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AI-Based Vehicle Systems for Mobility-as-a-Service Application
Mikko Tarkiainen
,
Matti Kutila
,
Topi Miekkala
,
Sami Koskinen
, Jokke Ruokolainen
, Sami Dahlman
, Jani Toiminen
Vaisto Solutions Ltd
Research output
:
Chapter in Book/Report/Conference proceeding
›
Chapter or book article
›
Scientific
Overview
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Keyphrases
Vehicle System
100%
Automated Vehicles
100%
AI-based Methods
100%
As-a-service
100%
Fusion Algorithm
66%
Learning-based
33%
Safety Benefits
33%
Traffic Safety
33%
Urban Environment
33%
Road Users
33%
Fleet Management
33%
Mobility as a Service
33%
Safety Measures
33%
Accuracy Evaluation
33%
LiDAR Sensor
33%
Reinforcement Learning
33%
Supervised Learning
33%
Autonomous Control
33%
AI Technology
33%
KITTI Dataset
33%
LiDAR-camera Fusion
33%
Deterministic Learning
33%
In-vehicle Camera
33%
INIS
vehicles
100%
applications
100%
mobility
100%
safety
40%
environment
40%
cameras
40%
algorithms
40%
lidar
40%
simulation
20%
levels
20%
control
20%
data
20%
roads
20%
learning
20%
management
20%
sensors
20%
detection
20%
evaluation
20%
accuracy
20%
testing
20%
datasets
20%
Computer Science
Service Application
100%
Artificial Intelligence
100%
Supervised Learning
50%
Data Fusion
50%
Reinforcement Learning
50%
Simulated Environment
50%
Urban Environment
50%
Engineering
Artificial Intelligence
100%
Applicability
50%
Good Result
50%
Road
50%
Safety Measure
50%
Reinforcement Learning
50%
Earth and Planetary Sciences
Artificial Intelligence
100%
Real Time
50%
Safety Measure
50%
Multisensor Fusion
50%