93 research outputs found
Osmium(II) complexes of 2-[(arylamido)phenylazo]pyridines. New examples of deamination reactions—X-ray structure and redox properties
No full textRuthenium Complexes of 2-[(4-(Arylamino)phenyl)azo]pyridine Formed via Regioselective Phenyl Ring Amination of Coordinated 2-(Phenylazo)pyridine: Isolation of Products, X-ray Structure, and Redox and Optical Properties
No full textSynthesis, structure and redox properties of isomeric [RuCl2(L)2] (L=N-aryl-1,2-arylenediimine) complexes formed by the oxidative dimerization of coordinated aromatic amines
No full textIsolation and characterization of iridium(III) and iridium(V) complexes of 2-(arylazo)pyridine and studies of amine fusion reactions at the coordinated diazo-ligand
No full textMetal-Promoted Aromatic Ring Amination and Deamination Reactions at a Diazo Ligand Coordinated to Rhodium and Ruthenium
No full textBeaconless cooperative localization in wireless sensor network: Implementing Cellular Automata Von Neumann neighborhood
No full textTransition Metal Promoted Oxidative C—N Fusion Reactions of Aromatic Amines and Their Coordination Chemistry
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СРЕДСТВА СОЗДАНИЯ КОМИЧЕСКОГО В САТИРИЧЕСКИХ ЖУРНАЛАХ (НА ПРИМЕРЕ ЖУРНАЛА "ЧАЯН" ЗА 2018 ГОД)
No full textВ данной статье автор рассказывает о средствах создания комического в сатирическом татарском журнале Чаян". Автор поднимает проблему неизученности данного журнала, даже если журнал является ведущим сатирическим изданием Татарстана. Автор анализирует разные жанры, часто используемые на страницах издания и приходит к выводу, что даже через юмор можно показать ту или иную проблему общественности.In this article, the author talks about the means of creating a comic in the satirical Tatar magazine Chayan". The author raises the problem of the lack of research of this magazine, even if the magazine is the leading satirical publication of Tatarstan. The author analyzes the different genres often used on the pages of the publication and comes to the conclusion that even through humor, you can show a particular problem to the public.119-12
ReNEW: A Practical Module for Reliable Routing in Networks of Energy-Harvesting Wireless Sensors
No full textIt is a huge challenge to run IoT devices/sensors powered solely through ambient harvested energy. Since the harvested energy is less and is stochastic in nature, it is extremely challenging to achieve low latency and high reliability. To this end, we propose a distributed, energy-management module called ReNEW, using Constructive Interference (CI) to achieve our target of increased reliability, especially in the low harvesting regimes. We choose CI-based protocols to leverage low latency guarantees. Specifically, we propose a Markov-Decision model to maximize the energy utility in the infinite horizon by allocating energy optimally using a threshold-optimal policy. Since an energy scheduler is insufficient we propose distributed techniques to conserve energy on redundant nodes in the network, and dynamically activate them based on feedback. We implement ReNEW on Indriya and FlockLab testbeds for real-world scenarios in a network of 20 source nodes out of the 30 nodes. ReNEW collects data periodically with 2.5 times higher packet reception compared to LWB when the harvested energy is as low as 50μ J/s for 100B packets every 30s with a saving of 25% higher residual energy. In a nutshell, by integrating ReNEW with CI based protocols, we enable guaranteed latency and increased reliability in battery-less devices/networks.Accepted author manuscriptEmbedded System
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