VIT University Vellore , Tamil Nadu, India.

Transcription

1 VIT University Vellore , Tamil Nadu, India. Summer Training & Internship Program on Internet of Things (IoT) using sensor and android mobile interfacing with computing 16 th 28 th June 2014 Organized by TIFAC - CORE in AUTOMOTIVE INFOTRONICS (Sponsored by Department of Science and Technology, Govt. of India) Coordinators Dr. K. Ganesan, Director, TIFAC CORE & Senior Professor, SITE Mr. N.S.Manikandan, System Architect,TIFAC CORE Prof. A.Rammohan, Assistant Professor, TIFAC CORE

2 TIFAC-CORE IN AUTOMOTIVE E The centre is conducting need based training programs on cutting edge technologies for students, faculties and industry participants. Offering consultancy services for the industries and carrying out research works through the research grants received from funding agencies. The Centre has so far conducted 210 Training programs The centre has completed nearly 20 consultancy projects with many leading Automotive and Telecom companies. The centre has filed 16 patents. Objective The Internet of Things represents an evolution in which objects are capable of interacting with other objects. Hospitals can monitor and regulate pacemakers long distance, factories can automatically address production line issues and hotels can adjust temperature and lighting according to a guest's preferences, to name just a few examples. Furthermore, as the number of devices connected to the Internet continues to grow exponentially, an organization's ability to send, receive, gather, analyze and respond to events from any connected device increases as well. In computing the Private (IBM Mainframe ) and Public (Google App Engine) are used to interact with the relevant Sensors (interfaced with appropriate microcontroller) and Android Mobiles through the Internet protocols. General Requirements Students pursuing B. E / B. Tech / M. E / M.Tech degree / MS (SE) in any engineering discipline may apply for this Internet of Things (IoT) using sensor and android mobile interfacing with computing summer Internship Program. Applications will be reviewed and only 20 students will be selected by the coordinating committee of the program. During the first phase rigorous training will be given to students on both hardware and software modules. During the second phase (last few days) the participants will be given real time projects. During the third phase, the participants have to submit a project report and power point presentation, apart from (real time) project demo.

3 Topics Covered (No pre-requisite knowledge is necessary) Sensors: Temperature sensor Hall Effect sensor IR (InfraRed) sensor LDR (Light Dependent Resistors) sensor Microcontroller: Arduino IDE Programming in Embedded C Digital and Analog interfacing Serial port Programming Interrupt Programming ADC Programming LCD interfacing Relay interfacing seven segment display DC Motor control PWM Programming Java: Basic Java programing Eclipse IDE Java Serial communication Java Internet Protocols handling (HTTP) Android: Android SDK Life cycle of Android application UI Development in Android Android Resources Understanding Layouts Common Controls Working with menu and dialogs Intent Service (Background application) notification Sending, Receiving SMS Location and Mapping applications (GPS) Internet Protocol handling (HTTP) Cloud Computing: Introduction to computing IAAS (Infrastructure As A Service) PAAS (Platform As A Service) SAAS (Software As A Service) Servlet for Java web server development Private vs. Public Private Introduction to IBM Mainframe TSO (Time Sharing Option) ISPF (Interactive System Productivity Facility) IBM Mainframe DB2 (Database handling) JDBC, java IBM Mainframe DB2 connectivity Web application connecting IBM Mainframe DB2 and deploy it in Private Accessing the applications from Private Public Introduction to Google App Engine (GAE)) Java Data Object (JDO) API for Data storage in Public Create Google account and register Application-ID and Deploy the application in Public Accessing the applications from Public Interfacing real time sensor data with microcontroller Real Time project Project report preparation To be done Android Sensor Applications PowerPoint presentation by Project demonstration students

4 Targeted participants include: Students Research Scholars / Faculties Industry Participants Course fees and duration Rs. 10,000/- (for Students) Rs. 20,000/- (for Faculties and Research Scholars) Rs. 30,000/- (for Industry Participants ) 2 weeks from 16 th June to 28 th June 2014 (9.00 am to 6.00 pm) Course material includes program contents in soft copy. Separate Training Certificate and Project Completion Certificate will be issued. Payment through DD drawn in favor of TIFAC CORE, VIT University, Payable at Vellore. Registration charges include Hand-outs, Lunch & Snacks. The number of participants is limited to 20ased on first come first serve. Accommodation can be arranged in our Guest House on request based on first come first serve as per Tariff given below: Tariff per day: Payment through cash (at guest house) S. No. Type Tariff Rs. 1 Main Guest House A/C Guest House (Annexe) A/C Hostel Accommodation / Day / Head Without food* *Separate DD to be sent for hostel accommodation charges (subjected to changes) Venue: Room No.: 701, Technology Tower 7 th Floor, VIT Date / Time: 16 th 28 th June am 6.00 pm For Technical details contact: Mr. N.S. Manikandan, System Architect, TIFAC CORE nsmanikandan@vit.ac.in

5 Format for Registration Confirmation Summer Training & Internship Program on Internet of Things using Sensor and Android Mobile Interfacing with Cloud Computing 16 th 28 th June 2014 Name: Designation: Organization: Address: Phone: Mobile Fax: DD Details: Please complete and mail or fax us above form before 13 th June 2014 Signature of the Participant For details about our centre, visit our web site Note: - Telephone confirmation before registration is compulsory. For Registration Please Contact: Ms. R. Devaki Secretary, TIFAC-CORE 7th Floor, Technology Tower, VIT, Vellore Tamil Nadu. Fax: tifac@vit.ac.in