Wireless local area networking has experienced tremendous growth in the last years with
the proliferation of IEEE 802.11 devices in order to improve wireless technology. The first …

Aggregation-enabled wireless local area networks (WLANs) have an automatic repeat-
request (ARQ) mechanism called a block acknowledgement window (BAW), which has a …

The MAC protocol data unit aggregation (A‐MPDU) and Block Acknowledgment (Block Ack)
techniques are probably the most relevant 802.11 MAC layer enhancements. In spite of …

Improving the quality of service (QoS) performance to support existing and upcoming real-
time applications is critical for IEEE 802.11 n/ac devices. The mechanisms of the media …

IEEE 802.11 n standard has introduced the new schemes in MAC and HT-PHY layers to
improve network throughput. The new schemes in MAC layer are A-MSDU, A-MPDU and …

Wireless Local Area Network (WLAN) has experienced substantial development both from
its usage and its technological advances. The development of WLAN technology is marked …

IEEE 802.11 n is a relatively inexpensive high throughput WLAN standard, which has been
used in many wireless devices. The achievable capacity increases with 802.11 n MAC and …

In recent years demand for high data rate amongst internet users has increased due to the
use of real time data services such as video and voice conferencing. The IEEE 802.11 n …

IEEE 802.11 n is a relatively inexpensive high throughput WLAN standard, which has been
used in many wireless devices. The achievable capacity increases with 802.11 n MAC and …

The 802.11 ac amendment specifies that all Physical Protocol Data Units (PPDUs) are
transmitted in aggregated MAC Protocol Data Units (A-MPDU) frames. Yet, when the …