project centre in trichy - Power Integrated
With the ever-increasing application of embedded systems in the field of
industrial control, the demand for embedded configuration software
becomes inevitable. This paper presents a general method of developing
embedded configuration software based on embedded Linux operation
system. The software architecture consisting of host and target is given
out. The relationship between graphic-element classes and its
implementation are described. The animation implementation technology of
dynamic graphic-elements and data communication mechanism based on
signal and slot are discussed in detail. Furthermore, aimed at the poor
processing power of embedded microprocessors and the limited storage
resources on embedded platforms, the paper proposes a multi-level
strategy for the performance optimization of embedded configuration
software. The experiment result shows that this embedded configuration
software can meet userpsilas requirements on real-time performance and
resource consumption, and thus has application prospect and
popularization value. View More
The Embedded Systems are now in use more commonly in our daily lives.
They can accomplish many complicated tasks in different working
environments, and concurrency and synchronization are ordinary problems
the embedded software usually must be confronted with. This issue
presents a novel method for controlling such problems efficiently. To
avoid the inefficiency or collision induced by directly coupling amongst
multi-tasks that conventional methods mostly did, software agent
architecture designing can cope with such work more properly. The main
work of this article includes designing agent architecture for typical
concurrency embedded system applications, and adapting classic RMA for
scheduling tasks which have soft real time requirements. Lastly, a case
study has been done on a typical embedded system scenario, where
multi-peripheral devices parallel processing is analyzed with this
method and the results show that can get a good concurrence performance. Read More
- IoT based Power Electronics.
- dsPIC IC Support.
- MPLAB – PIC Microcontroller Compiler
- CCS COMPILER – PIC Microcontroller Compiler
- Arduino – dsPIC Integration.
- MATLAB – Power Electronics and Image Processing Application
- Inverter / Converter Design.
- Level Inverter Mainfest.
- Grid Integrtaion.
- Motor and Drives Integrated.
- Altium Designer – PCB Design Software
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