Emerging technologies in 2013
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A view of where technology will go at the beginning of 2013. The insights are focused on nextgen tech like gesture, voice, networking trend, infrastructure changes and the possibilities of a world that consumes these technologies.
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Hello everyone iam rahul srivastava 4t semister from uim i was making this slides for the awanress of technique uses in IOT. NFC what is Nfc Uses of iot challenges of iot and final thought.
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Talking to kafka
Starting with a Coke Vending Machine in 1982, IOT devices are now more popular than ever with more than 7 billion devices connected to the internet. Every device produces a massive amount of data and it can be used to make our life more comfortable, but every device has its own libraries and integrations so it can be quite difficult to acquire the data.
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5 technology that will redefine a post covid 19 aleena
Virtual meetings will continue to be widely used as companies experience benefits of reduced travel costs and increased accessibility. Technologies like IoT fleet tracking systems and 5G networking can improve operational efficiency for field operators through remote monitoring and high-speed internet access. Holographic telepresence may allow for even more advanced communication through 3D video conferencing. Collaborative robots, or "cobots", also have potential to enhance manufacturing by assisting workers through improved sensors while increasing flexibility and return on investment.
Quad Graphics nfc mit
Near Field Communications (NFC) technology allows for interactive print campaigns without requiring an app. Quad/Graphics' NFC platform can embed tags in print materials and deliver cloud-based content when scanned. An NFC case study involved embedding over 500,000 tags in Wired magazine issues mailed to subscribers. Readers could launch a Lexus video and interact with a virtual car console without downloading an app, generating media coverage for both Wired and Lexus.
TRENDS AND CHALLENGES IN THE DAWN OF INTERNET OF THINGS ERA
1) The document discusses trends and challenges in the emerging field of the Internet of Things (IoT), which connects physical objects through internet connectivity and sensors.
2) Key enabling technologies for IoT include RFID, NFC, barcodes, QR codes, IPv6, and Bluetooth Smart devices.
3) Major issues in implementing IoT on a large scale involve lack of standardization, managing the huge number of connected devices, ensuring real-time performance, and addressing privacy and security threats posed by interconnected devices.
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Thinaire is a mobile technology company that provides a cloud-based platform enabling brands, marketers, agencies, developers and media owners to create, deploy, and measure NFC marketing campaigns. The platform allows companies to engage mobile users by combining mobile technologies like NFC, QR codes, and SMS with physical objects, bringing the offline world online. Thinaire provides tools for marketers to deploy, manage and measure these interactive campaigns across various media platforms.
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Nfc in iot.pptx
Hello everyone iam rahul srivastava 4t semister from uim i was making this slides for the awanress of technique uses in IOT. NFC what is Nfc Uses of iot challenges of iot and final thought.
IoT In Smart Green Environments
In the world of IoT, even the cows will be connected and monitored. Sensors are implanted in the ears of cattle. This allows farmers to monitor cows’ health and track their movements, ensuring a healthier, more plentiful supply of milk and meat for people to consume. On average, each cow generates about 200 MB of information per year.
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During the presentation. Bogdan talks about integrating the Google Assistant with Apache Kafka and how you can make your systems to react to voice commands.
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This document discusses the use of Android to power the Internet of Things (IoT). It provides context on smart cities and the growth of connected devices. Key points made include that Android is well-suited for IoT due to its power efficiency, ease of development, and ability to connect devices. Specific Android-powered IoT platforms and tools are mentioned, such as Bluetooth Smart, Xively for data logging, and Google's efforts in the space. Issues around standardization, scale, and privacy of isolated IoT networks are also addressed.
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Virtual meetings will continue to be widely used as companies experience benefits of reduced travel costs and increased accessibility. Technologies like IoT fleet tracking systems and 5G networking can improve operational efficiency for field operators through remote monitoring and high-speed internet access. Holographic telepresence may allow for even more advanced communication through 3D video conferencing. Collaborative robots, or "cobots", also have potential to enhance manufacturing by assisting workers through improved sensors while increasing flexibility and return on investment.
Quad Graphics nfc mit
Near Field Communications (NFC) technology allows for interactive print campaigns without requiring an app. Quad/Graphics' NFC platform can embed tags in print materials and deliver cloud-based content when scanned. An NFC case study involved embedding over 500,000 tags in Wired magazine issues mailed to subscribers. Readers could launch a Lexus video and interact with a virtual car console without downloading an app, generating media coverage for both Wired and Lexus.
TRENDS AND CHALLENGES IN THE DAWN OF INTERNET OF THINGS ERA
1) The document discusses trends and challenges in the emerging field of the Internet of Things (IoT), which connects physical objects through internet connectivity and sensors.
2) Key enabling technologies for IoT include RFID, NFC, barcodes, QR codes, IPv6, and Bluetooth Smart devices.
3) Major issues in implementing IoT on a large scale involve lack of standardization, managing the huge number of connected devices, ensuring real-time performance, and addressing privacy and security threats posed by interconnected devices.
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Thinaire is a mobile technology company that provides a cloud-based platform enabling brands, marketers, agencies, developers and media owners to create, deploy, and measure NFC marketing campaigns. The platform allows companies to engage mobile users by combining mobile technologies like NFC, QR codes, and SMS with physical objects, bringing the offline world online. Thinaire provides tools for marketers to deploy, manage and measure these interactive campaigns across various media platforms.
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The end game is to create an IoT network with a clear vision from beginning to the end is enabled, effectively creating the concept of a “glass pipeline” where visibility and data is available throughout an items journey.
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The document defines mobile computing as computing that is not restricted to a desktop and allows users to access information from any location through portable wireless devices. It discusses that mobile computing enables connectivity anywhere and anytime through technologies like laptops, tablets, e-readers and smartphones. Some challenges of mobile computing include low bandwidth, security issues, and varying network delays due to mobility.
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Ubiquitous computing is one of the most prodiously growing topic which will be covering all facets of life.In the course of ordinary activities, someone "using" ubiquitous computing engages many computational devices and systems simultaneously, and may not necessarily even be aware that they are doing so. This model is considered an advancement from the older desktop paradigm. More formally, ubiquitous computing is defined as "machines that fit the human environment instead of forcing humans to enter theirs".
Ubiquitous Computing
This document presents an introduction to ubiquitous computing. It discusses how ubiquitous computing aims to make many computers available throughout the physical environment, yet make them effectively invisible to the user. It outlines the three waves of computing as mainframes, personal computers, and ubiquitous computing. It also covers key elements of ubiquitous computing including ubiquitous networking, sensing, access, and middleware. Issues with privacy, reliability, and social impact are discussed.
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Ubiquitous computing aims to embed computers into everyday objects to make them invisible. It was envisioned by Mark Weiser as computers spreading into everything around us. Key aspects are devices interacting and coordinating without needing direct human interaction. Challenges include retrofitting environments for ubiquitous computing and ensuring impromptu interoperability and privacy between connected devices.
Pervasive Computing
The document discusses pervasive computing, which refers to microprocessors being embedded everywhere and computing being available anywhere. It is enabled by technologies like mobile internet access, wireless communication, and Bluetooth. Pervasive computing allows access from any device, on any network, with any data. It aims to spread intelligence and connectivity to more or less everything, from ships and aircrafts to coffee mugs and the human body. Some principles of pervasive computing include anytime/anywhere access, physical integration between computing nodes and the physical world, and instantaneous interoperation between devices. Examples of applications include smart clothing, interactive flexible posters, and pill cameras.
Ubiquitous Computing
Ubiquitous computing (ubicomp) refers to computers integrated into everyday objects and activities. The goal is to create an environment where connectivity between devices is always available but unobtrusive. Examples of ubicomp devices include digital audio players, RFID tags, smartphones, and interactive whiteboards. Mark Weiser is considered the father of ubiquitous computing and coined the term in the 1980s.
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The document discusses Near Field Communication (NFC) technology. It defines NFC as a short-range wireless communication standard that allows data exchange between devices within 10 centimeters. The document outlines NFC's technical features, modes of operation including active/passive communication, categories like touch and go/confirm, and common uses like mobile payments, data transfers, and access control. It also compares NFC to other wireless standards like Bluetooth and RFID, highlighting NFC's security, speed and potential for future integration with other technologies.
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This document provides an overview of the Internet of Things (IoT). It discusses why IoT is important, what IoT is, and how to build IoT solutions. Key points include: IoT is expected to connect 20-50 billion devices by 2020; IoT takes advantage of technologies like sensors, networking, cloud computing and APIs; common IoT components include devices, networks, middleware platforms and the cloud; and popular protocols for IoT include MQTT, CoAP, Z-Wave and LoRa for networking, and TR-069, OMA-DM and OSGi for device management. The document also reviews open source and commercial IoT platforms and provides guidelines for designing IoT systems.
What is the 5 Commonly Used Internet of Things Technologies.pdf
One of the most common misconceptions about the Internet of Things is that it's only about connected devices. In reality, the term Internet of Things/IoT applies to anything or everything that can be connected to the Internet, including people and ecosystems.
For example, smartwatches are an example of an IoT device, and so are wearable fitness trackers. Even tablets that support wireless capabilities can be considered IoT devices.
Each of them has its own unique software and hardware components that allow it to send data (over the Internet) to and receive data from other devices and sources, while also operating independently as a unit with built-in processing power.
All these different devices are connected together through a network, and they can then communicate with each other and even collect data from their surroundings and operate autonomously accordingly (a process called machine learning).
Let's see what emerging technologies are available for use in the Internet of Things technologies.
What is the 5 Commonly Used Internet of Things Technologies.pdf
Today, we talk about the 5 wireless technologies commonly used in the Internet of Things technologies. Do you know what are they?
One of the most common misconceptions about the Internet of Things is that it's only about connected devices. In reality, the term Internet of Things/IoT applies to anything or everything that can be connected to the Internet, including people and ecosystems.
For example, smartwatches are an example of an IoT device, and so are wearable fitness trackers. Even tablets that support wireless capabilities can be considered IoT devices.
Each of them has its own unique software and hardware components that allow it to send data (over the Internet) to and receive data from other devices and sources, while also operating independently as a unit with built-in processing power.
All these different devices are connected together through a network, and they can then communicate with each other and even collect data from their surroundings and operate autonomously accordingly (a process called machine learning).
Let's see what emerging technologies are available for use in the Internet of Things technologies.
Mobile os upcoming tech
Modern mobile operating systems combine features of computers with touchscreens and connectivity. Present mobile OSes include BlackBerry, Android, iOS, Symbian, Windows Phone. Upcoming OSes are Ubuntu, Tizen, Firefox OS, Jolla Sailfish, Aliyun, and Open WebOS. New mobile technologies will include flexible screens, cloud storage, NFC payments, infrared keyboards, gesture controls, Bluetooth 4.0, LTE, wireless charging, and stronger glass like Gorilla Glass 3.
cise-pi.ppt
The document proposes a research project called Pervasive Pixels aimed at enabling seamless mobile multimedia collaboration across distances. The goals are to integrate advances in fields like collaborative work, graphical interfaces, spoken language processing, computer vision, and networking to allow contextual information management and harmonizing of physical and virtual environments. The research infrastructure would include instrumented multi-display workspaces, networked mobile devices, and support for a wide range of hardware and software. Functionalities would include conferencing, security, and location-based services to enable ubiquitous multimedia communications.
Mobile Computing: Microsoft Mobile Solutions for Online Learning
The purpose of this presentation is to empower people through intelligent mobile (#TMobilePhones or any smart phone) communication devices and software solutions.
4 g
The document discusses the history and evolution of wireless communication technologies from 1G to 4G. It provides details on the key features and capabilities of 4G technology, including support for data rates up to 1 Gbps, interactive services like video conferencing, and use in applications such as mobile gaming, personal media repositories, and virtual presence. The document also covers some of the challenges in developing 4G technology and possibilities it creates for broadband access and uses like enhanced GPS and telemedicine services.
Io t & amp; industry 4.0,internet of things
The document provides an overview of the Internet of Things (IoT). It defines IoT as the network of physical objects embedded with sensors that collect and exchange data. It describes how IoT works through a process of devices collecting data, communicating it, analyzing it, and acting on it. Some key points made include that the amount of data generated by IoT is expected to grow significantly and IoT connectivity is growing rapidly. The document also outlines common IoT technologies, protocols, communication models, applications and challenges.
Final 5G Presentation
The document discusses some key aspects of 5G technology including its capabilities to support high-speed wireless connectivity of up to 1Gbps, ubiquitous computing across multiple access technologies, wearable devices with AI capabilities, and broadcasting large amounts of data to support thousands of connections. It also discusses how 5G will utilize technologies like nano technology, cloud computing, and all-IP networks to enable a flatter architecture and centralized remote management for users.
Near field communication
The document discusses Near Field Communication (NFC) technology. It provides information on NFC including that it uses 13.56 MHz frequency, has a short transmission range of about 10cm, and allows for touch-tap data transfer. NFC can be used for applications such as contactless payments, ticketing, data sharing, and access control. The document also covers NFC standards development, security concerns, and examples of NFC implementation in India.
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Emerging technologies in 2013
- 2. Infrastructure Near Field Communications (NFC) Fabric-Based infrastructure Ubiquitous Computing
- 3. NFC Mobile Commerce Examples Google Wallet Pay Pass RFID
- 4. Fabric based Infrastructure (FBI) Reduces overall effort to have a system running through AUTOMATION Massive computing power opportunity
- 5. Ubiquitous Computing Computing when you don’t know it. Its post desktop human computer interactions Mobile device handshakes with surroundings
- 7. Cloud Computing Still in the early stages Lots of choice. Cornerstone of Mobility. Not more VPNs. It’s the Wild West
- 8. Mesh Networks You and your devices become part of the computing system Very powerful in cloud based infrastructure conversations as endpoint add to the “Big Data”
- 9. 4G Speed Records: 100 Mbit/s – 1 Gbit/s Speed is essential in the Mobility game. iPad “4G”
- 10. Interfaces Gesture Control Speech Recognition 3d Holographic conferencing
- 11. Gesture Control Touch Track pads & Multi-touch devices Air XBox Kinect, Leap Motion
- 12. Speech Recognition Has come a long way Hands free to a whole new level vLingo, Siri & Dragon
- 13. Holographic Conferencing Phase 1 is E.R.I.C. Enterprise Remote Interactive Conferencing Phase 2 is …