走在汽車革命的路上論文書籍站
Keyless的問題，透過圖書和論文來找解法和答案更準確安心。 我們找到下列包括價格和評價等資訊懶人包
Keyless的問題，我們搜遍了碩博士論文和台灣出版的書籍，推薦Frauenfelder, Mark (EDT)寫的 Make 和Roebuck, Kevin的 Driverless Car Technology: High-Impact Emerging Technology, What You Need to Know: Definitions, Adoptions, Impact, Benefits, Mat都 可以從中找到所需的評價。
另外網站keyless propeller - 無鍵螺槳 - 國家教育研究院雙語詞彙也說明：無鍵螺槳. keyless propeller. 以keyless propeller 進行詞彙精確檢索結果. 出處/學術領域, 英文詞彙, 中文詞彙. 學術名詞 造船工程名詞, keyless propeller, 無鍵螺槳.
這兩本書分別來自 和所出版 。
國立宜蘭大學 資訊工程學系碩士班 夏至賢所指導 楊子涵的 指靜脈辨識系統應用於車載電腦 （2021），提出Keyless關鍵因素是什麼，來自於生物特徵辨識、指靜脈驗證、卷積神經網路、車載電腦。
而第二篇論文景文科技大學 電腦與通訊系碩士班 陳一鋒所指導 石坤山的 超寬頻技術應用於車載系統發展之研究 （2021），提出因為有 超寬頻、UWB、室內定位、UWB天線設計、車載天線的重點而找出了 Keyless的解答。
最後網站國外車訊-實現真正的Keyless！BMW發表新一代iPhone數位鑰匙則補充：國外車訊BMW 5-Series Sedan BMW近日宣布推出「Digital Key Plus」的iPhone數位鑰匙新功能，並將率先搭載在全新電動休旅iX身上！ |8891汽車.
Make
為了解決Keyless 的問題，作者Frauenfelder, Mark (EDT) 這樣論述：
Forget duct tape and baling wire -- now makers can design and manufacture things as beautiful as Apple and as slick as Dyson and Audi. We'll show you how to conceive and visualize great-looking projects with our speed course in industrial design -- then build them with tools like vacuum forming a
nd laser cutting, and finish them with cases and interfaces that are artful, ergonomic, and irresistible.Plus you'll get 23 great DIY projects like the Nellie Bly Smoker, the Awesome Button, the World Control Panel, LED Little Big Lamp, Laminar-Flow Water Fountain, and Keyless Lock Box, and meet ama
zing makers like costumer Shawn Thorsson, flying motorcycle builder Deszo Molnar, and more.
Keyless進入發燒排行的影片
1.測試車捕獲！ SYM KRN 試車中
https://forum.jorsindo.com/thread-2559328-1-1.html
2. PGO新車再掀面紗！
https://pgo.com.tw/jds/
3. YAMAHA XMAX新色登場！
https://forum.jorsindo.com/thread-2559320-1-1.html
4. BMW大鳥R1300GS野外露出！
https://forum.jorsindo.com/thread-2559368-1-1.html
5. Viñales 將在2021年底與Yamaha分道揚鑣
https://forum.jorsindo.com/thread-2559402-1-1.html
- Jorsindo Instagram -
https://www.instagram.com/jorsindo/
- Jorsindo Facebook -
https://www.facebook.com/jorsindo.motor.club/?fref=ts
- Jorsindo Professional Motorcycle -
https://forum.jorsindo.com/
指靜脈辨識系統應用於車載電腦
為了解決Keyless 的問題，作者楊子涵 這樣論述：
在數位資訊、通訊技術快速發展下，個人資訊安全領域受到各界注視。傳統身分識別方法存在者許多風險。生物特徵辨識方法其利用普遍性、永久性、差異性及可蒐集性等性質，被視為最有效的解決方案之一。又因外部生理特徵仍存在被盜用、干擾過多、便利性低等因素使得指靜脈辨識系統之研究更受到高度重視。在共享經濟正衝擊傳統的經濟模式，與車用電子智能化發展下，各大車廠逐漸導入生物特徵辨識技術增加財產安全性。但共享車輛卻倚靠傳統的識別方法進行身分驗證。本研究將以共享車輛的車載電腦系統作為背景開發以深度學習為基礎之指靜脈辨識系統。本論文所開發之演算法在使用者指頭偏轉、偏移、縮放、外部光源干擾及環境複雜之問題下，探討各影像預
處理方法對於系統效能之影響。並在新冠肺炎流行於全球之際，本論文所開發之系統在衛生性較高的非接觸式硬體上仍具有高精準度與高穩定性之表現。
Driverless Car Technology: High-Impact Emerging Technology, What You Need to Know: Definitions, Adoptions, Impact, Benefits, Mat
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為了解決Keyless 的問題，作者Roebuck, Kevin 這樣論述：
A driverless car is a vehicle equipped with an autopilot system, which is capable of driving from one point to another without input from a human operator. This book is your ultimate resource for Driverless Car Technology. Here you will find the most up-to-date information, analysis, background and
everything you need to know. In easy to read chapters, with extensive references and links to get you to know all there is to know about Driverless Cars right away, covering: Driverless car, CajunBot, CityCar, DARPA Grand Challenge, DARPA Grand Challenge (2004), DARPA Grand Challenge (2005), DARPA
Grand Challenge (2007), EUREKA Prometheus Project, European Land-Robot Trial, General Motors EN-V, Google driverless car, H1ghlander, Intelligent Parking Assist System, Kat-5 (vehicle), Mobileye, Repellor vehicle, Sandstorm (vehicle), Stadtpilot, Stanley (vehicle), TerraMax (vehicle), VaMP, Vehicle
infrastructure integration, VisLab Intercontinental Autonomous Challenge, AC Propulsion eBox, AC Propulsion tzero, Airless tire, Alcantara (material), Antifreeze, Articulated vehicle, Automobile accessory power, Automobile handling, Automobile platform, Automobile propulsion technologies, Automotiv
e Electronics Council, Automotive navigation system, Avcon, Axle track, Ballast weight, Battery electric vehicle, Battery pack, Bi-fuel vehicle, BlackMotor Corporation, Blind spot monitor, Block heater, Body solder, Bondo (putty), Boost controller, Car cooler, Car phone, Catalytic converter, CFR Mot
ors, Challenge X, Charge Control, Charge-depleting, Cherry top (slang), Choke valve, Cold air intake, Collision Warning Brake Support, Knock-down kit, Contact breaker, Cruise control, Currently available electric cars, Custom car, Daytime running lamp, Decorative vehicle lighting, Dedicated short-ra
nge communications, Delay box, Depth of discharge, Development mule, Diffuser (automotive), DIN 72552, Direct TPMS, Drive shaft, Driving cycle, Dry weight (automobile), Dual-phase steel, Dynamic steering response, Dynamometer, EcoCAR, Eight-wheel drive, Electric car, Owning an Electric Car, Electric
vehicle battery, Electric vehicle conversion, Electronic stability control, Emergency vehicle lighting, Emission test cycle, Energy Regeneration Brake, Engine cart, Engine coolant temperature sensor, Expansion tank, Fast fuel system, Fleet Management System, Floating Power, Four-wheel drive, Frame
(vehicle), Front-wheel drive, Gross combination mass, Gross vehicle mass, Handsfree, Hardtop, Heater core, HEVT, Highland Park Hummingbird, HIS (German: Hersteller Initiative Software), History of plug-in hybrids, Hybrids Plus, Hydraulic hybrid, Hydrogen internal combustion engine vehicle, Hydrogen
vehicle, Idle speed, Installer Institute, J1587, Curb weight, Keyword Protocol 2000, Kinetic Energy Recovery Systems, Launch control (automotive), Lead-acid battery, LED Headliner, Automotive lighting, Magnetic air car, Media Oriented Systems Transport, MESA Certification, Metra Electronics, Mobile
data terminal, MVEDR, Nira Dynamics AB, OBD-II PIDs, On-board diagnostics, Online Electric Vehicle, OSEK, Owner compliance key, Paint protection film, Patent encumbrance of large automotive NiMH batteries, Plug-in Hybrid Electric Vehicle Research Center, Plug-in hybrid, Plug-in hybrids in California
, Plug-in hybrids in New York, Power antenna (automotive), Power door locks, Power window, Powertrain, Pre-production car, Push start, Quill drive, Ram-air intake, Remote keyless system, Road-powered electric vehicle, Rolling code, Roof flap, Roof module, Run-flat tire, Running gear, Rustproof, RV-C
, Selective yellow, Solodiesel Cap, Space frame chassis, Spoiler (automotive), ...and much more This book explains in-depth the real drivers and workings of Driverless Car Technology. It reduces the risk of your technology, time and resources investment decisions by enabling you to compare your und
erstanding of Driverless Car with the objectivity of experienced professionals
超寬頻技術應用於車載系統發展之研究
為了解決Keyless 的問題，作者石坤山 這樣論述：
本論文回顧超寬頻技術應用於車載系統發展之研究，包括介紹超寬頻發展歷史，歐美法規規範和IEEE的最新規範；介紹超寬頻技術的優勢，如在室內定位技術中比較分析其它技術應用，進而分析應用情境在車載系統上的相關應用；其次針對超寬頻天線設計選型介紹，最後根據電流特徵理論分析出適合安裝UWB天線在車體外最適當的位置，以及有金屬化玻璃天窗、車窗對天線的影響，提出建議針對不同應用情境在車體內外安裝UWB天線的位置。 目前超寬頻技術應用在車載系統下尚屬於初期發展的階段，在IEEE 802.15.4z 規範下，以飛時測距(TOF)應用於車載系統中的門禁系統為市場主要的應用，不同於其他窄頻無線系統設計，
超寬頻系統屬於高頻段、短距離的無線系統，易受全金屬車體與金屬化玻璃車窗的影響；本論文歸納出天線安裝位置於車頂後方為最適當之位置，若有玻璃天窗, 採用距離車頂天窗後方25 cm以上之位置、隱藏天線於車體後保險桿中以及車體的兩側，可選擇隱藏於兩側之後視鏡，車門把手處。在車體客艙內則可以安裝到車內後視鏡、中央控制台最高處、車內頂蓬處或車內後備行李箱處對外發射。除定位系統、車用門禁系統外，UWB天線可以應用在用於車內監測駕駛呼吸，感測是否有兒童被遺忘在車上。此研究的結果提供對UWB技術建構於車載系統中的天線設計與位置選定提供一定程度參考。