Innovation and value proposition in distance-learning-programs (e-learning programs) is a multifa... more Innovation and value proposition in distance-learning-programs (e-learning programs) is a multifaceted-activity with enormous dimensionality. The implementation of information communication technology (ICT) and enhanced enterprise-resource-planning (eERP) for smart-campuses has emerged as inevitability for industrial competitiveness in smart-factories as per the dictates of total quality management (TQM). The philosophy of productivity-management and concurrent engineering stipulates a competitive framework for e-learning for dissemination and absorption of knowledge by the intelligentsia, technologists and students. Conversely, competitiveness in today's global village demands an innovative and systems-approach for improving the learning-curves in a virtual environment. The e-learning-programs have numerous inherent perplexities since in every virtual classroom there is a much higher probability to interact with orthogonal-cultures that too with multiple-intelligences. This paper proposes a “conceptual-strategic-planning-framework” for diffusion of innovative in a distance learning program (Course-Technovation). The framework is based on literature review and field visits encompassing integrated “E-commerce-model-driven architecture” embedded with business intelligence and coupled with eERP-design functionalities.
We have investigated the microwave oscillations due to a spin transfer effect induced by direct c... more We have investigated the microwave oscillations due to a spin transfer effect induced by direct current in ferromagnetic nanocontact magnetoresistive (NCMR) elements with a current-perpendicular-to-plane spin-valve structure consisting of an FeCo/FeCo-AlOx nano-oxide layer/FeCo multilayer for the reference/spacer/free layers, respectively. Characteristic microwave oscillations were observed in the NCMR elements at different magnetization states induced by the application of a spin-polarized current, which are considered to be related to the introduction of a ferromagnetic NC to spacer layer (large interlayer coupling) and the resonance concerning the stability of the magnetization states of the free and reference layers around the NCs. A marvelously narrow full width at half maximum (FWHM) of l0-20 MHz is observed under a high applied magnetic field where the reference layer magnetization is slightly off axis relative to the pinned direction. By contrast, a wider FWHM of 80-600 MHz is observed at the magnetization state where the magnetization of the free layer just aligned to the antiparallel configuration against the magnetization of the reference layer. These characteristic results are discussed in terms of a spin dynamics mechanism induced by spin transfer torque in the free and reference layers around NCs.
Innovation and value proposition in distance-learning-programs (e-learning programs) is a multifa... more Innovation and value proposition in distance-learning-programs (e-learning programs) is a multifaceted-activity with enormous dimensionality. The implementation of information communication technology (ICT) and enhanced enterprise-resource-planning (eERP) for smart-campuses has emerged as inevitability for industrial competitiveness in smart-factories as per the dictates of total quality management (TQM). The philosophy of productivity-management and concurrent engineering stipulates a competitive framework for e-learning for dissemination and absorption of knowledge by the intelligentsia, technologists and students. Conversely, competitiveness in today's global village demands an innovative and systems-approach for improving the learning-curves in a virtual environment. The e-learning-programs have numerous inherent perplexities since in every virtual classroom there is a much higher probability to interact with orthogonal-cultures that too with multiple-intelligences. This paper proposes a “conceptual-strategic-planning-framework” for diffusion of innovative in a distance learning program (Course-Technovation). The framework is based on literature review and field visits encompassing integrated “E-commerce-model-driven architecture” embedded with business intelligence and coupled with eERP-design functionalities.
We have investigated the microwave oscillations due to a spin transfer effect induced by direct c... more We have investigated the microwave oscillations due to a spin transfer effect induced by direct current in ferromagnetic nanocontact magnetoresistive (NCMR) elements with a current-perpendicular-to-plane spin-valve structure consisting of an FeCo/FeCo-AlOx nano-oxide layer/FeCo multilayer for the reference/spacer/free layers, respectively. Characteristic microwave oscillations were observed in the NCMR elements at different magnetization states induced by the application of a spin-polarized current, which are considered to be related to the introduction of a ferromagnetic NC to spacer layer (large interlayer coupling) and the resonance concerning the stability of the magnetization states of the free and reference layers around the NCs. A marvelously narrow full width at half maximum (FWHM) of l0-20 MHz is observed under a high applied magnetic field where the reference layer magnetization is slightly off axis relative to the pinned direction. By contrast, a wider FWHM of 80-600 MHz is observed at the magnetization state where the magnetization of the free layer just aligned to the antiparallel configuration against the magnetization of the reference layer. These characteristic results are discussed in terms of a spin dynamics mechanism induced by spin transfer torque in the free and reference layers around NCs.
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Papers by Marvel Doi