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In indoor areas such as homes and offices, high throughput communication formultiple devices is quickly becoming a necessity. Even though an access point(AP) mounted with an omni-directional antenna can cover a whole room, it cannotprovide connections with high throughput throughout the room. Therefore, wepropose, \emph DiRF, a directional antenna based wireless home network designedto achieve high throughput in indoor areas with densely deployed directionalAPs. \emph DiRF consists of a position based AP selection algorithm which candecrease latency accumulation caused by frequent AP switching, and a downlinkpacket scheduler which can reduce the downlink packet retransmissions during APswitching. We implement and evaluate \emph DiRF with six commercial APs, eachconnects with a single directional antenna. Our experiments show that \emphDiRF achieves a $3.16\times$ TCP throughput improvement, compared to theconventional scheme that only uses one AP mounted with one omni-directionalantenna.

Towards High Throughput Wireless Network with Directional Antenna