This article is an attempt to summarize and overview many
of these exciting developments, including the papers in this
special issue. In addition to the highly visible demand for ever
more network capacity, there are a number of other factors
that make 5G interesting, including the potentially disruptive
move to millimeter wave (mmWave) spectrum, new marketdriven
ways of allocating and re-allocating bandwidth, a major
ongoing virtualization in the core network that might progressively
spread to the edges, the possibility of an “Internet
of Things” comprised of billions of miscellaneous devices,
and the increasing integration of past and current cellular and
WiFi standards to provide a ubiquitous high-rate, low-latency
experience for network users.
This article is an attempt to summarize and overview manyof these exciting developments, including the papers in thisspecial issue. In addition to the highly visible demand for evermore network capacity, there are a number of other factorsthat make 5G interesting, including the potentially disruptivemove to millimeter wave (mmWave) spectrum, new marketdrivenways of allocating and re-allocating bandwidth, a majorongoing virtualization in the core network that might progressivelyspread to the edges, the possibility of an “Internetof Things” comprised of billions of miscellaneous devices,and the increasing integration of past and current cellular andWiFi standards to provide a ubiquitous high-rate, low-latencyexperience for network users.
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