20170922_0_IoTビジネス共創ラボ紹介
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This document from Tokyo Electron Device LTD discusses their Internet of Things working group activities from 2016 to present. The working group held several meetings in 2016 and 2017 to discuss IoT projects using Azure IoT and how to integrate IoT technologies into their business units and processes. They continued meeting regularly in 2017 and 2018 to advance their IoT strategy and implementation.
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This document provides an overview of the Internet of Things (IoT). It begins with a brief history, noting that the term was coined in 1999 and that the first IoT device, a programmable toaster, was created in 1990. It then defines IoT as connecting devices to the internet and provides examples. It describes four main types of IoT networks and discusses advantages like automation and monitoring as well as disadvantages such as lack of standards and potential job losses. Finally, it outlines the complex IoT product lifecycle from idea to testing to ongoing use.
Contribution of IoT & its Prospect in Bangladesh
This document discusses the contribution and prospects of IoT (Internet of Things) technology in Bangladesh. It begins with an abstract that defines IoT and its impact along with industrial revolutions. It then discusses how IoT works and various applications that have been implemented worldwide and in Bangladesh. Key areas that could benefit from IoT in Bangladesh are identified as agriculture, manufacturing, transportation and utilities. The document outlines challenges to adopting IoT in Bangladesh including internet connectivity issues, lack of skilled workforce, and unstable power supply. It concludes by stating that a company called Bondstein Technologies is working to incubate IoT growth in the country by helping businesses integrate these technologies.
IoT applications in rural and agriculture in pdf
IoT applications in rural and agricultural Sectors organized by World Resources Webinar and hosted by Innovation Hub, Singapore
The Internet of Things Journey
This document discusses the Internet of Things (IoT) and provides examples of IoT solutions. It begins with an overview of the three "tsunamis" that have driven connectivity - fixed internet, mobile internet, and IoT. It then discusses challenges in developing IoT solutions for flood monitoring and river pollution monitoring. The document outlines components needed for an IoT platform including sensors, gateways, connectivity options, and data/device management. It also provides examples of IoT applications in transportation, oil and gas, smart cities, and more. Finally, it discusses the IoT talent shortage and Malaysia's plans to develop its IoT sector.
Journey Towards Industry 4.0 With IoT
This document discusses the journey towards Industry 4.0 with IoT. It begins by explaining how organizations need to reinvent themselves every 3 to 7 years to survive. It then discusses the three tsunamis of the internet and provides IoT statistics. The document explores what IoT is, why it is at an inflection point, and how to start an IoT journey. It outlines different levels of IoT maturity and provides examples of IoT solutions. Finally, it discusses building the new generation of IoT talent and becoming pioneers in the IoT field.
IRJET - Home Automation for Physically Challenged and Elder People
This document describes a home automation system designed to help physically challenged and elderly people control appliances in their homes remotely. The system uses an Arduino board connected to sensors like a passive infrared sensor for motion detection, an IR receiver for remote control, and relays to control electrical devices. An ESP8266 module enables wireless control via an Android app, allowing users to operate appliances from their phones. The system is intended to assist people who have difficulty with mobility or need help with daily tasks by automating electrical devices in their homes through simple remote access. Evaluation of the system found that it allows physically challenged users to fulfill their needs independently by controlling appliances on their own from a distance.
Iot devices
The design space for IoT devices is very different from that for mobile or cloud processors. Both mobile and cloud systems require huge chips. IoT devices
should operate at deficient power levels but often not work continuously. They must integrate processors, memory and storage, communication, and sensors.
https://www.ducatindia.com/datascienceusingpython
A SURVEY APPLICATION OF IOT
This document discusses applications of the Internet of Things (IoT) through a survey. It begins by introducing IoT and its ability to connect devices. The document then examines four key applications of IoT: smart homes, smart agriculture, smart cities, and smart industry. For each application, the document describes how IoT can be used, providing examples such as home automation, environmental monitoring, traffic management, and machine diagnosis. It concludes that IoT has wide-ranging potential and will continue developing innovative solutions across many domains.
Design and Implementation of Automatic Fire Sensing and Fire Extinguishing Ro...
Design and Implementation of Automatic Fire Sensing and Fire Extinguishing Ro...NIET Journal of Engineering & Technology (NIETJET)
Abstract : Fire incident is a disaster that results in the loss of life, damage to the property and endless disaster
to the victim. Fire extinguishing is an exceptionally unsafe undertaking and it might likewise include death risk.
Robotics is the answer to ensure the safeguarding of the surroundings and also the life of firefighters. Fire sensing
and extinguishing robot is a model which can be used in extinguishing the fire with minimum human intervention.
There is a threat to the life of the fire fighters in extinguishing the fire and there are some difficult areas where
they cannot reach like that in the tunnels. At similar kind of places this automatic robot is veritably useful to
perform the task. This robot can be controlled remotely by mobile phone using Bluetooth module. The robot is
equipped with the flame sensors that automatically detects the fire and gives the further signal to the extinguisher
units to start the pump and extinguish the fire by spraying water. Arduino uno is used as the microcontroller to
operate the whole operation. The proposed robot has been used for various trials and proper evaluation has been
done to check the proper functioning and to get the desired resultIRJET- IoT based Dual-ARM Tele Robotic System
This document describes an IoT-based dual-arm tele-robotic system that allows a user to remotely control a robotic vehicle and arms using a mobile application over WiFi. The robotic system uses an Arduino microcontroller connected to motors, cameras, sensors and other components. It transmits live video to the user and allows remote control of the robot's movement and arms. The system is intended for applications like military, security and industrial uses where remote operation is needed. It provides real-time control and surveillance capabilities through an IoT network without distance limitations.
Capgemini 5G Observatory: The latest launches and use cases
Capgemini Invent has created a 5G observatory that aims at summarizing what is happening around the world and providing highlights on key operator offers and vertical use cases. This first edition focuses on South Korea and USA commercial 5G launch, and 5G use cases in Healthcare and Media & Entertainment.
IoT Challenges ZLotfi
The document discusses the key challenges facing IoT development in Iran, including:
1) Establishing clear regulations for IoT given its importance for industrial development.
2) Access to affordable sensors and modules, as well as protocols, is limited in Iran.
3) There is a lack of accessible multi-purpose IoT platforms in Iran to process and analyze sensor data in real-time.
Internet of Things, wearable devices and the connected life
Presentation by Dr. Sankalpa Gamwarige, Vice President – Engineering and General Manager at Zone24x7, conducted at the Jaffna IT Week 2014 in University of Jaffna
Reference Video - http://youtu.be/1XTEWOeX5bA
[A Day in the Life of the IoT by Texas Instruments]
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