Design and Implementation of Embedded Configuration - Power Integrated

 Design and Implementation of Embedded Configuration - Power Integrated 

As the application area of embedded system widely broadened in recent years, its working environments are more complex and constraint. Thus it needs much more dedicate and systematic architecture design for meeting the requirements of the application such as real time, concurrence, efficiency, etc. Processes fulfilling different tasks are not simply added in together for an integrated system  The relationship amongst processes needs to be considered more carefully. For embedded software system, having many peripherals is quite normal. Device drivers are responsible for controlling the behaviors of the peripherals. Since devices are rather independent of center module, and have much more uncertainty time cost because of different tasks such as data collection, status control or data preprocess, the drivers then are converters that connect slower speed devices with higher performance center modules. In conventional architecture, drivers usually directly interact with the center modules .When the number of driver tasks is enormous and much more synchronization constraints existing for those parallel processes, such a directly coupling structure seems not very suitable, which may lead to a disaster for the performance of system. Since directly coupling architecture is not fit for solution of the previous problem, software agent design seems proper for effectively controlling multi-access and parallel processing [6][7]. Software agent can be defined as referring to a component of software and/or hardware which is capable of acting exactingly in order to accomplish tasks on behalf of its user [8]. In this issue, agent is deputy for the peripheral drivers to concurrency and synchronization. It rearranges the multi-access sequence for supporting as many parallel processing requests, and with specific scheduling algorithm [9] [10] such as Rate Monotonic Scheduling (RMS) algorithm [11] [12] [13] for satisfying time constraints of tasks. The indirect coupling architecture of agent can well adapt to meeting the requirements of parallel processing for better performance, and it has good extensibility for future multi-agent applications. This issue is organized as follows. Section 2 introduces software agent architecture design for parallel processing embedded applications. View More

 

 

many peripherals is quite normal. Device drivers are responsible for controlling the behaviors of the peripherals. Since devices are rather independent of center module, and have much more uncertainty time cost because of different tasks such as data collection, status control or data preprocess, the drivers then are converters that connect slower speed devices with higher performance center modules. In conventional architecture, drivers usually directly interact with the center modules [4] [5].When the number of driver tasks is enormous and much more synchronization constraints existing for those parallel processes, such a directly coupling structure seems not very suitable, which may lead to a disaster for the performance of system. Since directly coupling architecture is not fit for solution of the previous problem, software agent design seems Read More proper for effectively controlling multi-access and parallel processing . Software agent can be defined as referring to a component of software and/or hardware which is capable of acting exactingly in order to accomplish tasks on behalf of its user [8]. In this issue, agent is deputy for the peripheral drivers to concurrency and synchronization. It rearranges the multi-access sequence for supporting as many parallel processing requests, and with specific scheduling algorithm [9] [10] such as Rate Monotonic Scheduling (RMS) algorithm [11] [12] [13] for satisfying time constraints of tasks. The indirect coupling architecture of agent can well adapt to meeting the requirements of parallel processing for better performance, and it has good extensibility for future multi-agent applications. This issue is organized as follows. Section 2 introduces software agent architecture design for parallel processing embedded applications. Section 3 applies RMS algorithm for scheduling concurrency tasks by agent.

 

https://powerintegrated.in/home-automation-iot-based-real-time-product-smart-switching/

https://powerintegrated.in/water-tank-automation-in-trichy/

 

project centre in trichy - Power Integrated

 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
  

https://powerintegrated.in/
https://g.page/powerintegrated?share
 

pcb design in trichy - Power Integrated

 pcb design in trichy - Power Integrated 

Power Integrated Solutions,  the innovators in Commercial, Electronics Products, Engineering Lab Equipment’s and IEEE & NON-IEEE Based projects, project center in trichy. Our service offers for the complete product development cycle. Our team has more than 10+ year experience in the field of embedded based application designing, product development, project training and course training so.We have also done more than 3000 projects based on Electronic,Electrical,Computer Science,Power Electronics and Power System.In the world, there is a strong demand from industry for engineers who have implementing new technologies for a task.Project Center in Trichy is a design company that works closely with its technical customers to achieve results as fast and as cost effectively as possible With a highly skilled and experienced team of engineers, we provide a broad range of electronic design skills and resources to your project, as it is needed. This gives the project manager the flexibility and control to optimize the project for fast completion or cost, or to react to the unexpected Specialist Area. Our engineering team is made up of engineers with many years of experience with major engineering companies, taking products from concept through to production.

 

• Starting a new project(Useful folder structure; importing reference schematics; collecting and sorting documents)
• Schematics design(Drawing schematics; conventions and useful tips to create readable schematics)  Home Automation in trichy.
  
• Selecting components and creating libraries(How to select components for your designs to prevent problems during production; how to create useful libraries)
• Footprints, 3D models and starting a new PCB(How to create footprints and a 3D model of your PCB; how 3D models can help you)
• Variants & BOMs(Creating and using variants; generating professional BOMs; job files)
• Checking Libraries and Schematics(Techniques for properly checking your libraries & schematics to help you design boards that work right the first time)
• PCB Layout ( 1st Part ) & Placement (How to do layout; how to do placement; tips and tricks )
• PCB Layout ( 2nd Part ) & Impedances, Stackup(How to tweak your layout; how to design your own stackup; what is important)
• Stackup (2nd Part), Finishing PCB, Length Matching (HDI Stackup; how to finish and check your PCB; how to do length matching)
• Generating Output documentation(How to add important information for manufacturers; how to generate professional documentation; assembly drawings, Gerber files, etc.)

https://powerintegrated.in/ 

https://g.page/powerintegrated?share 

 

 

Water Tank Automation in trichy - Power Integrated

 Water Tank Automation in trichy - Power Integrated 

Water Automation Systems

The determined professionals at our end, bring to our valued customers a quality product, the Water Tank Automation in Trichy. These products are made from best-in-industry quality raw materials acquired from trusted vendors and thus maintain the international standard in their operation. The Water Automation Systems we provide also have the following type of systems, Multiple Tanks Automation Systems, Multiple Building Water Automation, Single Pump Multiple Tanks Automation, Automatic Off Pump and Manual On Auto Off from India.

Some of the Salient Features are:

• Suitable for Any type of Water Pump
• When Water Tank Level goes down, pump turns ON automatically
• When Water Tank gets empty, pump turns OFF automatically
• Microcontroller based system engineered for household and industrial water pumps for Boring (1-Phase / 3-Phase Pump)
• Including Rust-free Magnetic Sensors
• Manufactured in Electric Shock-proof Plastic body
• Detects water level at overhead water tank
• Water level indicator (4-level) for overhead water tank
• Hussle-free simple Installation
• Suitable for up to 2 HP* water pumps (1-phase) and upto 20 HP* water pumps (3-phase) 
• Engineered for water pumps with Single Switch Panel as well as Double Push Button Panel
• Operation based on 220V AC as well as 12V DC
• Conventional switching operations of water pump holds good
• Maintenance free system  project centre in trichy
  

 

WATER TANK AUTOMATION IN TRICHY FEATURES:

 ·        Wi-Fi Automation is used to control 4-channel Relay Module.

·        Separate User Name ID and Password for LOGIN the Application.

·        Easy Method to change the Passwords.

·        Compatible to all the Smartphone ((2G/3G/4G/Wi-Fi)

·        Monitoring the Device Response application is enabled.

·        Auto connectivity with last selected device.

·        Remove Ads Option.

 

Power Integrated Solutions,  the innovators in Commercial, Electronics Products, Engineering Lab Equipment’s and IEEE & NON-IEEE Based projects, project center in trichy. Our service offers for the complete product development cycle. Our team has more than 10+ year experience in the field of embedded based application designing, product development, project training and course training so.We have also done more than 3000 projects based on Electronic,Electrical,Computer Science,Power Electronics and Power System.In the world, there is a strong demand from industry for engineers who have implementing new technologies for a task.Project Center in Trichy is a design company that works closely with its technical customers to achieve results as fast and as cost effectively as possible With a highly skilled and experienced team of engineers, we provide a broad range of electronic design skills and resources to your project, as it is needed. This gives the project manager the flexibility and control to optimize the project for fast completion or cost, or to react to the unexpected Specialist Area. Our engineering team is made up of engineers with many years of experience with major engineering companies, taking products from concept through to production.

https://powerintegrated.in/ 

https://g.page/powerintegrated?share 

 

Home Automation in trichy - Power Integrated

  Home Automation in trichy - Power Integrated 

This paper proposes a MATLAB based cost effective and efficient brushless DC (BLDC) motor drive for solar photovoltaic (SPV) array fed water pumping system. A CUK converter is utilized in order to extract the maximum available power from the SPV array. The proposed control algorithm eliminates phase current sensors and adapts a fundamental frequency switching of the voltage source inverter (VSI), thus avoiding the power losses due to high frequency switching. No additional control or circuitry is used for speed control of the BLDC motor. The speed is controlled through a variable DC link voltage of VSI. 

competitive business area that dependson cost-efficient product loading system to speed up theshipping process, and to reduce cost. In traditional ware-housing processes, workers search for product items in awarehouse, retrieve the items, and then deliver them forpacking. Workers spend half of their time traveling backand forth (55% according to [1]) which amounts to a majorpart of the business cost. To improve the efficiency of thewarehousing process, modern E-commerce companies investenormous amounts of time and effort on automation androbotics research. A well known example is Amazon’s useof autonomous robots to fetch customers’ orders in the com-pany’s massive warehouses. Amazon has been successfulin reducing the travel time of workers and the amount oflabor  

 

Power Integrated Solutions,  the innovators in Commercial, Electronics Products, Engineering Lab Equipment’s and IEEE & NON-IEEE Based projects, project center in trichy. Our service offers for the complete product development cycle. Our team has more than 10+ year experience in the field of embedded based application designing, product development, project training and course training so.We have also done more than 3000 projects based on Electronic,Electrical,Computer Science,Power Electronics and Power System.In the world, there is a strong demand from industry for engineers who have implementing new technologies for a task.Project Center in Trichy is a design company that works closely with its technical customers to achieve results as fast and as cost effectively as possible With a highly skilled and experienced team of engineers, we provide a broad range of electronic design skills and resources to your project, as it is needed. This gives the project manager the flexibility and control to optimize the project for fast completion or cost, or to react to the unexpected Specialist Area. Our engineering team is made up of engineers with many years of experience with major engineering companies, taking products from concept through to production. 

https://powerintegrated.in/ 

https://g.page/powerintegrated?share 

embedded systems training in trichy - Power Integrated

 embedded systems training in trichy - Power Integrated 

Power Integrated Solutions,  the innovators in Commercial, Electronics Products, Engineering Lab Equipment’s and IEEE & NON-IEEE Based projects, project center in trichy. Our service offers for the complete product development cycle. Our team has more than 10+ year experience in the field of embedded based application designing, product development, project training and course training so.We have also done more than 3000 projects based on Electronic,Electrical,Computer Science,Power Electronics and Power System.In the world, there is a strong demand from industry for engineers who have implementing new technologies for a task.Project Center in Trichy is a design company that works closely with its technical customers to achieve results as fast and as cost effectively as possible With a highly skilled and experienced team of engineers, we provide a broad range of electronic design skills and resources to your project, as it is needed. This gives the project manager the flexibility and control to optimize the project for fast completion or cost, or to react to the unexpected Specialist Area. Our engineering team is made up of engineers with many years of experience with major engineering companies, taking products from concept through to production. pcb design in trichy

Internet of Things (IoT) devices require a rich set of wireless connectivity options and networking protocols.

• In our Project we going to implement a popular IoT Communication to drive our BLDC Motor, to drive anywhere from our remote place.
• This paper presents a solar photovoltaic (SPV) array fed permanent magnet brushless DC (BLDC) motor drive for a water pumping system.

 

 Although modern robots in warehousing systems can perform adequately in a goods-to-person model using hand-designed algorithms that are specialized to a particular environment, developing a robotic system that is capable of handling new products at an inexpensive cost remains a challenge. A conspicuous example of this challenge is seen in Amazon's use of autonomous robots to fetch customers' orders in their massive warehouses. To encourage advance in this technology, Amazon organized the competition, Amazon Picking Challenge that asked participants to develop their own hardware and software for the general task of picking a designated set of products from inventory shelves and then placing them at a target location (called a pick-and-place task). Current technology for pick-and-place tasks is still insufficient to meet the demand for low-cost automation. Handling awkward or oddly shaped object must still depend on hand-programming or specialized robotic systems, making manufacturing automation less flexible and expensive. In this paper, we shall present the design and implementation of a software system that is a step in advancing the technology toward full automation at reasonable costs. Our system integrates a set of state-of-the-art techniques in computer vision, deep-learning, trajectory optimization, visual servoing to create a library of skills that can be composed to perform a variety of robotic tasks. We demonstrate the capability of our system for performing autonomous pick-and-place tasks with an implementation using Hoppy, an industrial robotic arm in an environment similar to the Amazon Picking Challenge.

https://powerintegrated.in/ 

https://g.page/powerintegrated?share 

Home Automation in trichy -codeshoppy

  Home Automation in trichy -codeshoppy

As the increasing of system performance and computing power, embedded systems are more complicated and interactive. Therefore, operating system (OS) plays a more important role in embedded systems to utilize various hardware and software resources. However, no OS can meet all requirements of various embedded systems. Due to the advance of reconfigurable processors, system requirements can be more dynamic. Embedded OS has becoming more critical in the development of embedded systems and thus there is a strong need of configurable embedded OS to better and faster build up the target system. In this paper, we propose a configurable OS, called COS, based on SOA (service-oriented architecture) for embedded SoC (system on a chip) systems to build an application specific OS according to the system requirements. COS can be easily configured to better utilize the resources of the target embedded platform and have better support to the embedded application. Moreover, the COS can easily extend new features or functionalities of other OSes and even be adapted to the designs of other OSes. We implement COS on an ARM platform to prove its configurability and also evaluate its overhead. We believe that COS can be configured to meet the various requirements in embedded SoC systems and help to speed up the embedded system development process

 

 As the increasing of system performance and computing power, embedded systems are more complicated and interactive. Therefore, operating system (OS) plays a more important role in embedded systems to utilize various hardware and software resources. However, no OS can meet all requirements of various embedded systems. Due to the advance of reconfigurable processors, system requirements can be more dynamic. Embedded OS has becoming more critical in the development of embedded pcb design in trichy systems and thus there is a strong need of configurable embedded OS to better and faster build up the target system. In this paper, we propose a configurable OS, called COS, based on SOA (service-oriented architecture) for embedded SoC (system on a chip) systems to build an application specific OS according to the system requirements. COS can be easily configured to better utilize the resources of the target embedded platform and have better support to the embedded application. Moreover, the COS can easily extend new features or functionalities of other OSes and even be adapted to the designs of other OSes. We implement COS on an ARM platform to prove its configurability and also evaluate its overhead. We believe that COS can be configured to meet the various requirements in embedded SoC systems and help to speed up the embedded system development process 

 https://powerintegrated.in/

View Location

REAL TIME SOLAR VEHICLE

 

REAL TIME SOLAR VEHICLE - Power Integrated

This paper proposes a MATLAB based cost effective and efficient brushless DC (BLDC) motor drive for solar photovoltaic (SPV) array fed water pumping system. A CUK converter is utilized in order to extract the maximum available power from the SPV array. The proposed control algorithm eliminates phase current sensors and adapts a fundamental frequency switching of the voltage source inverter (VSI), thus avoiding the power losses due to high frequency switching. No additional control or circuitry is used for speed control of the BLDC motor. The speed is controlled through a variable DC link voltage of VSI.  project center in trichy.

 

 

Power Integrated Solutions,  the innovators in Commercial, Electronics Products, Engineering Lab Equipment’s and IEEE & NON-IEEE Based projects, Our service offers for the complete product development cycle. Our team has more than 10+ year experience in the field of embedded based application designing, product development, project training and course training so.We have also done more than 3000 projects based on Electronic,Electrical,Computer Science,Power Electronics and Power System.In the world, there is a strong demand from industry for engineers who have implementing new technologies for a task.Project Center in Trichy is a design company that works closely with its technical customers to achieve results as fast and as cost effectively as possible With a highly skilled and experienced team of engineers, we provide a broad range of electronic design skills and resources to your project, as it is needed. This gives the project manager the flexibility and control to optimize the project for fast completion or cost, or to react to the unexpected Specialist Area. Our engineering team is made up of engineers with many years of experience with major engineering companies, taking products from concept through to production.  Home Automation in trichy.

 https://powerintegrated.in/

View Location