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IEEE 802.11 offers multiple data rates.
LDPC codes are used in many standards, and they support multiple data rates for each standard.
Recently, multihop relaying in combination with leveraging multiple data rates was proposed to alleviate this problem.
However, it is very challenging to design decoder hardware that supports various standards and multiple data rates.
In this article, we consider IEEE 802.11 b physical layer which can support multiple data rates of 1, 2, 5.5, and 11 Mbps [10].
Since in a typical wireless local area network (WLAN) scenario, devices support multiple data rates; the best rate can be chosen on each link.
Similar(44)
Instead, we propose a novel scheme that combines relaying and multiple data rate capabilities with the concept of channel borrowing.
Existing wireless networks usually provide multiple data transmission rates.
802.11 with multiple data transmission rates is known to assign a fair chance to each link to access the channel.
As a result, these interfaces support multiple transmission data rates.
At multiple Gbps data rates, I/O testing goes beyond the conventional defect and functional tests, and jitter, noise, and bit error rate (JNB) testing becomes mandatory to ensure the interoperability of the I/O link.
More suggestions(15)
many data rates
multiple data centres
multiple data channels
multiple data mules
multiple data centers
multiple data means
multiple data packets
multiple data sets
multiple data points
multiple data comparisons
multiple data frames
multiple data elements
multiple data instructions
multiple data bits
multiple data types
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