At cross docking terminals incoming deliveries of inbound trucks are unloaded, sorted, moved across the dock and nally loaded onto outbound trucks, which immediately leave the terminal towards their next destination in the distribution chain. Accordingly, a cross dock is a consolidation point in a distribution network, where multiple smaller shipments can be merged to full truck loads in order to realize economies in transportation. In this context, the truck scheduling problem, which decides on the succession of truck processing at the dock doors, is especially important to ensure a rapid turnover and on-time deliveries. Due to its high real-world signicance, several truck scheduling procedures have been introduced within the recent years, which all treat specic cross dock settings. In order to structure and promote scientic progress, the paper on hand introduces a classication of deterministic truck scheduling. With the help of this classication, existing literature is reviewed and future research needs are identied. Moreover, we represent a yet unexplored class of truck scheduling problems which is highly relevant in real-world distribution networks.