Interfacing input devices e.g. keypads, sensors with the micro-controller

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2 Introduction Embedded systems contain processing cores that are typically either microcontrollers or microprocessors. The key characteristic, however, is being dedicated to handle a particular task. Since the embedded system is dedicated to specific tasks, design engineers can optimize it to reduce the size and cost of the product and increase the reliability and performance. Some embedded systems are mass-produced, benefiting from economies of scale. Develop measurement systems faster with LabVIEW and the graphical system design approach. Within a single software environment, LabVIEW provides unparalleled integration with NI or third-party data acquisition hardware, extensive signal processing libraries, and user interface controls purpose-built for measurement data visualization. Trust LabVIEW when you need to automate multiple measurements and make data-driven decisions. Workshop aims to make students well-equipped with all the modern tools of Embedded System Design. The Participants get to know the various nuances of the theory as well as experience a hands-on process of building a Embedded System, thus enabling them to link theory and practice. During this workshop you will learn to design embedded systems using 8051 micro-controllers. You will make following different kind of Hands-On Experiments all by themselves: Interfacing input devices e.g. keypads, sensors with the micro-controller Interfacing output devices e.g. seven segment display, LCD with micro-controller. Making autonomous robot using micro-controller. You will get your hands dirty with all basic electronics components

3 You will be introduced with various software tools to make your design work easy. Tools we use are up to the industrial standard, which will give your learning an industrial touch and thus this workshop will be added in your industrial experience. Our commitment to participants does not finish with this workshop, you can look back to us to get any support for your final year project or any other project you do in future. Content: Certification: a. Introduction to basic circuit designing components. b. Circuit designing techniques for analog and digital circuits. c. Introduction to Multisim- Circuit Simulation Software. d. Designing electronics/electrical circuit using MULTISIM & LabVIEW e. Introduction to Architecture and Programming of 8051 Micro-Controller. f. Hardware interfacing with 8051 Micro-Controller. g. Designing Embedded Systems with 8051 Micro-controller at the core. Each participant will get a certificate A competition will be organized at the end of the workshop. Winners of this competition will get "Certificate of Excellence". Fees Structure: Registration with kit 1) Fess for the team of 3 persons : 4,500/-(inclusive of all taxes and a take home kit & 2) Fess for the team of 2 persons : 3,500/-(inclusive of all taxes and a take home kit & 3) Fess for the team of 1 person : 2,000/-(inclusive of all taxes and a take home kit &

4 Registration without kit 1) Fess for the team of 3 persons : 2,800/-(inclusive of all taxes & 2) Fess for the team of 2 persons : 2,000/-(inclusive of all taxes & 3) Fess for the team of 1 person : 1,200/-(inclusive of all taxes & 4) We will provide you a kit during the workshop to work.if you like the kit you can buy it at the end of the workshop at a separate kit cost of 1,600/- Kit Components 1) 8051/ development board (it includes 4 seven segment displays & 4*4 matrix keypad) - 1 nos. 2) LCD display. 3) IR sensor modules - 1 nos. 4) Driver IC: L293D - 1 nos. 5) Hook-up wires - 1 set. 6) Wire stripper - 1 nos. Tutorial + Software DVD contents: 1) Keil uvision Software. 2) Flash Magic Software. 3) LabVIEW & Multisim Evaluation Software. 4) Tutorial on 8051 Micro-controller. 5) Tutorial on sensors. Our requirements for the program are: 1) Minimum number of participants expected for the workshop: 30 2) Classrooms/labs to accommodate 30 students/faculty with a computer for each. 3) An LCD projector

5 Demo :- NI ARM Microcontrollers Quickly Develop Code That Executes on ARM Microcontrollers With the LabVIEW Embedded Module for ARM Microcontrollers, engineers and scientists can program using high-level graphical design tools. This allows for a quicker transition from development to deployment Prototype using hardware evaluation platforms based on ARM7 and Cortex-M3. By doing this, you can prototype your solution before moving to custom ARM-based microcontroller hardware. Incorporate C Code Generated in LabVIEW in Your Own Custom Hardware Solutions After completion of your prototype, apply the C code generated by the LabVIEW Embedded Module for ARM Microcontrollers to the hardware design of your choice. Contact Details: Electrono Solutions Pvt. Ltd. No 513, Vinayaka Layout, Immadihalli Road, Whitefield, Bangalore Contact: Mr. S Arun Kumar Mr. Brijesh C.A Ph: Ph: arun@electronosolutions.com Brijesh@electronosolutions.com info@electronosolutions.com