TY - JOUR
T1 - A journey towards fully autonomous driving - fueled by a smart communication system
AU - Khan, Manzoor Ahmed
AU - El Sayed, Hesham
AU - Malik, Sumbal
AU - Zia, Muhammad Talha
AU - Alkaabi, Najla
AU - Khan, Jalal
N1 - Funding Information:
This research work is partially supported by United Arab Emirates University Research Office under startup grant of Dr. Khan, Smart Roads Project through Emirates Center for Mobility Research , and Sandooq Al Watan through Living Lab project under 21R092-PRJ-SWARD-510 .
Funding Information:
Manzoor Khan reports financial support was provided by UAE University College of Information Technology.
Publisher Copyright:
© 2022 Elsevier Inc.
PY - 2022/8
Y1 - 2022/8
N2 - Autonomous driving solutions stretch over different disciplines and technologies e.g., sensors, communication, computation, machine learning, data analytic, etc., that need to be smartly stitched together for achieving end-to-end solutions. In this paper, we discuss the vision of level 5 autonomous vehicles (AV), relevant challenges, and analysis of the research literature. The paper focuses on the role of communication for connected and automated vehicles. Furthermore, the need for implanting intelligence in different architectural components and for various Autonomous Driving relevant operations is discussed. Challenges specific to communication, perception, service orchestration, service mobility, etc. are highlighted, relevant research literature analyzed, and potential solutions sketch is provided. We have also provided an overview of the large-scale proof-of-concepts around the globe that guide the readers towards studying different aspects of the autonomous driving and perspectives of stakeholders therein. The potential of Satellite-Air-Ground-Integrated-Networks (SAGINs) is studied for realizing the objectives of envisioned higher level autonomous driving. Based on the exhaustive analysis of the research work, this work concludes that there is a need for zooming out strategy, where the novel architectural, technological, and AI-based solution approaches are crafted by capturing the end-to-end system with the focus on most (if not all) stakeholders and their objectives.
AB - Autonomous driving solutions stretch over different disciplines and technologies e.g., sensors, communication, computation, machine learning, data analytic, etc., that need to be smartly stitched together for achieving end-to-end solutions. In this paper, we discuss the vision of level 5 autonomous vehicles (AV), relevant challenges, and analysis of the research literature. The paper focuses on the role of communication for connected and automated vehicles. Furthermore, the need for implanting intelligence in different architectural components and for various Autonomous Driving relevant operations is discussed. Challenges specific to communication, perception, service orchestration, service mobility, etc. are highlighted, relevant research literature analyzed, and potential solutions sketch is provided. We have also provided an overview of the large-scale proof-of-concepts around the globe that guide the readers towards studying different aspects of the autonomous driving and perspectives of stakeholders therein. The potential of Satellite-Air-Ground-Integrated-Networks (SAGINs) is studied for realizing the objectives of envisioned higher level autonomous driving. Based on the exhaustive analysis of the research work, this work concludes that there is a need for zooming out strategy, where the novel architectural, technological, and AI-based solution approaches are crafted by capturing the end-to-end system with the focus on most (if not all) stakeholders and their objectives.
KW - 5G
KW - Autonomous driving
KW - Communication
KW - Mobility trials
KW - Smart edges
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U2 - 10.1016/j.vehcom.2022.100476
DO - 10.1016/j.vehcom.2022.100476
M3 - Review article
AN - SCOPUS:85132406883
SN - 2214-2096
VL - 36
JO - Vehicular Communications
JF - Vehicular Communications
M1 - 100476
ER -