What Is IEEE Transactions on Vehicular Technology?

IEEE Transactions on Vehicular Technology is a peer-reviewed monthly journal sponsored by the IEEE Vehicular Technology Society, dedicated to high-quality research on the electrical and electronics technologies used in vehicles and vehicular systems. The journal covers three principal areas: mobile communications for land, sea, and air vehicles; transportation systems and vehicular electronics; and the propulsion technologies underlying electric and hybrid vehicles. It is one of the longest-running journals in the IEEE portfolio, with continuous publication stretching back to 1952, when it appeared under the earlier title Transactions of the IRE Professional Group on Vehicular Communications.

The Vehicular Technology Society itself traces its origins to 1949 as the IRE's Committee on Vehicular and Railroad Radio, reflecting the field's roots in two-way radio dispatch systems used by police, transportation agencies, and utilities. As mobile communications grew from specialized dispatch systems into personal cellular networks, and as automotive electronics expanded from basic ignition controls into complex driver-assistance systems, the journal's scope widened to match. Today it publishes approximately 12,500 pages of peer-reviewed material annually, drawing authors from academic institutions, automotive manufacturers, telecommunications carriers, and government research agencies.

Mobile Communications and Wireless Systems

The communications strand of IEEE Transactions on Vehicular Technology covers the full range of mobile radio technologies applied to moving platforms. This includes cellular systems from the earliest generations through 5G and emerging 6G architectures, vehicle-to-infrastructure (V2I) and vehicle-to-vehicle (V2V) communications, channel modeling for vehicular environments, antenna design, and propagation in urban and highway scenarios. Radio resource management, handoff algorithms, interference mitigation, and the integration of satellite positioning with terrestrial wireless systems all fall within scope. The journal has published landmark papers in this area, including foundational work on cellular frequency reuse, OFDM channel estimation for high-mobility scenarios, and cooperative vehicular communications.

Transportation Systems and Autonomous Vehicles

The transportation systems component addresses the electronic and computational architectures that underlie intelligent transportation, advanced driver-assistance systems (ADAS), and autonomous vehicle operation. Papers in this area address sensor fusion from lidar, radar, and camera inputs; control algorithms for lane keeping, adaptive cruise control, and emergency braking; and the communication protocols used within vehicle networks such as the CAN bus and more recent Ethernet-based automotive standards. The IEEE Vehicular Technology Society also sponsors the IEEE Intelligent Vehicles Symposium and the IEEE Vehicular Technology Conference, which feed directly into the journal's research community.

Electric and Hybrid Propulsion

The propulsion component covers the electrical engineering of battery-electric, hybrid, and fuel-cell vehicles. Research in this area spans battery management systems, power electronics for traction inverters, electric motor design, regenerative braking systems, and grid-integration technology for charging infrastructure. As vehicle electrification has accelerated, this area of the journal has grown substantially, with contributions on fast-charging protocols, thermal management of battery packs, and the power grid implications of large-scale electric vehicle adoption. Related standards work, including SAE J1772 and ISO 15118 for charging communication, is frequently cited alongside empirical research in the journal's propulsion papers, and coverage of these topics connects directly to work at institutions such as the U.S. Department of Energy's Vehicle Technologies Office.

Applications

IEEE Transactions on Vehicular Technology publishes research with applications in a wide range of disciplines, including:

• Cellular and emerging mobile network deployment
• Autonomous and semi-autonomous ground vehicle systems
• Electric vehicle powertrain and battery management
• Emergency and public safety communications
• Intelligent transportation infrastructure
• Unmanned aerial vehicle communications and control