Pervasive Computing
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Pervasive computing explores embedding computing power into everyday objects to create an intelligent environment where technology is invisible and enhances human abilities. It involves distributing small, networked processing devices everywhere to integrate information processing into daily life and activities. Key aspects include ubiquitous connectivity, accommodating different networks and devices, and easy context-aware interaction and access to information and services. Challenges include privacy, security, control and transparency when computers are everywhere.
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Technique to Delivery Information via the Internet
Similar to Pervasive Computing
Presentation1.pptx
Ubiquitous computing refers to computers being present everywhere and invisible throughout the physical environment. It will involve many embedded devices forming ad hoc networks to provide various services, with one person using multiple computers. To implement this concept, ordinary objects can be converted into smart objects by integrating sensors, processors, and results. Sensors collect data from the environment, processors analyze the data using stored protocols, and results are automated actions. Ubiquitous computing provides benefits like remote healthcare and smart traffic systems but also faces challenges regarding privacy, reliability, and ensuring accessibility for all. It is predicted to continue advancing through cloud computing with cheaper devices accessing cloud services from any location.
Presentation1.pptx
Ubiquitous computing refers to computers being present everywhere and invisible throughout the physical environment. It will involve many embedded devices forming ad hoc networks to provide various services, with one person using multiple computers. To implement this concept, ordinary objects can be converted into smart objects by integrating sensors, processors, and results. Sensors collect data from the environment, processors analyze the data using stored protocols, and results are automated actions. Ubiquitous computing provides benefits like remote healthcare and smart traffic systems but also faces challenges regarding privacy, reliability, and ensuring accessibility for all. It is predicted to continue advancing through cloud computing with cheaper devices accessing cloud services from any location.
Pervasivecomputing 140422034057-phpapp02
This document discusses pervasive computing, which involves embedding microprocessors in everyday objects to allow them to communicate information. It defines pervasive computing, outlines its history and key aspects like smart devices, connectivity through various wireless technologies, and user interfaces. Applications mentioned include healthcare, home automation, and environmental monitoring. Advantages are convenient access to information, but disadvantages include security and privacy risks.
pervasive-computing-09022014092937-pervasive-computing.ppt
Pervasive computing refers to embedding computers and communication technologies into our everyday environments. The goal of pervasive computing is to make computing power invisible but always available whenever needed. It aims to make computers operate seamlessly in the real world through distributed devices that can dynamically discover and interact with each other. Proponents argue that pervasive computing could make human life simpler, safer and more efficient by leveraging ambient intelligence from connected devices. However, privacy, security and technical challenges remain as pervasive systems could gather and share sensitive personal data without user consent.
Mobile computing
Mobile computing allows users to access network services from anywhere using computers while on the move. The architecture of mobile computing includes programming languages like Java, operating systems like Symbian OS and Windows CE, middleware components, and protocols like GSM, UMTS, Bluetooth, and 802.11. Future devices may include pen-like computers that project both monitors and keyboards onto surfaces, bracelet-sized computers, and systems like the "Spider computer" that projects keyboards and images onto walls.
pervasive computing
This document discusses pervasive computing, which refers to embedding microprocessors into everyday objects to make computing available anywhere. It defines pervasive computing, describes its architecture and principles, compares it to ubiquitous computing, and discusses related fields, applications, benefits, limitations, and future directions. Pervasive computing aims to spread intelligence and connectivity through mobile devices, sensors, and other embedded technologies. It will continue affecting more people as networking allows intelligent objects to communicate and share information.
Ws_INREDIS_Publicaciones_científicas_2009-2010
This document summarizes research on using shape memory fabrics to improve the quality of life for people with disabilities. It discusses the methodology, experimental models, applications, and conclusions of the research project. The methodology involves reviewing the state of the art, developing a generic platform, and creating experimental models. The research aims to leverage consolidated technologies like smart textiles as well as emerging technologies to help people with disabilities.
Home Automation
This minor project report describes a home automation system that allows remote control of home appliances via an Android application or web server. The primary objectives are to develop a remote controlled home automation system using Android technology. The system would allow appliances to be operated from a smartphone or tablet through a graphical user interface. It discusses how internet of things technology can connect devices and allow them to communicate electronically. The report outlines how the system would use a microcontroller and relays to control switches and turn appliances on and off based on commands from the remote Android application or web server.
Quality Metrics In Ubiquitous Computing
What is Ubiquitous Computing?
Ubiquitous computing (alias: Pervasive Computing) is a paradigm in which the processing of information is linked with each activity or object as encountered. It involves connecting electronic devices, including embedding microprocessors to communicate information. Devices that use ubiquitous computing have constant availability and are completely connected.
Ubiquitous computing focuses on learning by removing the complexity of computing and increases efficiency while using computing for different daily activities.
Ubiquitous computing is also known as pervasive computing, everyware and ambient intelligence.
PERVASIVE COMPUTING
Pervasive computing involves the interaction of numerous computing devices connected via wired and wireless links. This seminar discusses pervasive computing technologies and applications, including information access, mobility and networking, perceptive interfaces, and real-time applications. It also outlines some ongoing research projects and concludes that pervasive computing continues to affect more populations through regional and cultural influences on the technologies.
The future in high resolution af Preben Mejer
Oplægget blev holdt ved InfinIT-arrangementet "Workshop: Smart Grid & Intelligente Bygninger" afholdt den 1. november 2011.
Læs mere på http://www.infinit.dk/dk/hvad_kan_vi_goere_for_dig/viden/reportager/danske_virksomheder_paa_rette_vej.htm
iot_ppt.pptx
The document discusses the Internet of Things (IoT) in 3 paragraphs:
1) It defines IoT as connecting physical devices to the Internet and using sensors to collect data and turn it into useful insights. This creates new opportunities for businesses and economies.
2) IoT is enabling disruptive changes across industries through technologies like the Industrial Internet which combines machines, analytics and insights.
3) Popular IoT applications include home automation, healthcare devices, smart cities infrastructure, and banking solutions, though security is a major concern that developers must address.
IOT basics
The document discusses the Internet of Things (IoT). It defines IoT as the network of physical objects that communicate with each other and with other internet-enabled systems. The document then provides an overview of common IoT applications in various industries. It also summarizes the typical architecture of an IoT platform and discusses some open source IoT platforms like Contiki and AllJoyn. Finally, it provides a high-level overview of Oracle's IoT platform and its key capabilities.
IEEE Wireless Communications • December 2018 531536-128418$2.docx
IEEE Wireless Communications • December 2018 531536-1284/18/$25.00 © 2018 IEEE
AbstrAct
The consumer Internet of Things (IoT) plat-
forms are gaining high popularity. However, due
to the open nature of wireless communications,
smart home platforms are facing many new chal-
lenges, especially in the aspect of security and
privacy. In this article, we first introduce the archi-
tecture of current popular smart home platforms
and elaborate the functions of each component.
Then we discuss the security and privacy challeng-
es arising from these platforms and review the
state of the art of the proposed countermeasures.
We give a comprehensive survey on several new
attacks on the voice interface of smart home plat-
forms, which aim to gain unauthorized access and
execute over-privileged behaviors to compromise
the user’s privacy. To thwart these attacks, we
propose a novel voice liveness detection system,
which analyzes the wireless signals generated
by IoT devices and the received voice samples
to perform user authentication. We implement
a real-world testbed on Samsung’s SmartThings
platform to evaluate the performance of the pro-
posed system, and demonstrate its effectiveness.
IntroductIon
Internet of Things (IoT) systems are playing a
vital role in the emerging smart home environ-
ment. According to the latest research report, the
smart home market is expected to be valued at
US$137.91 billion by 2023, growing at a com-
pound annual growth rate (CAGR) of 13 per-
cent between 2017 and 2023. Different from the
traditional IoT architecture where devices have
only wired connections, this new IoT paradigm
allows smart devices (e.g., lighting control, access
control, home healthcare, smart kitchen, and
home appliances) to connect with each other via
wireless communications. To foster inter-vendor
compatibility and encourage community-based
software development ecosystems, some major
players in the market have developed a few smart
home platforms to encourage manufacturers to
produce compatible devices and software devel-
opers to develop applications with a uniform
abstraction of smart devices. Prominent examples
of these platforms include Samsung SmartThings,
Apple HomeKit, Google Home, Amazon Echo,
and AllSeen AllJoyn.
In these IoT systems, a wide range of wireless
protocols including WiFi, ZigBee, Z-Wave, and
NB-IoT are supported, which allow different smart
devices to communicate with each other as well
as a local gateway (e.g., a hub or a base station).
For example, the Google Home platform can
work with over 1500 smart devices from more
than 200 brands. Further, the smart devices in the
platform can be remotely controlled by applica-
tions running in the cloud back-end. This feature
reduces the hardware complexity and energy
consumption of smart devices. It also enables
third-party developers to develop customized
applications to achieve their special requirements,
which stimulates a large nu ...
Car Security System #CSALS
This document proposes a smart security system for automobiles using Internet of Things (IoT) technology. The system would secure vehicles by detecting unauthorized activity using sensors like an ignition sensor. It could be controlled remotely via a smartphone app, allowing users to lock their vehicle or track its location using GPS. The system would use technologies like Arduino, PIC microcontrollers, GSM boards, and sensors for temperature, humidity, IR, cameras, magnets and motion. Data captured from IoT sensors could be analyzed on platforms like IBM Bluemix using Hadoop for distributed processing. This smart security system offers advantages like low cost, compatibility with existing tech, applicability even in remote areas, and enhanced security for vehicles.
Chap1 introduction to Pervasive Computing
The document discusses pervasive computing, which integrates mobile communication, embedded computer systems, consumer electronics, and the internet. It defines pervasive computing as intelligence and connectivity existing everywhere through devices. Examples provided include accessing notifications and transactions anytime from any device on any network with any data. Differences between ubiquitous and pervasive computing are defined. Pervasive computing scenarios and infrastructure are described. Applications discussed include automobiles, mobile workplaces, homes, communication environments, and location-based services. Challenges and the future of technologies like cell phones, watches, and implanted devices are also mentioned.
Home appliances’ control system.pptx
This document describes a home appliances control system project based on the Internet of Things. The system uses a Raspberry Pi, Arduino, and various sensors connected to appliances to monitor and control devices remotely via a cloud server. Sensors include PIR for motion detection, DHT22 for temperature and humidity, LDR for light levels, and an IP camera. Homeowners can monitor the sensors and control lights, fans, and other devices from anywhere using the cloud server. The project aims to automate tasks, improve energy efficiency, and provide remote home security monitoring and control.
Pervasive computing
A concept based on the vision described by Mark Weiser nearly a decade ago:
“The most profound technologies are those that disappear. They weave themselves into the fabric of everyday life until they are indistinguishable from it”
Lesson one introduction to mc
Mobile computing allows users to access network services and applications from portable devices anywhere and anytime. It involves wireless communication technologies that power mobile phones, tablets, laptops and other devices. These devices run mobile operating systems like Android and iOS that optimize for limited resources while providing full functionality. Mobile computing has many applications including emergency response, vehicle telematics, e-commerce, industrial automation, home assistance, office productivity and more. It represents a natural evolution of computing towards ubiquitous access through portable, connected devices.
Modern Technology
About modern technology in our modern life. It can be helpful to increase your knowledge.
Thank You.
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pervasive-computing-09022014092937-pervasive-computing.ppt
pervasive-computing-09022014092937-pervasive-computing.ppt
IEEE Wireless Communications • December 2018 531536-128418$2.docx
IEEE Wireless Communications • December 2018 531536-128418$2.docx
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Pervasive Computing
- 2. A dvances in technology allow us to embed computing power into smaller and smaller devices. Ubiquitous computing explores the new possibilities afforded by the fusion of computers with everyday objects . T his talk will take a brief look at the foundations of pervasive computing, and lots more…. Computers E verywhere Pervasive Computing
- 6. Fictional Technologies in SPY KIDS
- 11. Sentilla
- 17. Public keys
- 18. Trust in pervasive computing environments
- 19. Yesterday's Computers Filled Rooms …
- 20. … So Will Tomorrow’s