We Provide the hardware software based solutions. We provide the user friendly products Solutions which are easy to use. We provide Home automation Vehicle/Child Tracking Solutions.
As the name implies, it may be hardware or software integrated to perform a particular function. It uses a Microcontroller/Microprocessor to perform a single job. It is a stand-alone device with no operating system.
At the end of this session, students will apprehend the following:The insights of an embedded world and important concepts necessary to build career in embedded domain.How an embedded device actually works?Heart of an embedded system i.e. Hardware. General understanding of embedded hardware, microprocessors and peripherals.Booting of a device. Role of device drivers in an embedded device. How to design a device driver?Embedded application development. Programming methods necessary for designing an embedded application.Growth of embedded market and its prospects. The job opportunities knocking in embedded systems. Seminar Content What is an embedded system? Examples of embedded Systems Live Demonstration with an embedded device. Current Market overview and Job Opportunities Software Layers of an Embedded/Computing system Hardware and Board Support Packages (BSP) Microprocessor, Microcontrollers overview Booting Sequence of an embedded device. Bootloaders, Board support Packages (BSP). Example of an IO Device Live Demonstration using peripherals like GPIO, timers Interrupt and ISR Bitwise operators in C Exercise to read/write hardware register/pin and hence IO device programming Define device driver in broader terms. RTOS and Development Environment Kernel and OS The term "Real time" Linux Why to use linux in an embedded system? Real time application design Multi-threading and multi-process environment. Mutex and semaphore. Inter process communication. An example of an embedded system design to consider following issues while designing Mutual exclusion and critical section. Dead lock. Race condition. Embedded device live demonstration Live demonstration of Surveillance Cameras. Embedded Kits. Motion detection algorithms. We have organized various lab based Embedded System workshops and seminars in colleges across India. Prgram Features: Lab based practical sessions. Examples based teaching. Programming activities throughout the workshop. Study Materials are provided. Resource DVDs are provided. Email support for life long to the participants. One free demo workshop for the colleges. Participation Certificate is also provided.
Electronic devices are rapidly finding applications in many of the areas, from simple coffee vending machines to space science to environmental friendly products such as big belly etc. Indian embedded market worth $5.9 billion dollars, and expects 30 % growth by 2015. This will certainly increase the demand of professionals in the field of embedded systems.
Embedded systems encompass a variety of hardware and software components that performs specific functions in host systems, for example, satellites, washing machines, hand-held telephones and automobiles. Embedded systems have become increasingly digital with a non-digital periphery (analog power), thus both hardware and software codesigns are relevant. The vast majority of computers manufactured are used in such systems. They are called `embedded' to distinguish them from standard mainframes, workstations, and PCs. Although the design of embedded systems has been used in industrial practice for decades, the systematic design of such systems has only recently gained increased attention. Advances in microelectronics have made possible applications that would have been impossible without an embedded system design.
Course Highlight:Learn With INDUSTRY PROFESSIONAL.Completely Designed Course for Best of Learning Experience.20 % Theory And 80% Practical Ratio.Course CD Contain All Related Software.Intense Practical Sessions.Certificate Course.State of the ART Lab Facilities to Explore the Concepts.Online Certificate Verification Service.Individual Attention.Faculty: A rich mix of experienced academicians and experts from the industry.Facility to verify designs by downloading them into physical devices.Well design experiments and projects for hands on experience.Course Contents:Introduction to Embedded SystemAtmel AVR ArchitectureProgramming in AssemblyIntroduction to Embedded CIntroduction to WINAVR ToolInterfacing of Atmel AVR microcontroller LED sInterfacing of Atmel AVR microcontroller - SwitchesInterfacing of Atmel AVR microcontroller Push ButtonsOn-Chip Peripherals TimerOn-Chip Peripherals Serial CommunicationInterfacing of Atmel AVR microcontroller LCDInterfacing of Atmel AVR microcontroller KeypadInterfacing of Atmel AVR microcontroller Relay, BuzzerInterfacing of Atmel AVR microcontroller MotorMinor ProjectSoftware Used:WINAVRHyper Terminal.
ARCHITECTURE NETWORKING CONCEPTS
Introduction
Design Space
Types of Memory
Memory Hierarchy
Locality Principles
Overview of the following Architecture
X86
68k
Power Pc
ARM
Difference between micro controller microprocessor
Introduction to 8 bit 16 bit micro controllers
Overview of Networking
OSI model
TCP/IP Mode
802.X Protocol
MICROCONTROLLERS
Introduction to Micro-controllers
The 8051 Architecture
8051 hardware Detail
8051 Oscillator and Clock
8051 Registers
Memory Organization
On Chip Peripherals
8051 Interupts
Programming The Micro-controller
Programming Tools and Techniques
Addressing modes
Introduction To 8051 Instruction Set
Program Flow
Timers Counters
Timer SFRs
Serial Port operations
Projects On Micro-controller Interfacing
EMBEDDED SYSTEM PROGRAMMING Basic Linux Overview
File System
Working with files directories
Pattern search
VI editor
Shell programming