|
Dan,
I find
your definition of a "Coverage Enhancing Technology" as being essentially a
repeater. My understanding of the email discussion
is that people were looking for more flexibility in how proposals address
coverage holes.
Instead, I propose an alternative, more flexible definition which
includes repeaters and other approaches:
Coverage Enhancing Technologies (CETs), are
technologies that can provide radio
coverage to places that are hard to reach from macrocellular base stations. Examples of CETs include, but are
not limited to, repeaters, store and
forward relays, microcells and pico-cells, and leaky cable systems (which are typically used in
tunnels), etc.
I also don't think we need to define repeaters, relays, etc. as they are
standard within the industry.
Best regards,
Joanne
All,
As requested in
the last System Requirements CG call, a definition of the
term "Coverage Enhancing Technologies" is proposed
below.
Coverage
Enhancing Technologies: In the context of wireless
communications - technologies that augment the radio signal, in
areas within the boundary of a cell, where the
BS/MS transmit signal is obstructed and significantly
attenuated by terrain or man-made structures. Such
technologies employ devices such as repeaters and relays that rely on the BS
for backhaul communications. The term Repeater typically
refers to an analog device that amplifies and retransmits the original
transmission (without frequency translation). A
Relay (analog or digital) typically retransmits the
received signal in another frequency. A digital relay (or regenerator) decodes
the information from the received signal, regenerates and retransmits
it. In the case of packet communications, relays may also perform
Layer-3 functions.
Dan
|