These Dynamics and Control of Connected Vehicles multiple-choice questions and their answers will help you strengthen your grip on the subject of Dynamics and Control of Connected Vehicles. You can prepare for an upcoming exam or job interview with these 100+ Dynamics and Control of Connected Vehicles MCQs.
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A. A type of query optimization
B. A method of data mining used to group together similar items
C. Clustering process during which vehicles arrive in random sequence and not deliberately seek out other similarly equipped vehicles.
D. A technique used in wireless networking
A. Advanced Driver Assistance System
B. Advanced Automated Driving System
C. Automated Driving Assistance System
D. Driverless Automated System
A. Equipment that is installed or brought in by the original equipment manufacturer
B. Equipment that is installed or brought in after purchase of the vehicle
C. Equipment that is not installed or brought in by the original equipment manufacturer
D. Equipment that is installed or brought in before purchase of the vehicle
A. A system that automatically adjusts a vehicle's headlights.
B. A system that prevents wheel lock-up by automatically regulating the brakes.
C. A system that automatically adjusts the volume of a vehicle's audio system.
D. A device that allows a vehicle to start without the key.
A. Airbag Braking System
B. Automatic Braking System
C. Advanced Braking System
D. Antilock Braking System
A. Application Security Initiative
B. Application-Specific Integrated Circuit
C. Advanced Science and Industrial Research
D. Anti-Spam Intelligence Center
A. A science that deals with the design and development of intelligent computer systems.
B. A process of programming a computer to make decisions for itself.
C. The ability of a computer to understand and correctly respond to human input.
D. Intelligence that is learned, displayed, and carried out by machines
A. A system for driverless or autonomous vehicles on any route
B. A system for regular vehicles on specific, pre-determined routes
C. A system for regular vehicles on any route
D. A system for driverless or autonomous vehicles on specific, pre-determined routes
A. A completely driverless vehicle
B. A vehicle with no automation capability
C. A vehicle that cannot be driven by a human
D. A vehicle with automation capability
A. Level 5
B. Level 3
C. Level 2
D. Level 4
A. To change lanes
B. To detecting impending dangers
C. To prevent crashes
D. To avoid traffic jams
A. A vehicle with automation capability
B. A vehicle without a driver
C. A vehicle without an engine
D. A vehicle without wheels
A. 10 Hz
B. 5 Hz
C. 20 Hz
D. 15 Hz
A. Data that is not important
B. Data that is unstructured
C. High Volume, Velocity and Variety of data that requires specific Technology and Analytical Methods to transform it into value.
D. Data that is too large to process
A. High-Performance On-Demand Operations and Planning
B. Apache Hadoop
C. Hypertext Application Design Optimization Protocol
D. Hardware and Disk Operating System
A. The driver's blind spots at the rear quarters of the car
B. The driver's blind spots at the front of the car
C. The driver's blind spots at the side of the car
D. The driver's blind spots at the rear of the car
A. A device that applies full braking power when it detects the driver is executing a panic stop.
B. A device that applies full braking power when it detects the driver is about to hit an object.
C. A device that applies full braking power when it detects the driver is speeding.
D. A device that applies full braking power when it detects the driver is executing a turn
A. To provide wireless data services and products
B. To encourage the cellular telecommunications industry
C. To represent the international wireless telecommunications industry
D. To establish ballet as an art form
A. Continuous Processing Unit
B. Central Processing Unit
C. Carter Petroleum Union
D. Communist Party of Ukraine
A. Certification
B. Revalidation
C. Recertification
D. Decertification
A. Renting email servers
B. Accessing computers, information technology (IT), and software applications through a network connection
C. Buying extra hard drive space
D. Using a computer without an internet connection
A. Collision Avoidance Metric Partnership
B. Collision Avoidance Measure Partnership
C. Crash Avoidance Metrics Partnership
D. Collision Avoidance Metrics Partnership
A. Machine Vision
B. Mobileye
C. Computer Vision
D. Itseez
A. Inanimate objects
B. Other animals
C. With itself
D. Other cars, roadside infrastructure, and other travelers
A. October 2017
B. September 2018
C. September 2017
D. August 2017
A. Sale of commercial vehicles
B. Leasing of commercial vehicles
C. Rental of commercial vehicles
D. Applications and service packages that are relevant to the operation, safety and management of commercial vehicles.
A. Commercial Vehicle Operations
B. Certified Vocational Officer
C. Credit Value Optimization
D. Capital Volunteer Organization
A. Collecting data from multiple sources and then analyzing it
B. Just organizing data
C. Service packages from various data sources including CVs to support performance monitoring and other uses of historical data.
D. Only analyzing data
A. Murder
B. Money laundering
C. Tracking of maintenance and construction vehicles
D. Drug trafficking
A. Providing free parking
B. Building more parking garages
C. Hiring valets to park cars
D. Service packages that monitors and manages parking spaces
A. Dispatch services
B. Supportbasic public safety
C. Take phone calls
D. Support emergency vehicles
A. It does not include anything.
B. It includes air and train transportation.
C. It only includes bus transportation.
D. Service packages to monitor automated transit vehicle location and to perform automated dispatch of transit services.
A. Packages to monitor emissions from factories
B. Traffic signals that are always green
C. Service packages to monitor individual vehicle emissions and support environmentally efficient operation of traffic signals and lanes
D. Environmentally friendly cars
A. To disseminate traveler information for route planning and guidance.
B. To promote tourism
C. To provide transportation for travelers
D. To provide entertainment for travelers
A. To provide information about the environment
B. To provide information about the weather
C. To allow people to see what the weather is going to be like in the future
D. To collect road weather data and detect environmental hazards to alert drivers
A. Emergency Vehicle Protection
B. Emergency Vehicle Prioritization
C. Expedited Vehicle Passage
D. Emergency Vehicle Preemption
A. Location of fuel, food, water, cash machines, and other necessities
B. Provide dynamic route guidance information
C. Provide current traffic and road conditions
D. Location of available lodging
A. It helps officials find potential vehicle incursions.
B. It helps workers find potential vehicle incursions.
C. It warns drivers of approaching temporary work zones and potential vehicle incursions.
D. It helps drivers find temporary work zones.
A. Integrated Data Transit Operations
B. Interconnected Data Transit Operations
C. Independent Dynamic Transit Operations
D. Integrated Dynamic Transit Operations
A. Intelligent Traffic Signal System
B. Intelligent Transportation Systems in Government
C. Intelligent Traffic System in India
D. Information Technology Systems in Government
A. MAPSS
B. PED-SIG
C. MASS
D. MPASS
A. Adaptive Signal Control System (ASCS)
B. Advanced Traffic Management System (ATMS)
C. Automated Traffic Signal System (ATSS)
D. Multimodal Intelligent Traffic Signal System (MMITSS)
A. Connected Vehicle Trade Organizations
B. Connected Vehicle Technology Association
C. Connected Vehicle Transportation Association
D. Connected Vehicle Trade Association
A. Congestion Delay Graph
B. Continuously Variable Transmission
C. Constant Distance Gap
D. Constant Velocity Gear
A. Their speed
B. Their weight
C. The number of vehicles
D. Their size
A. Airplanes, airports, pilots and passengers
B. Vehicles, roadside systems, operators and individuals
C. Schools, teachers, students and parents
D. Doctor's offices, hospitals, patients and insurance companies
A. A core message of the communications network, regularly providing key information to and from ITS stations
B. Communications network
C. ITS stations
D. Key information
A. The amount of congestion in a given area
B. The proportion of the vehicle fleet that are equipped with CV technology
C. The number of equipped vehicles in a traffic conditions
D. The average speed of vehicles in a traffic conditions
A. The process of securing computer networks from attackers
B. The processes and practices designed to protect networks, computers, programs and data from attack, damage or unauthorized access.
C. The practice of protecting computer networks from unauthorized access
D. The study of computer security
A. Data Insertion
B. Data Authentication
C. Data Manipulation
D. Data Deletion