションというわけではなかったが、新しいアドオン機能と組み合わさることによって、今後1、2年間、市場に参加する企業により大きなビジネスチャンスを提供することになるだろう。この調査レポートは、死角検出システムの現状に至る技術の進化を分析し、2016年までの世界の地域毎の市場予測を行っている。自動車メーカーやサプライヤ毎の特徴を概観し、市場に影響を与える主要な要因について詳述している。