IEEE CONSUMER ELECTRONICS PROJECT TITLE 2015-16
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The document lists 14 projects related to embedded technology and consumer electronics completed between 2014-2015 by Spiro Solutions Pvt. Ltd. located in Vellore, India. The projects focus on areas like change detection and tracking, RFID tag identification, sensor deployment for smart environments, pedestrian tracking using inertial sensors, vertical trajectory determination using MEMS sensors, passive RFID location systems, object tracking with RFID, proximity sensing for mobile devices, smart home automation, activity recognition with RFID, an health IoT platform, assistive clothing pattern recognition, detecting aggressiveness from driving signals, and fingerprint based driving licensing.
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Spiro is a leading research and development organization in South India that provides training to individuals in various technologies and domains. It has been operating for over a decade. Spiro creates an environment with experts to help students improve their learning and become well-versed in their desired fields. It offers training in areas like wireless networks, cognitive radio networks, security and various IEEE transactions with the aim of meeting industry requirements. Spiro's training is focused on providing industry-based knowledge to students at different levels to help brighten their careers.
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Dear student,
Warm Greetings from HCL LEARNING LTD.......
If you are interested means reply me Student details
(hcltechproject14@gmail.com)
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Department :
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Mobile Number :
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Gadgets and electronic devices 2
Here are 10 descriptions of devices following the format provided:
1. What is it? It's a blender.
What is it useful for? It's useful to blend and mix foods like fruits, vegetables, nuts etc.
What is it like? It's an electric kitchen appliance made of plastic and metal. It has sharp blades at the bottom that spin very fast.
2. What is it? It's a microwave oven.
What is it useful for? It's useful to heat up and cook foods quickly.
What is it like? It's an electronic kitchen appliance made of metal and plastic. It has a glass turntable and digital controls to set the time and power level.
3
Highschool thesis
This thesis examines the performance of residents in Brgy. Del Remedio, Philippines on a survey of English grammar. The study involved distributing a questionnaire to 40 randomly selected residents to understand their proficiency, difficulties with certain grammar concepts, and reasons for neglecting grammar. The principal and an adviser examined the thesis and recommended it for acceptance having found it fulfilled the requirements for a high school research paper.
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Embedded system projects at hcl chennai
Dear student,
Warm Greetings from HCL LEARNING LTD.......
If you are interested means reply me Student details
(hcltechproject14@gmail.com)
Student Name :
College Name :
Department :
Interested on IPT/Workshop/Project :
Mobile Number :
For further info & Registration contact the undersigned
With warm regards,
Mr.S.Senthilvel - 9382207007,9443558751.
Embedded Developer,
HCL Velachery, Chennai.
( A division of HCL LEARNING LTD. )
www.hclinfosystems.in, www.hcllearning.com
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Vision Solutions provides academic projects for electrical and electronics engineering students. They have developed over 100 embedded and IoT projects covering areas like remote monitoring, home automation, industrial automation, healthcare, agriculture, and transportation. Students can contact Vision Solutions to develop their project ideas or papers. Vision Solutions is located in Guntur, Vijayawada, and Hyderabad, India and can be reached by email or phone.
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This document describes a S.M.A.R.T. Alarm Clock project that uses an Arduino Yún board connected to sensors, a touch screen, speaker, and user's Google calendar to automatically set alarms. The alarm clock gets event times from the calendar through Temboo services and wakes the user with light, sound, and information on the touch screen. The document proposes enhancements like adding notifications, integrating smart home sensors to control lights and windows, and displaying weather data to help users prepare for their day.
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1. The document discusses using iBeacon technology to track employees and marketing representatives in a workplace. IBeacon devices transmit unique identifiers via Bluetooth that can be detected by smartphones to determine location.
2. An iBeacon system was developed using an Arduino microcontroller, iBeacon module, and buzzer. The iBeacon device is paired with a smartphone app via Bluetooth. When employees conduct unauthorized activities, the buzzer is triggered to alert administrators.
3. The system was able to track marketing representatives' locations and log entry/exit times more accurately than other methods. IBeacon technology allows businesses to send targeted messages to customers based on their proximity.
Dish Positioning By Using IR Remote
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IRJET- IoT based Vehicle Accident Prevention using Multiple Sensors
This document describes an IOT-based vehicle accident prevention system using multiple sensors. The system uses ultrasonic sensors to detect obstacles around the vehicle and notify the driver via LCD display and alarm. A temperature sensor monitors engine temperature and activates a cooling fan if needed. A MEMS sensor tracks the vehicle's location coordinates and shares the location image via smartphone if an accident is detected. The system aims to prevent accidents, track locations of accidents, and maintain optimal engine temperature for safety and longevity of the vehicle.
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This document describes a system to position a satellite dish using an infrared remote control. The system uses a microcontroller to receive signals from an IR receiver connected to a remote control. The microcontroller then sends signals to control motors that position the dish horizontally and vertically. The goal is to allow easy positioning of the dish to receive optimal signals without manual adjustment. It provides details on the system components, design and implementation, and concludes the system allows more advanced remote control of the dish position compared to manual adjustment.
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What is it useful for? It's useful to heat up and cook foods quickly.
What is it like? It's an electronic kitchen appliance made of metal and plastic. It has a glass turntable and digital controls to set the time and power level.
3
Highschool thesis
This thesis examines the performance of residents in Brgy. Del Remedio, Philippines on a survey of English grammar. The study involved distributing a questionnaire to 40 randomly selected residents to understand their proficiency, difficulties with certain grammar concepts, and reasons for neglecting grammar. The principal and an adviser examined the thesis and recommended it for acceptance having found it fulfilled the requirements for a high school research paper.
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Spiro Solutions Pvt. Ltd. is a training office located in Vellore, India that specializes in real-time operating systems and embedded technology. The document lists 13 projects related to consumer applications, agriculture, bio-medical, security alerts, automation, power management, greenhouses, smart homes, and production industries that were completed in 2015. The projects developed applications for assistive navigation, solid waste bin management, soil moisture monitoring, health alerts using home sensors, evaluating sleep quality, traffic flow of automated vehicles, driver assistance recommendations, home energy management, localized fault detection, and global healthcare technologies.
IEEE TELEMATICS PROJECT TITLE 2015-16
This document lists 7 telematics projects from 2015 that apply technologies like smartphone devices, wireless networks, and GSM to areas like security, biomedical monitoring, seashore monitoring, and accident detection. The projects are coded ITTEL01 through ITTEL07 and were conducted by the training office Spiro Solutions Pvt. Ltd. in Vellore, India.
IEEE BIOMEDICAL PROJECT TITLE 2015-16
The document lists 153 biomedical projects conducted from 2014-2015 by Spiro Solutions Pvt. Ltd, a technology training office located in Vellore, India. The projects focus on areas like patient monitoring, disease management, health screening, and medical cyber physical systems. Example projects include an implantable RFID sensor for continuous glucose monitoring, self-powered monitoring of repeated head impacts, and a blood leakage monitoring system for hemodialysis therapy applications.
IEEE HARDWARE PROJECT TITLES 2016-2017
An AI Assistant for Home Automation
Using Natural Language
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81 ITROB12 Design and Development of a Low Cost
Modular Robot for Education and Research
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82 ITROB13 Design and Development of a Low Cost
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IEEE NETWORKING PROJECT TITLE 2015-16
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IEEE VLSI PROJECT TITLE 2015-16
The document lists 40 VLSI projects conducted by Spiro Solutions Pvt. Ltd. spanning various domains including area efficient, low power, high speed, QCA technology, design with test bench, EDA tool, VLSI with MATLAB, and multi-standard transform. The projects focus on topics such as adder architectures, filter design, cryptography, image compression, and arithmetic units. Spiro Solutions is located in Vellore, India and provides VLSI training and consulting services.
IEEE2014
This document lists various engineering project titles from 2014-2015 related to embedded systems, robotics, automation, consumer electronics, wireless communication, GSM and GPS technologies, biomedical applications, electrical systems, power electronics, and wireless power transfer. It provides contact information for the organization offering these projects and divides the projects into categories by subject area, listing the project code, title, and publication year for each.
2015 ME BE ECE EEE PROJECT TITLES, ABSTRACTS, BASE PAPERS, EMBEDDED, POWER E...
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Androidprojecttitle2015 2016-151007054022-lva1-app6891
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IEEE EMBEDDED ANDROID PROJECT TITLE 2015-16
This document contains details of training programs offered by Spiro Solutions Pvt. Ltd. It lists 60 projects related to embedded systems and automation conducted between 2014-2015. The projects focus on topics like electric vehicle charging, vehicle routing, machine tool control, traffic sign detection, and railway infrastructure monitoring. Contact information for Spiro Solutions' Vellore office is provided at the top.
IEEE LI-FI TITLES 2015-16
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2012 13 ece ieee projects - jp infotech
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Kovai star solution embedded titles 2013 14
This document provides a table of contents and lists of project titles for embedded systems projects. It includes over 60 IEEE project titles from 2013 and 2012, as well as over 10 non-IEEE embedded project titles. The projects cover topics like embedded and hardware projects, robotic and RFID based projects, GSM/GPS based projects, embedded mini projects, and MATLAB and power electronics titles. The document serves as a reference for students or researchers looking for ideas for embedded systems projects.
Io t internship
The document describes a 5-day internship program organized by the National Power Training Institute (NPTI) on Internet of Things applications in the power and energy sectors. The program will provide both theoretical and hands-on training on topics like IoT architecture, sensors, Arduino and Raspberry Pi programming, cloud computing, and IoT applications for renewable energy, smart metering, and condition monitoring. It will involve lectures, simulations, and projects implementing systems like weather stations and solar monitoring with cloud interfaces. The target audience are college students and engineers, and registration costs Rs. 2,360. The program aims to equip participants with skills for applying IoT in energy management and grid reliability.
IEEE RASPBERRY PI PROJECT TITLE 2015-16
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Android ieee titles 2015 2016
This document lists 10 Android projects from 2015-2016 published in IEEE journals. It provides the titles of the projects, which focus on topics such as privacy-preserving indoor localization, analyzing Android app permission leakage, secure barcode communication, context-based mobile access control, user identity verification, detecting mobile app ranking fraud, smartphone-based wound assessment, logging daily life with smartphones, reviewing Android security issues, and analyzing the impact of API changes and faults on Android app ratings. The document also includes contact information for Xtream Technology, the organization providing the projects.
IEEE ROBOTICS PROJECT TITLE 2015-16
The document lists 24 robotics projects from 2014-2015 conducted by Spiro Solutions Pvt. Ltd, an embedded technology and robotics company located in Vellore, India. The projects include research on robotic fish localization using vision and inertial sensors, dual-arm tele-robotic systems, micro-object manipulation, snake robot locomotion, swarm robotics, wheelchair interfaces, humanoid motion generation, crowd evacuation, intruder detection, aerial vehicle navigation, cargo transfer, multi-robot localization, intelligent vehicles, aerial robot blind navigation, human learning of arm motions, underwater robots, pipe-crawling robots, stair-climbing robots, intrusion detection, and mobile robot localization and path reconstruction.
IEEE EEE Titles
The document provides information about iGenuine Career Development, including their head office location in Chennai, India and branch office locations in Coimbatore and Trichy, India. It lists 40 electronics and automation project titles from 2013 related to applications, transactions, and robotics. It also provides contact information for the head office and two branch offices.
Sensor Fault Detection in IoT System Using Machine Learning
This document summarizes research on using machine learning techniques for sensor fault detection in IoT systems. The researchers collected temperature and humidity data from a DHT22 sensor and injected drift faults using an Arduino microcontroller. They extracted time-domain features from the normal and faulty signals and used them to train classifiers like artificial neural networks, support vector machines, naive Bayes, k-nearest neighbors, and decision trees. The trained models detected drift faults in the sensor output in real-time on an ESP8266 device. Support vector machines and artificial neural networks achieved the best performance based on accuracy, recall, F1-score metrics. The lightweight system demonstrates potential for low-cost, real-time sensor fault detection using machine learning.
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