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Named Data Networking (NDN) employs small-sized Interest packets to retrievelarge-sized Data packets. Given the half-duplex nature of wireless links,Interest packets frequently contend for the channel with Data packets, leadingto throughput degradation. In this work, we present a novel idea called BLEnD,an Interest-bundling technique that encodes multiple Interests into one at thesender and decodes at the receiver. The major design challenges are to reducethe number of Interest transmissions without impacting the one-Interestone-Data principle embedded everywhere in NDN architecture and implementation,and support flow/congestion control mechanisms that usually use Interestpackets as signals. BLEnD achieves these by bundling/unbundling Interests atthe link adaptation layer, keeping all NDN components unaware and unaffected.Over a one-hop WiFi link, BLEnD improves application throughput by 30%. It mayalso be used over multiple hops and be improved in a number of ways.

BLEnD: Improving NDN Performance Over Wireless Links Using Interest Bundling