The UDP based Data Transfer Protocol (UDT), described in [16], has showed the applicability of using the UDP-based UDT protocol for "cloud span applications" and won the bandwidth challenge at the International Conference for High Performance Computing, Networking, Storage, and Analysis 2009 SC099).
Likewise, Missen depicted how implementing a locally-hosted eGranary Digital Library represented a relatively inexpensive and practical answer to the bandwidth challenge in developing countries [ 18].
Before fast Internet became ubiquitous, most planes had bandwidth-challenged Internet that could accommodate fewer than half the people on every flight.
Although extending the systems to unlicensed spectrum can benefit from wider bandwidth, several challenges are posted as well.
The Internet brought us free connections, but early bandwidth was challenging.
Nevertheless, poor photoconversion quantum yields and low bandwidth pose fundamental challenges to fascinating applications of hot-electron optoelectronics.
However, the severe limitations of these smart objects in terms of memory, processing capacity, power, and bandwidth pose great challenges in realizing this.
Automotive vision faces another formidable challenge – bandwidth.
At the outset, the joint power and bandwidth optimization appears challenging.
Constraints and limitations imposed on WSNs affect their QoS and arise the following challenges: (1) Bandwidth: more difficulties arise due to the lack of bandwidth which affects the QoS in WSN.
