A Systematic Literature Review on Military Software Defined Networks <s> Author and Affiliation Contribution <s> Real-time systems (RTS) require dependable delay guarantees on delivery of network packets. Traditional approaches for providing such guarantees for mission critical applications require the use of expensive custom built hardware and software resources. We propose a novel framework that reduces the management and integration overheads of the traditional approaches by leveraging the capabilities (especially global visibility and management) of Software-defined networking (SDN) architectures. Given the specifications of flows requiring real-time guarantees, our framework synthesizes paths through the network and associated switch configurations that can meet the requisite delay requirements for real-time flows. Using exhaustive simulations as well as emulations with real switch software, we show the feasibility of our approach. <s> BIB001 </s> A Systematic Literature Review on Military Software Defined Networks <s> Author and Affiliation Contribution <s> IETF impressively defined internet interoperation across 30 years of unforeseeable syntax API. IOT needs similar future proof, but for connected things' composable semantics, security, reliability and Quality of Service (QoS). This paper overviews these with simplifying tradeoffs from a bottom up approach using Data Distribution Service (DDS). Then high level semantic additions to DDS are suggested for semantics that are backward compatible, while maintaining the security, reliability and QoS of DDS. Finally, further work is suggested toward out-of-the-box composability and interoperability between common IoT data models and compliant solutions. <s> BIB002
In this subsection, statistical information about the authors and their affiliations are summarized, both for the significant and additional research contributions. Tables 5 and 6 present the distribution of authors and affiliations among the selected articles. Only the affiliation of the main author is counted in respect to the affiliations (Table 6) , while all contributing authors are taken into account for the metrics related to the authors (Table 5) . A correlation is visible between the most contributing authors and their affiliations, meaning that it is the authors and not the affiliations that contribute primarily to the ranking of the affiliations. The University of California, Hague University and the US Army have the most contributing authors for military SDN related articles, while these authors also contributed to common articles. From an SDN categorization perspective, the affiliations have no clear contribution within any subtopic of military SDN. Within the different research fields of military SDN, the University of Wuhan contributes the most within Wireless Sensor Networks, while Colombia University contributes the most within Unmanned Aerial Vehicles. Furthermore, for research contributions within SDN security applications, the US Army and Hague University rank as the most significant contributors. Uni. of Oregon, USA BIB001 BIB002 