The colleges and institutes sector Royal Commission Jubail (JCIS) represents four higher educational institutes namely, Jubail University College (JUC) for male and for female, Jubail Industrial College (JIC), and Jubail Technical Institute (JTI). All of the institutions are under one patronage General Manager of JCIS. Several courses are very similar in content and delivery offered at all institutes. ELearning is the ideal form of delivery for higher education students in JCIS. This study aims to explore the specific factors affecting successful implementa-tion of eLearning as major barriers at JCIS. This research will extend the existing theoretical model Technology Acceptance Model (TAM) and develop an extend-ed model of eLearning for successful implementation and adoption of eLearning solutions at colleges and institutes sector of Royal Commission Jubail. The study will attempt to investigate the various barriers those affect the successful imple-mentation of eLearning in the sector. It is also expected that this research study will provide strategies for academicians in the development and implementation of online courses. In this research study, quantitative research approach would be applied which may utilize instrument survey questionnaire (for students, teachers, and management) from all colleges and institutes of the sector.
As the majority of online networking on the Internet, opinion mining has turned into a fundamental way to deal with investigating such huge numbers of information. Different applications show up in an extensive variety of modern areas. In the interim, opinions have various pronunciations which bring along investigate challenges. The research challenges make opinion mining a dynamic research region recently. In this paper, Natural Language Processing (NLP) techniques for opinion mining and sentiment analysis are reviewed. Initially NLP is reviewed then briefed about Find more related documents in Scopus based on:
Dioxiranes are three-membered strained ring peroxides that are typical archetype examples of electrophilic
entities. A dioxirane-based oxidant named 3-methyl(trifluoromethyl)dioxirane (TFDO) is a fluorinated
analogue of the extremely valuable oxidant dimethyldioxirane (DMDO). Owing to the strained threemembered
ring and presence of electron-withdrawing trifluoromethyl group, TFDO is several times more reactive
than DMDO and acts as a significant chemical reagent. Moreover, TFDO exhibits high regio-, chemo- and
stereo-selectivity even under unusual reaction conditions, i.e. at pH values close to neutrality and at subambient
temperatures. The TFDO transfers an oxygen atom to “unactivated” carbon-hydrogen bonds of alkanes
as well as to the double bonds of alkenes and also helps in oxidation of compounds containing heteroatoms
having a lone pair of electrons, such as sulfides and amines. TFDO-mediated oxidation is considered to
be one of the main procedures in the 21st century for the synthesis of oxygen-containing organic molecules.
This review throws light on the applications of TFDO in organic syntheses to provide an insight into the future
research and gives a comprehensive summary of the selective functionalization of activated and non-activated
organic compounds.
A global, immersive, invisible, ambient network-computing environment built through the continued proliferation of smart sensors, cameras, software, databases, and massive data centers in a world-spanning information fabric known as the Internet of Things. The idea is to live in connected world. Altogether varieties of connected objects from smart home appliances like televisions, laundry machines, thermostats, refrigerators to Industrial Internet of Things (IIoT) and Internet of Medical Things (IoMT) are going to conserve the potential of IoT connectivity in all paces of future smart world. However, it has high importance to preserve adherence of enormous benefits of IoT connectivity, which might lead to unseen security and privacy issues and vulnerabilities that will cause various malicious attacks including waterhole, ransomware, eavesdropping, and others to exploit the potential of smart objects. This paper will present and forecast advanced concepts for end-to end security and privacy issues in a highly distributed, heterogeneous and dynamic network of IoT devices, which may reveal a holistic approach of device identification, authentication, and management, security, and privacy concerns.
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