Panel 8: Perpetrators and “Bystanders” of the Holocaust

Panel 8: Perpetrators and “Bystanders” of the Holocaust Rachel Century, University of London, United Kingdom: "Secretaries, Secrets and Genocide: Evidence from the Post-war Investigations of the Female Secretaries of the RSHA” Download paper (login required) Istvan Pal Adam, Bristol University, United Kingdom: "Bystanders to Genocide? The Role of Building Managers in the Hungarian Holocaust" Download paper (login required) Antonio Munoz, St. John's University: “Murderers in Field Grey: Crimes of the Wehrmacht in the Region of the Army Group South, 1941-1942” Download paper (login required) David Deutsch, Ben-Gurion University, Israel: "Goebbels Close Enemies: Intimacy as an Analytic Tool for the Understanding of Genocidal Rhetoric in Goebbels Diaries" Download paper (login required) Chair:Stefan Ionescu and Hannah Schmidt Hollaender, Clark University Comment: Thomas Kühne, Clark University

Manganese Oxide Deposits Near Butte and Development Since 1942

The manganese minerals occur in the peripheral zone of the Butte district with quartz in veins, which at depth contain galena and sphalerite closely associated with silver-bearing minerals. The manganese oxides are all oxidation products formed by weathering of primary rhodochrosite or rhodonite.

A Routing Protocol Based on Energy and Link Quality for Internet of Things Applications

The Internet of Things (IoT) is attracting considerable attention from the universities, industries, citizens and governments for applications, such as healthcare, environmental monitoring and smart buildings. IoT enables network connectivity between smart devices at all times, everywhere, and about everything. In this context, Wireless Sensor Networks (WSNs) play an important role in increasing the ubiquity of networks with smart devices that are low-cost and easy to deploy. However, sensor nodes are restricted in terms of energy, processing and memory. Additionally, low-power radios are very sensitive to noise, interference and multipath distortions. In this context, this article proposes a routing protocol based on Routing by Energy and Link quality (REL) for IoT applications. To increase reliability and energy-efficiency, REL selects routes on the basis of a proposed end-to-end link quality estimator mechanism, residual energy and hop count. Furthermore, REL proposes an event-driven mechanism to provide load balancing and avoid the premature energy depletion of nodes/networks. Performance evaluations were carried out using simulation and testbed experiments to show the impact and benefits of REL in small and large-scale networks. The results show that REL increases the network lifetime and services availability, as well as the quality of service of IoT applications. It also provides an even distribution of scarce network resources and reduces the packet loss rate, compared with the performance of well-known protocols.