Embedded Systems Training in HSR Layout

Embedded Systems Training in HSR Layout

Embedded System Training in HSR Layout is one such place that will allow you to gain knowledge from some of the best experts from the industry.

What is Embedded Systems Training?

Before you go and get enrolled in any institute it is necessary for you to understand the course and why it is suited for you. An embedded system is a wonderful combination of a computer hardware system as well as a software system which can be fixed in certain capabilities or can be programmable. it is designed and managed for a certain system or a bunch of systems that are installed within a larger organization.

There are many possible spaces for this system to get installed. Some of them are- good industrial machines, certain agricultural as well as process industrial devices, certain automobiles, proper medical equipment, good camera devices, certain household appliances, airplanes, good vending machinery and certain toys, also in few mobile devices. All these spaces allow a good embedded system to get installed.

How is Embedded Systems used in various stages of our lives?

We use machines in almost every stage of our lives. Modern devices like-spacecraft machines, games, video games, digital camera devices, mobile devices, GPS systems, modern cars and bikes, televisions, certain answering machines, certain microwave ovens are good examples of this system. It is necessary for engineers to know this system programming thoroughly so that they can deal with daily life uses.

That is the reason embedded systems training in HSR layout is the best one for candidates. They will give you a thorough view of the system requirement and how to use this system in larger organizations like a pro.

Why engineers should know the embedded systems?

Technology is changing daily and engineers need to well know the changing scenarios in digital India. There has been a vast number of applications submitted for embedded system engineering and thus this shows how it has resulted in a rise of engineers. These engineers have hands-on experience in managing designs as well as implement certain systems of embedding.

Embedded system training in HSR layout has a compact course that has been designed so as to offer training that is application-oriented and exposure to students is on a real-time basis. This helps in bridging the gap between the requirements of industry and the academic skill set of students.

Components and characteristics of an embedded systems software

An embedded system has three major components that are used to run the software. They are as follows:

• It has a certain hardware system that runs smoothly when installing properly.
• There is certain application software and an engineer has to know ho it should be run properly. This is a vital component in an embedded system.
• Another noteworthy component of an embedded system is that it has a real-time operating system or RTOS system that helps in supervising all the application software installed in it and also helps in providing an appropriate mechanism that allows the processor to run a certain process. This is done through scheduling and also by maintaining a plan so as to control all the other latencies. Actually, RTOS gives an example of how the system actually works. A certain rule is set when there is an executed application programming. When you sue a small system of embedded software you may not possess any RTOS at all.

Thus, as per the description of all the components, the embedded system is based on a microcontroller which is actually driven by software. It is not only reliable but also a perfect real-time system of controlling.

Now we will understand the characteristics of an embedded software system.

• A single Functioning Software- Embedded system training in HSR layout teaches that this system actually performs well on a certain operating system and does it repeatedly. For example- If you are using a pager, you will notice that it functions as a pager itself and no other device.
• Compact Constraint- Computer systems that we use have constraints on their own metrics of design. But there is a difference in an embedded system because this system is actually very compact in nature. Now you will ask about design metrics. It is a measurement of features of the implementation such as- its size, its costing, its power as well as performance. The size must be such that it fits well inside a chip. It should possess the power to process data faster in real-time and also utilize minimum power that actually extends battery life.
• Not active and Real Life- It is taught to engineers that lots f embedded systems shall react to continuous changes in environment’s systems and also shall give out some results in real-time without wasting any time. For example- when you are using a car cruise controller system, it is used normally to monitor. But with that, it also reacts to speeds and sensors in brakes. It also promises to compute certain accelerations as well as certain de-accelerations continuously within a certain time frame. If ever delayed, this computation will automatically result in a bad failure that will not be able to control the car.
• Based on Microprocessors- Engineers need to note that the embedded system is always based on a proper microprocessor or it shall itself be a microprocessor for the unit to run properly.
• Memory- There shall be a proper memory since the software used here is embedded in Read-Only Memory or ROM. There are no secondary memories needed on the computer.
• Good Connection- There shall be the proper connection of peripherals so as to connect it with devices having input and output measures.
• Systems of  HW-SW- The software installed here have lots of features and is actually flexible. The hardware embedded here is used for security as well as performance.

Advantages of Embedded Systems

Embedded system software carries with it a lot of advantages:

• It is easily customizable since there ae expert market leaders and manufacturers ready to customize the system as per your requirement.
• Power consumption is extremely low owing to other software systems and thus you can use it for a longer duration too.
• It is less expensive and mediocre industries can afford it too.
• Performance is enhanced since the software is always up to date with the attest measures of the fast-performing technology industry.

Apart from all this, one has to keep in mind that this software has high development effort and once it has any system issue it takes time to recover. Also, it will take much more time to get marketed and there is a fear of being in the last row in this fast forward technology market.

Syllabus of Embedded Systems Training in HSR Layout

Embedded Basics

• What is an Embedded Systems?
• What are the Embedded Applications and Functions?
• What are the Embedded Design constraints?
• What the components of Embedded Hardware and Software?
• What the Building block of the embedded projects?
• What are the Hardware and Software Embedded Tools?
• What is Embedded C?
• What is Microcontroller & Microprocessors?
• What is RTS?
• What is RTOS?
• Sample Embedded Hardware Schematic Creation
• Sample Embedded C program

Specific Processor Architectures (or) Controllers

8051/PIC /Beegle Bone Black8/16/32 Bit Controller

• Introduction to ( 8/16/32) 8051 and Pic Micro Controller
• Microchip’s PIC® microcontrollers and its MCU family
• Introduction to Embedded C
• Working with PIC 16F877A using Embedded C
• MPLAB IDE with CCS and Hi-tech compiler suit
• Serial programming and In-circuit system programming(ICSP) with 16F877A
• Working with system peripherals I/O, timers, PWM, ADC, CCP, UART, RTC and WDT of PIC 18F877A/Debugging with PICKIT 2
• Interfacing LEDs, LCD, Matrix keypad, Multiplexed 7 segment display, Relay, and Motor

Embedded Application Development

• Working with Communication protocols SPI, I2C and CAN with PIC16F877A
• Project development using PIC 16F877A/At89C51

Linux kernel

• Introduction to the Linux kernel
• Linux kernel sources
• New features in Linux 2.6 (since 2.6.10)
• Linux kernel command usage
• Files and process subsystem in Linux kernel
• Memory management in Linux kernel
• Inter-Process Communication
• Interrupts
• Time and Timers
• Creating Libraries
• Kernel Synchronization
• Kernel Parameters
• Kernel Configuration and Compilation
• Conceptual understanding of Device Drivers

Advanced C Programming

• Storage class
• Scope and Lifetime of a variable
• Arrays
• Strings
• Pointers
• Functions
• Structure and Union
• Recursive Functions
• Pointer
• Pointers and Arrays
• Pointers and Functions
• Pointers and Strings
• Function Pointers
• Command-line arguments
• File Operations
• Complicated Declarations
• Linked List
• Sorting and Searching
• Stack and Queue

Embedded Linux system development

• Introduction to embedded Linux
• Basic requirements for Embedded Linux Product Development Cross-compiling toolchains
• Building Development Environment
• Target & Host Setup
• Setting Up Networking Services
• Bootloader commands and usage
• Loading RootFS in Platform by various techniques
• Building Your Own Embedded Linux Distribution
• Kernel Configuration and Compilation
• Building embedded Linux systems with Buildroot
• Booting Linux
• Porting embedded Linux (ubuntu version) to Beegle Bone Black Processor

Device drivers

• Introduction to the Device driver
• Kernel Module Programming Basics
• Kernel Debugging Techniques
• Accessing Hardware Mechanisms
• The proc file system programming
• Communicating with Hardware
• Hardware and Interrupt Handling
• Tickets and Bottom halves
• Kernel Threads
• Sleep and wakeup (wait queues)

Buffer allocation

Memory Mapping and DMA

• Memory Management
• Concurrency and Race Conditions
• Time, Delays and Deferred Work
• The Linux Device Model
• Character Device Drivers
• Block Device Drivers
• Serial device driver

Rtos

• Introduction to Real-Time systems
• What are Hard and Soft Real-time systems
• Basic of RTS
• Training on RTOS Concepts (task, semaphore, Multitasking)
• Introduction to RTOS Tools (utron, Ucos, Nucleous, EFOS, Android, WINCE)
• Sample exercise on RTOS programming
• Embedded Latest technologies, Communication systems
• Training on GPS, GPRS / 3G, Tracking devices
• Training on Automotive Infotainment
• Introduction on Wi-Fi, Wi-Fi Direct, DLNA, Mira cast,
• HDMI, Mirror link technologies
• Introduction on Embedded Android Devices, Smartphone architectures

Upcoming Batch Schedule for Embedded Systems Training in HSR Layout

Besant Technologies provides flexible timings to all our students. Here are the Embedded Systems Training in HSR Layout Chennai Schedule in our branches. If this schedule doesn’t match please let us know. We will try to arrange appropriate timings based on your flexible timings.

• 25-11-2024 Mon (Mon - Fri)Weekdays Batch 08:00 AM (IST)(Class 1Hr - 1:30Hrs) / Per Session Get Fees
• 21-11-2024 Thu (Mon - Fri)Weekdays Batch 08:00 AM (IST)(Class 1Hr - 1:30Hrs) / Per Session Get Fees
• 23-11-2024 Sat (Sat - Sun)Weekend Batch 11:00 AM (IST) (Class 3Hrs) / Per Session Get Fees

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Trainer Profile of Embedded Systems Training in HSR Layout

Our Trainers provide complete freedom to the students, to explore the subject and learn based on real-time examples. Our trainers help the candidates in completing their projects and even prepare them for interview questions and answers. Candidates are free to ask any questions at any time.

• More than 7+ Years of Experience.
• Trained more than 2000+ students in a year.
• Strong Theoretical & Practical Knowledge.
• Certified Professionals with High Grade.
• Well connected with Hiring HRs in multinational companies.
• Expert level Subject Knowledge and fully up-to-date on real-world industry applications.
• Trainers have Experienced on multiple real-time projects in their Industries.
• Our Trainers are working in multinational companies such as CTS, TCS, HCL Technologies, ZOHO, Birlasoft, IBM, Microsoft, HP, Scope, Philips Technologies etc

Embedded Systems Training in HSR Layout Exams & Certification

Besant Technologies Certification is Accredited by all major Global Companies around the world. We provide after completion of the theoretical and practical sessions to fresher’s as well as corporate trainees.

Our certification at Besant Technologies is accredited worldwide. It increases the value of your resume and you can attain leading job posts with the help of this certification in leading MNC’s of the world. The certification is only provided after successful completion of our training and practical based projects.

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