Roadside WiFi network has been widely considered for the drive-thru internet access.
However, the data throughput is significantly affected by the access procedure that includes …

Providing cost-effective and high throughput WiFi access for vehicle drivers and passengers
is a promising solution to support the increasing demand for in-vehicle Internet applications …

In this paper, we investigate the cost-effectiveness of a Wi-Fi solution for vehicular Internet
access. We define the cost-effectiveness as the cost saving by deploying and operating a …

Offloading vehicular data traffic from cellular networks to roadside WiFi networks is a very
interesting issue since it can not only alleviate the traffic congestion for cellular networks, but …

Drive-thru Internet systems are multiple-access wireless networks in which users in moving
vehicles can connect to a road-side access point (AP) to obtain Internet connectivity for …

Driven by the ever-growing expectation of ubiquitous connectivity and the widespread
adoption of IEEE 802.11 networks, it is not only highly demanded but also entirely possible …

With increasing popularity of media enabled hand-helds, the need for high data-rate
services for mobile users is evident. Large-scale Wireless LANs (WLANs) can provide such …

Demand for Internet access from moving vehicles has been rapidly growing. Meanwhile, the
overloading issue of cellular networks is escalating due to mobile data explosion. Thus, WiFi …

Recently, some researchers have performed extensive experiments to study the feasibility
and performance of vehicle drive-thru access to roadside access points (APs). The …

Drive-thru Internet has been considered as an effective Internet access method for Internet of
Vehicles (IoV). Through the opportunistic vehicle-to-roadside WiFi connection, it can provide …