In the fifth paper, 'Broadcast secrecy via key-chain-based encryption in single-hop wireless sensor networks', Sivaraman et al. propose, implement and evaluate a scheme that meets the requirements of secrecy, authenticity, integrity and freshness of broadcast messages in the context of a single-hop wireless sensor network (WSN).
Bioassay results were evaluated using a scheme developed by DIBt (Centre of Competence for Construction, Berlin, Germany).
Three areas control of bias at entry, control of bias in assessment of outcome, and control of bias after entry were evaluated with a scheme developed through the Cochrane Collaboration.
We propose and evaluate a new scheme for memory-adaptive association rule mining.
We also evaluate a compact scheme specifically designed for use with staggered grids.
In future work, we intend to evaluate a similar scheme in protection applications.
Soon world leaders will meet in Copenhagen to evaluate a UN scheme, Reducing Emissions from Deforestation & Forest Degradation (Redd), that would allow rich nations to pay poor nations to preserve their forest.
In this paper we design, implement, and evaluate a novel scheme that meets the requirements of secrecy, authenticity, integrity, and freshness of broadcast messages in the context of a single-hop wireless sensor network.
To evaluate a design scheme, we applied it to prioritize experiments in the context of two signaling systems in human: EGFR signaling, which regulates cellular growth, proliferation, differentiation and motility; and IL1 signaling, which is involved in coordinating the immune response upon bacterial infection and tissue injury.
Anderluh [22] evaluated a two-echelon city distribution scheme with temporal and spatial synchronization between cargo bikes and vans based on a greedy randomized adaptative search procedure with path relinking.
