Power
electronics-ECE projects-EEE projects-buck –boost –fly back –converters-‘push-pull’
converters-microcontroller-embedded-VLSI- FPGA based power electronics-
multilevel inverters-inverters-converters-led bulbs-led street-
light-manufacture-mini projects- SMPS -
engineering –polytechnic projects-innovation projects-embedded course-
course-real time training-development training-industrial electronics – power
system projects-power systems-–MATLAB –Simulink tools-using-power
electronics-trichy projects center-course training- institute-grid power system
–solar based projects- sepic converter-resonant converter-AC to DC converter - photovoltaic
- thyristors - MOSFET- design- power converters-power inverters –grid systems-
power distribution systems-isolated converters-non isolated converters-
transformer less converters-electrical projects-electrical design-series
inverters-parallel inverter-dual
converter-step up step down converters-ac regulator- cycloconverter -UPS-VFD
drives-power supply-DIAC –TRIAC-IGBT-SCR-controlled –diode
A Managerial Community of Web Services Nowadays, Web services are considered as new and attracting distributed approach of application/services integration over the Internet. As the number of Web Services is exponentially growing and expected to do so for the next decade, the need for categorizing and/or classifying Web Services is very crucial for their success and the success of the underlying SOA. Categorization aims at systematizing Web Services according to their functionalities and their Quality of Service attributes. Communities of Web Services have been used to gather Web Services based on their functionalities. In fact, Web Services in a community usually offer similar and/or complementary services. In this paper, we augment Web Services communities’ classification by adding a new support layer for Quality of Service classification. This is d...
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