This document provides an overview of the applications of information and communication technology (ICT) across multiple sectors including e-commerce, e-government, healthcare, telecommunications, agriculture, education, transportation, industrial development, and more. ICT applications are discussed in areas like mobile phones, CCTV, Wi-Fi, broadband, space services, radio communication, home appliances, social networks, and satellites. The history of information technology from the pre-mechanical to modern electronic ages is also summarized.
ICT terms & Need for ICT in Agricultural ExtensionDevegowda S R
This document discusses the use of information and communication technologies (ICTs) like computers, the internet, broadcasting, and telephony for agricultural extension. It defines several ICT approaches for agriculture including e-agriculture, e-extension/cyber extension, mobile telephony, innovative radio, decision support systems, management information systems, expert systems, e-learning, and open distance learning. There is a need for ICT in agricultural extension to accelerate agricultural growth, expand knowledge resources, facilitate better information access, supplement inadequate technical manpower, strengthen research-extension-farmer linkages, and empower small and marginal farmers. While India has made progress expanding telecommunications infrastructure, there is still a large gap between urban and rural
A Posteriori Perusal of Mobile ComputingEditor IJCATR
The breakthrough in wireless networking has prompted a new concept of computing, called mobile computing in which users tote
portable
devices have
access to a shared infrastructure, independent of their physical location. Mobile computing is becoming increasingly vital du
e to the
increase in the number of portable computers and the aspiration to have continuous network connectivity to the Internet i
rrespective of the physical
location of the node.
Mobile computing systems
are computing systems that may be readily moved physically and whose computing ability may be
used while they are being moved. Mobile computing has rapidly become a vital new examp
le in today's real world of networked computing systems. It
includes software, hardware and mobile communication. Ranging from wireless laptops to cellular phones and WiFi/Bluetooth
-
enabled PDA‟s to
wireless sensor networks; mobile computing has become ub
iquitous in its influence on our quotidian lives. In this paper various types of mobile
devices are talking and they are inquiring into in details and existing operation systems that are most famed for mentioned d
evices are talking. Another
aim of this pa
per is to point out some of the characteristics, applications, limitations, and issues of mobile computing
Study on Infrastructure Developments of Mobile Generationsijtsrd
Nowadays, as Mobile communication systems have been developing in various ways, people can get better communications and mobility. A long way in a remarkably short time has been achieved in the history of wireless. The first generation 1G has fulfilled the basic mobile voice while the second generation 2G has introduced capacity and coverage. This is followed by the third generation 3G , which has requested data at higher speeds to open the gates for truly "mobile broadband" experience. Furthermore, the fourth generation will be realized as the next generation. 4G provides access to a wide range of telecommunication services, including advanced mobile services, supported by mobile and fixed networks, which are increasingly packet based. This paper explains about the required components of infrastructure in mobile generations from 1G to 4G and also describes the performance of each portion in evolutions of 1G to 4G infrastructure. And then, people can study the introduction of the infrastructure requirements of 5G network technology. Aye Myat Myat Myo | Zar Chi Soe "Study on Infrastructure Developments of Mobile Generations" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26570.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26570/study-on-infrastructure-developments-of-mobile-generations/aye-myat-myat-myo
Important questions on mobile computingBhupesh Rawat
Mobile computing allows transmission of data, voice and video via wireless devices without a physical connection. It involves distributed computing systems and servers that connect through mobile protocols. The key components are portable devices like smartphones and wireless technologies that enable internet access anywhere. Mobility in mobile computing refers to the ability of users and devices to move freely across different locations and networks.
This document discusses the history and evolution of mobile technology. It describes the five generations of mobile phones from 1G to 5G, with increasing data transmission speeds and capabilities. The document also outlines the major mobile operating systems, popular uses of mobile devices like phones and tablets, and both the advantages and disadvantages of mobile technology for business.
The document discusses the evolution of mobile phone systems and the development of personal communication networks (PCN) which aim to integrate wired and wireless networks. It discusses 1st, 2nd, and 3rd generation mobile phone systems. The PCN is envisioned as a system that will provide ubiquitous communication, a single universal phone number, customized services, and high-functionality handsets. The PCN aims to support existing 2nd generation services and provide new services not previously implemented by integrating existing wired and wireless networks.
MOBILE COMPUTING INTRODUCTION-CHARACTERISTICS-APPLICATION OF MOBILE COMPUTING-WIRELESS COMMUNICATION VERSUS MOBILE COMPUTING-WIRELESS COMMUNICATION-ADVANTAGES AND DISADVANTAGES OF MOBILE COMPUTING
This is my final report that i made in my course information communication technology about cell phone system technology
it include all generation of 1g-5g help students to take idea from it thank you happy learning
ICT terms & Need for ICT in Agricultural ExtensionDevegowda S R
This document discusses the use of information and communication technologies (ICTs) like computers, the internet, broadcasting, and telephony for agricultural extension. It defines several ICT approaches for agriculture including e-agriculture, e-extension/cyber extension, mobile telephony, innovative radio, decision support systems, management information systems, expert systems, e-learning, and open distance learning. There is a need for ICT in agricultural extension to accelerate agricultural growth, expand knowledge resources, facilitate better information access, supplement inadequate technical manpower, strengthen research-extension-farmer linkages, and empower small and marginal farmers. While India has made progress expanding telecommunications infrastructure, there is still a large gap between urban and rural
A Posteriori Perusal of Mobile ComputingEditor IJCATR
The breakthrough in wireless networking has prompted a new concept of computing, called mobile computing in which users tote
portable
devices have
access to a shared infrastructure, independent of their physical location. Mobile computing is becoming increasingly vital du
e to the
increase in the number of portable computers and the aspiration to have continuous network connectivity to the Internet i
rrespective of the physical
location of the node.
Mobile computing systems
are computing systems that may be readily moved physically and whose computing ability may be
used while they are being moved. Mobile computing has rapidly become a vital new examp
le in today's real world of networked computing systems. It
includes software, hardware and mobile communication. Ranging from wireless laptops to cellular phones and WiFi/Bluetooth
-
enabled PDA‟s to
wireless sensor networks; mobile computing has become ub
iquitous in its influence on our quotidian lives. In this paper various types of mobile
devices are talking and they are inquiring into in details and existing operation systems that are most famed for mentioned d
evices are talking. Another
aim of this pa
per is to point out some of the characteristics, applications, limitations, and issues of mobile computing
Study on Infrastructure Developments of Mobile Generationsijtsrd
Nowadays, as Mobile communication systems have been developing in various ways, people can get better communications and mobility. A long way in a remarkably short time has been achieved in the history of wireless. The first generation 1G has fulfilled the basic mobile voice while the second generation 2G has introduced capacity and coverage. This is followed by the third generation 3G , which has requested data at higher speeds to open the gates for truly "mobile broadband" experience. Furthermore, the fourth generation will be realized as the next generation. 4G provides access to a wide range of telecommunication services, including advanced mobile services, supported by mobile and fixed networks, which are increasingly packet based. This paper explains about the required components of infrastructure in mobile generations from 1G to 4G and also describes the performance of each portion in evolutions of 1G to 4G infrastructure. And then, people can study the introduction of the infrastructure requirements of 5G network technology. Aye Myat Myat Myo | Zar Chi Soe "Study on Infrastructure Developments of Mobile Generations" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26570.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26570/study-on-infrastructure-developments-of-mobile-generations/aye-myat-myat-myo
Important questions on mobile computingBhupesh Rawat
Mobile computing allows transmission of data, voice and video via wireless devices without a physical connection. It involves distributed computing systems and servers that connect through mobile protocols. The key components are portable devices like smartphones and wireless technologies that enable internet access anywhere. Mobility in mobile computing refers to the ability of users and devices to move freely across different locations and networks.
This document discusses the history and evolution of mobile technology. It describes the five generations of mobile phones from 1G to 5G, with increasing data transmission speeds and capabilities. The document also outlines the major mobile operating systems, popular uses of mobile devices like phones and tablets, and both the advantages and disadvantages of mobile technology for business.
The document discusses the evolution of mobile phone systems and the development of personal communication networks (PCN) which aim to integrate wired and wireless networks. It discusses 1st, 2nd, and 3rd generation mobile phone systems. The PCN is envisioned as a system that will provide ubiquitous communication, a single universal phone number, customized services, and high-functionality handsets. The PCN aims to support existing 2nd generation services and provide new services not previously implemented by integrating existing wired and wireless networks.
MOBILE COMPUTING INTRODUCTION-CHARACTERISTICS-APPLICATION OF MOBILE COMPUTING-WIRELESS COMMUNICATION VERSUS MOBILE COMPUTING-WIRELESS COMMUNICATION-ADVANTAGES AND DISADVANTAGES OF MOBILE COMPUTING
This is my final report that i made in my course information communication technology about cell phone system technology
it include all generation of 1g-5g help students to take idea from it thank you happy learning
An Overview of 5G Wireless Cellular TechnologiesEditor IJCATR
This document provides an overview of 5G wireless cellular technologies. It discusses the evolution of wireless technologies from 1G to 5G, comparing key aspects like data bandwidth, switching, and core networks. 5G is expected to offer speeds over 1Gbps, fully packetized networks, and be based on an all-IP platform. 5G architecture will utilize cloud computing and allow access to applications from any internet-connected device. 5G will provide improved quality of service for applications like video and offer globally accessible high-speed connectivity and services.
Comparative Study on Mobile Switching Center of Mobile Generationsijtsrd
The world of mobile wireless communication is rapidly developing. The last few years have experience a remarkable growth in wireless industry. Just within a decade, an evolution of wireless service people used every day can be completely dumbfounded from the roots of analog based first generation service 1G to today's truly broadband ready fourth generation networks. The ever growing demands for higher data rates, greater capacity and better quality of services triggered operations to come up with new network technologies. There are many improvements of mobile generations in the world of telecommunication. Mobile Switching Center can perform various types of function in mobile communication. It also connects VLR Visitor Location Register , HLR Home Location Register , AuC Authentication Center and EIR Equipment Identity Register and they are essential needing for mobile communication. This paper represents the introduction about evolution from 1G to 4G system and discusses about the main elements in Mobile Switching Center eventually it includes comparison of Mobile Switching Center in every mobile generations. Aye Myat Myat Myo | Zar Chi Soe "Comparative Study on Mobile Switching Center of Mobile Generations" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26643.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26643/comparative-study-on-mobile-switching-center-of-mobile-generations/aye-myat-myat-myo
This document summarizes the evolution of wireless mobile communication systems from 1G to 5G. It discusses the key technologies and features of each generation. 1G systems used analog signals for voice calls. 2G introduced digital encryption and SMS. 3G enabled faster speeds and services like video calls and internet access. 4G provides further increased speeds up to 1Gbps and is based on LTE. 5G is expected to offer much higher speeds and bandwidth, near unlimited connectivity, low latency, and new applications through convergence of technologies like cloud computing and nanotechnology. It is predicted 5G will revolutionize wireless communications and be a major driver of social and economic development.
Mobile computing allows users to access information and computing resources anywhere without being restricted to a fixed location. It utilizes wireless technologies like cellular networks, WiFi, and satellites to connect devices. Common mobile devices include laptops, tablets, and phones. Mobile computing enables various applications in fields like healthcare, retail, and travel. However, it faces challenges from limited bandwidth, security issues, device power consumption, and potential health effects of wireless transmissions.
IRJET- Mobile Ad Hoc Network (MANET): Applications, Benefits and Performance ...IRJET Journal
This document summarizes a research paper on Mobile Ad Hoc Networks (MANETs). It discusses MANETs as self-configuring wireless networks without a fixed infrastructure. Key points:
1) MANETs allow nodes to move freely and dynamically change connections. They are useful for applications like military operations and disaster response where infrastructure is not present.
2) Performance issues with MANETs include limited bandwidth, dynamic topology changes, lack of resources at nodes, and security vulnerabilities. Routing protocols must account for these challenges.
3) Global positioning systems (GPS) can utilize MANETs, with nodes sharing location data over wireless links. Accuracy improves with more satellite connections or ground station assistance.
Millimeter wave mobile communications for 5 g CellularPoornima E.G.
This document summarizes research on using millimeter wave frequencies for 5G cellular networks as a solution to address increasing bandwidth demands. It discusses how directional antennas and wider channel bandwidth at mm-wave frequencies could enable multi-gigabit mobile data speeds. The document also reviews myths around rain attenuation at mm-wave bands and shows that for small cell sizes of 200m, rain impact is minimal. It presents motivation, methodology and initial measurement results showing 28GHz and 38GHz can be used for cellular with directional antennas.
This document provides an overview of 5G technology and its applications in telecommunications. It discusses the evolution of mobile technologies from 1G to 5G, with each generation offering faster speeds and new capabilities. 5G will provide bandwidth of 1Gbps or higher and allow for unlimited data and call volumes. It will support new services like radio resource management and high altitude platforms. The architecture of 5G networks is described, including the use of an intelligent control system and tunnels to provide network abstraction and routing based on policies. Key features of 5G include high resolution, large bandwidth, advanced billing interfaces, and high quality services.
Mobile computing faces issues such as insufficient bandwidth, security concerns, power consumption, transmission interference, and potential health hazards. Solutions include compression to reduce data transmission size, caching frequently accessed data, switching between cellular and satellite modes depending on location, and battery/chip redesigns to improve power efficiency. Researchers also recommend limiting phone use and choosing lower radiation cell phones to reduce potential health risks.
The Survey on Mobile Computing and its ApplicationsIRJET Journal
The document summarizes mobile computing trends, technologies, and applications. It discusses how mobile computing aims to provide network infrastructure and terminal capabilities to allow computing functions anywhere. Key principles of portability, connectivity, and interactivity are outlined. Recent trends include smaller, lighter devices with various operating systems. Technologies discussed include wireless networks like Bluetooth and WiFi, as well as location-aware services. Applications mentioned business uses to increase productivity as well as entertainment streaming. Limitations and advantages of mobile computing are also presented.
Wireless Application Protocol (WAP) is a standard for accessing information on the Internet via wireless devices like mobile phones. It uses protocols like WTP, WSP, WML and WTLS to provide an optimized experience for narrowband devices. Some key applications of WAP include banking, email, news, and mobile commerce. While it provides portability and convenience, WAP also faces challenges from small screens and slow speeds.
This document provides an overview of mobile communication and wireless networks. It discusses applications such as use in vehicles, emergencies, and business. It also covers a brief history of wireless communication and open research topics like interference and security issues. A simplified reference model is presented showing the protocol stack from the physical to application layers in a wireless environment.
The document discusses 5G mobile technologies and the evolution of networks from 1G to 5G. Some key points:
1) 5G will provide significantly higher bandwidth and data transmission rates compared to previous generations. It will allow seamless connectivity globally.
2) Each generation (1G to 5G) provides improved technologies over the last, increasing bandwidth, functionality and connectivity. 5G will be based on an all-IP infrastructure using IPv6 to provide uniform services.
3) 5G aims to use network resources more efficiently through techniques like combining bandwidth from multiple overlapping networks and intelligent distribution of internet access within buildings.
5G Technology stands for the 5th Generation Mobile technology. 5G is a next major phase of mobile telecommunications standards beyond the 4G standards. 5G is expected to provide speed upto 10Gbit/s, wider frequency band,
high increased peak bit rate, high system spectral efficiency, ubiquitous connectivity and a significant increase in QoS as
compared to current 4G technology. Evolution of mobile communication technology to 5G is discussed in this review, followed by protocol stack and 5G architecture. A wide comparison is given between the various generations so as to compare why 5G technology is better and needed.
A survey on multiple access technologies beyond fourth generation wireless co...ijceronline
The future of mobile wireless communication networks will include existing 3rd generation, 4th generation 5th generation,6th generation (with very high data rates Quality of Service (QoS) and service applications) and 7th generation (with space roaming). Mobile and wireless networks have made tremendous growth in the last fifteen years. The rapid improvement of the mobile generations was for the purpose of supporting as many mobile devices as possible that could benefit the users at anytime and anywhere in terms of common practical applications such as internet access, video-ondemand, video conferencing system and many more applications. This paper is focused on the specifications of future generations and latest technologies to be used in future wireless mobile communication networks like MIMO, OFDM, OFDMA, Massive MIMO, LTE, LTE-A.
This document provides an overview of mobile computing. It discusses the distinction between wireless and mobile technologies, different mobile devices, challenges of mobile computing including bandwidth limitations and security issues, applications of mobile computing in various industries, and the future of wireless internet access. The document contains content on introduction, definitions, challenges, merits and applications of mobile computing over 16 pages.
Self Prepared material when i didn't find one. It covers basics of communication network evolution and also covers the Key factors in communication network evolution.
This document discusses mobile ad hoc networks (MANETs), which are autonomous wireless networks formed by mobile devices without a fixed infrastructure. It provides an overview of potential MANET applications for emergency situations, enterprise, education, and more. The document also outlines several challenges for MANETs, including routing, service discovery, security, and dealing with the network's dynamic topology without a centralized administration.
The Development of Cellular Mobile Communication SystemYusuf Kurniawan
The document summarizes the development of cellular mobile communication systems from the 1940s to present day. It describes how early mobile radio in the 1920s-1950s faced interference problems. Major advances included the first public mobile phone system in the US in 1940s, increased bandwidth and switching technology in the 1950s-1960s, and the first commercial cellular system being launched in Chicago in 1983. The rapid development of cellular networks in the 1980s-present saw technologies like SMS, internet-enabled phones, and a shift from analog to digital standards like GSM. The basic principles of cellular networks including frequency reuse, cell structures, and analog versus digital transmission methods are also outlined.
The Pros And Cons Of Long-Distance CommunicationSusan Kennedy
Cell phones transmit voice calls and data using cellular networks, allowing mobility. Fax machines transmit scanned printed materials like text and images between fax machines over telephone lines. Pagers receive numeric, text, or voice messages from pager systems and can acknowledge messages on two-way pagers.
The document discusses various aspects of information technology and communication. It defines IT and describes how communication enables the exchange of information. It outlines different modes of communication used in IT like email, social media, phone calls and video conferencing. It also discusses how IT has made communication faster, more secure and allows easy exchange of thoughts. Key benefits of IT and ICT include applications in education, health care, government efficiency and more. Emerging technologies discussed include wireless networks, GPS and 3G mobile networks.
Comparative Study of Optic Fibre and Wireless Technologies in Internet Connec...Editor IJCATR
Most of the activities going on in the world today demand information and data sharing in one form or the other.
Consequently, the Internet and its connectivity has gradually become a household concern. The connection to the Internet requires
physical transfer of signal (data/information) from one point to another. This can either be through physical medium (wire) or through
the air (wireless). This paper a comparative study of Fiber Optics and Wireless Technologies in Internet connectivity seeks to identify
which of the two technologies is better for signal transmission in terms of bandwidth utilization, performance, reliability, cost
effectiveness, resilience, and security. The study adopted the use of secondary sources for the sourcing of materials. A lot of journal
articles, research publications, testbooks, white papers and many more were critically studies and comparatively analysed. It was clear
that both media have hitches and challenges. The study showed that although initial cost of acquisition is an inhibitive factor for fibre
optic connection, unlimited bandwidth delivery and high Quality of Service (QoS) placed Fiber optics above wireless connectivity in
their overall performance.
An Overview of 5G Wireless Cellular TechnologiesEditor IJCATR
This document provides an overview of 5G wireless cellular technologies. It discusses the evolution of wireless technologies from 1G to 5G, comparing key aspects like data bandwidth, switching, and core networks. 5G is expected to offer speeds over 1Gbps, fully packetized networks, and be based on an all-IP platform. 5G architecture will utilize cloud computing and allow access to applications from any internet-connected device. 5G will provide improved quality of service for applications like video and offer globally accessible high-speed connectivity and services.
Comparative Study on Mobile Switching Center of Mobile Generationsijtsrd
The world of mobile wireless communication is rapidly developing. The last few years have experience a remarkable growth in wireless industry. Just within a decade, an evolution of wireless service people used every day can be completely dumbfounded from the roots of analog based first generation service 1G to today's truly broadband ready fourth generation networks. The ever growing demands for higher data rates, greater capacity and better quality of services triggered operations to come up with new network technologies. There are many improvements of mobile generations in the world of telecommunication. Mobile Switching Center can perform various types of function in mobile communication. It also connects VLR Visitor Location Register , HLR Home Location Register , AuC Authentication Center and EIR Equipment Identity Register and they are essential needing for mobile communication. This paper represents the introduction about evolution from 1G to 4G system and discusses about the main elements in Mobile Switching Center eventually it includes comparison of Mobile Switching Center in every mobile generations. Aye Myat Myat Myo | Zar Chi Soe "Comparative Study on Mobile Switching Center of Mobile Generations" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-3 | Issue-5 , August 2019, URL: https://www.ijtsrd.com/papers/ijtsrd26643.pdfPaper URL: https://www.ijtsrd.com/engineering/electronics-and-communication-engineering/26643/comparative-study-on-mobile-switching-center-of-mobile-generations/aye-myat-myat-myo
This document summarizes the evolution of wireless mobile communication systems from 1G to 5G. It discusses the key technologies and features of each generation. 1G systems used analog signals for voice calls. 2G introduced digital encryption and SMS. 3G enabled faster speeds and services like video calls and internet access. 4G provides further increased speeds up to 1Gbps and is based on LTE. 5G is expected to offer much higher speeds and bandwidth, near unlimited connectivity, low latency, and new applications through convergence of technologies like cloud computing and nanotechnology. It is predicted 5G will revolutionize wireless communications and be a major driver of social and economic development.
Mobile computing allows users to access information and computing resources anywhere without being restricted to a fixed location. It utilizes wireless technologies like cellular networks, WiFi, and satellites to connect devices. Common mobile devices include laptops, tablets, and phones. Mobile computing enables various applications in fields like healthcare, retail, and travel. However, it faces challenges from limited bandwidth, security issues, device power consumption, and potential health effects of wireless transmissions.
IRJET- Mobile Ad Hoc Network (MANET): Applications, Benefits and Performance ...IRJET Journal
This document summarizes a research paper on Mobile Ad Hoc Networks (MANETs). It discusses MANETs as self-configuring wireless networks without a fixed infrastructure. Key points:
1) MANETs allow nodes to move freely and dynamically change connections. They are useful for applications like military operations and disaster response where infrastructure is not present.
2) Performance issues with MANETs include limited bandwidth, dynamic topology changes, lack of resources at nodes, and security vulnerabilities. Routing protocols must account for these challenges.
3) Global positioning systems (GPS) can utilize MANETs, with nodes sharing location data over wireless links. Accuracy improves with more satellite connections or ground station assistance.
Millimeter wave mobile communications for 5 g CellularPoornima E.G.
This document summarizes research on using millimeter wave frequencies for 5G cellular networks as a solution to address increasing bandwidth demands. It discusses how directional antennas and wider channel bandwidth at mm-wave frequencies could enable multi-gigabit mobile data speeds. The document also reviews myths around rain attenuation at mm-wave bands and shows that for small cell sizes of 200m, rain impact is minimal. It presents motivation, methodology and initial measurement results showing 28GHz and 38GHz can be used for cellular with directional antennas.
This document provides an overview of 5G technology and its applications in telecommunications. It discusses the evolution of mobile technologies from 1G to 5G, with each generation offering faster speeds and new capabilities. 5G will provide bandwidth of 1Gbps or higher and allow for unlimited data and call volumes. It will support new services like radio resource management and high altitude platforms. The architecture of 5G networks is described, including the use of an intelligent control system and tunnels to provide network abstraction and routing based on policies. Key features of 5G include high resolution, large bandwidth, advanced billing interfaces, and high quality services.
Mobile computing faces issues such as insufficient bandwidth, security concerns, power consumption, transmission interference, and potential health hazards. Solutions include compression to reduce data transmission size, caching frequently accessed data, switching between cellular and satellite modes depending on location, and battery/chip redesigns to improve power efficiency. Researchers also recommend limiting phone use and choosing lower radiation cell phones to reduce potential health risks.
The Survey on Mobile Computing and its ApplicationsIRJET Journal
The document summarizes mobile computing trends, technologies, and applications. It discusses how mobile computing aims to provide network infrastructure and terminal capabilities to allow computing functions anywhere. Key principles of portability, connectivity, and interactivity are outlined. Recent trends include smaller, lighter devices with various operating systems. Technologies discussed include wireless networks like Bluetooth and WiFi, as well as location-aware services. Applications mentioned business uses to increase productivity as well as entertainment streaming. Limitations and advantages of mobile computing are also presented.
Wireless Application Protocol (WAP) is a standard for accessing information on the Internet via wireless devices like mobile phones. It uses protocols like WTP, WSP, WML and WTLS to provide an optimized experience for narrowband devices. Some key applications of WAP include banking, email, news, and mobile commerce. While it provides portability and convenience, WAP also faces challenges from small screens and slow speeds.
This document provides an overview of mobile communication and wireless networks. It discusses applications such as use in vehicles, emergencies, and business. It also covers a brief history of wireless communication and open research topics like interference and security issues. A simplified reference model is presented showing the protocol stack from the physical to application layers in a wireless environment.
The document discusses 5G mobile technologies and the evolution of networks from 1G to 5G. Some key points:
1) 5G will provide significantly higher bandwidth and data transmission rates compared to previous generations. It will allow seamless connectivity globally.
2) Each generation (1G to 5G) provides improved technologies over the last, increasing bandwidth, functionality and connectivity. 5G will be based on an all-IP infrastructure using IPv6 to provide uniform services.
3) 5G aims to use network resources more efficiently through techniques like combining bandwidth from multiple overlapping networks and intelligent distribution of internet access within buildings.
5G Technology stands for the 5th Generation Mobile technology. 5G is a next major phase of mobile telecommunications standards beyond the 4G standards. 5G is expected to provide speed upto 10Gbit/s, wider frequency band,
high increased peak bit rate, high system spectral efficiency, ubiquitous connectivity and a significant increase in QoS as
compared to current 4G technology. Evolution of mobile communication technology to 5G is discussed in this review, followed by protocol stack and 5G architecture. A wide comparison is given between the various generations so as to compare why 5G technology is better and needed.
A survey on multiple access technologies beyond fourth generation wireless co...ijceronline
The future of mobile wireless communication networks will include existing 3rd generation, 4th generation 5th generation,6th generation (with very high data rates Quality of Service (QoS) and service applications) and 7th generation (with space roaming). Mobile and wireless networks have made tremendous growth in the last fifteen years. The rapid improvement of the mobile generations was for the purpose of supporting as many mobile devices as possible that could benefit the users at anytime and anywhere in terms of common practical applications such as internet access, video-ondemand, video conferencing system and many more applications. This paper is focused on the specifications of future generations and latest technologies to be used in future wireless mobile communication networks like MIMO, OFDM, OFDMA, Massive MIMO, LTE, LTE-A.
This document provides an overview of mobile computing. It discusses the distinction between wireless and mobile technologies, different mobile devices, challenges of mobile computing including bandwidth limitations and security issues, applications of mobile computing in various industries, and the future of wireless internet access. The document contains content on introduction, definitions, challenges, merits and applications of mobile computing over 16 pages.
Self Prepared material when i didn't find one. It covers basics of communication network evolution and also covers the Key factors in communication network evolution.
This document discusses mobile ad hoc networks (MANETs), which are autonomous wireless networks formed by mobile devices without a fixed infrastructure. It provides an overview of potential MANET applications for emergency situations, enterprise, education, and more. The document also outlines several challenges for MANETs, including routing, service discovery, security, and dealing with the network's dynamic topology without a centralized administration.
The Development of Cellular Mobile Communication SystemYusuf Kurniawan
The document summarizes the development of cellular mobile communication systems from the 1940s to present day. It describes how early mobile radio in the 1920s-1950s faced interference problems. Major advances included the first public mobile phone system in the US in 1940s, increased bandwidth and switching technology in the 1950s-1960s, and the first commercial cellular system being launched in Chicago in 1983. The rapid development of cellular networks in the 1980s-present saw technologies like SMS, internet-enabled phones, and a shift from analog to digital standards like GSM. The basic principles of cellular networks including frequency reuse, cell structures, and analog versus digital transmission methods are also outlined.
The Pros And Cons Of Long-Distance CommunicationSusan Kennedy
Cell phones transmit voice calls and data using cellular networks, allowing mobility. Fax machines transmit scanned printed materials like text and images between fax machines over telephone lines. Pagers receive numeric, text, or voice messages from pager systems and can acknowledge messages on two-way pagers.
The document discusses various aspects of information technology and communication. It defines IT and describes how communication enables the exchange of information. It outlines different modes of communication used in IT like email, social media, phone calls and video conferencing. It also discusses how IT has made communication faster, more secure and allows easy exchange of thoughts. Key benefits of IT and ICT include applications in education, health care, government efficiency and more. Emerging technologies discussed include wireless networks, GPS and 3G mobile networks.
Comparative Study of Optic Fibre and Wireless Technologies in Internet Connec...Editor IJCATR
Most of the activities going on in the world today demand information and data sharing in one form or the other.
Consequently, the Internet and its connectivity has gradually become a household concern. The connection to the Internet requires
physical transfer of signal (data/information) from one point to another. This can either be through physical medium (wire) or through
the air (wireless). This paper a comparative study of Fiber Optics and Wireless Technologies in Internet connectivity seeks to identify
which of the two technologies is better for signal transmission in terms of bandwidth utilization, performance, reliability, cost
effectiveness, resilience, and security. The study adopted the use of secondary sources for the sourcing of materials. A lot of journal
articles, research publications, testbooks, white papers and many more were critically studies and comparatively analysed. It was clear
that both media have hitches and challenges. The study showed that although initial cost of acquisition is an inhibitive factor for fibre
optic connection, unlimited bandwidth delivery and high Quality of Service (QoS) placed Fiber optics above wireless connectivity in
their overall performance.
A Posteriori Perusal of Mobile ComputingEditor IJCATR
This document discusses mobile computing, including its history and characteristics. It describes how mobile computing has evolved from devices with large antennas to communicate simple messages to today's personal computers that can perform most functions wirelessly. The document outlines the key components of mobile computing including hardware, system/application software, and communication mediums. It also describes various mobile computing devices such as personal digital assistants, smartphones, tablet PCs, ultra-mobile PCs, wearable computers, and e-readers.
Hop- by- Hop Message Authentication and Wormhole Detection Mechanism in Wirel...Editor IJCATR
This document discusses the history and characteristics of mobile computing. It describes how mobile computing has evolved from devices with large antennas to transmit simple messages to today's smartphones and laptops with wireless connectivity. The key characteristics of mobile computing include portable hardware like laptops and smartphones, mobile operating systems like Android and Windows, and software applications. Mobile computing allows users access to data from anywhere through wireless communication networks.
INFORMATION AND COMMUNICATION TECHNOLOGY.pptxReymondDalupang
Information and communication technology (ICT) refers to all technologies used for communication purposes and includes computer hardware and software, internet, broadcasting, telecommunications, intelligent building management systems, and network-based control and monitoring functions. ICT influences all aspects of modern life and has advantages like cost-effectiveness, global connectivity, and new job opportunities, but also disadvantages like privacy issues, computer viruses, addiction to technology, and job losses. Key components of ICT include computer technology, network technology, communication technology, telecommunication, radio communication, satellite communication, and fiber optic communication.
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1. TITLE
THRUST AREA : SHELTER
FOCUS : APPLICATION OF INFORMATION AND
COMMUNICATION TECHNOLOGY
AUTHORS
S. THARABAI AMIE, M.TECH - CSE
S. YAMINI B. COM
KEYWORDS
History of Information Technology, Applications of ICT, E - Commerce,
E - Government, Medical & E-Health, Tele Communication, Cell Phone, CCTV,
Wi-Fi, Space services, Radio Communication, Broadband, Agriculture, Educa-
tion, Transport, Industrial Development, Urbanisation, Social Networks, Radars
& Satellite, Home Appliances, Security & Military, Aviation, E-Library & E-
Book
2. 1. Introduction
1.1 History Of Information Technology
Information technology has been around for a long, long time. There are 4 main ages
that divide up the history of information technology. They are,
• Pre mechanical
The pre mechanical age is the earliest age of information technology. It can be defined as the
time between 3000B.C. and 1450A.D. The popular model of that time was the abacus.
• Mechanical
The mechanical age can be defined as the time between 1450 and 1840. Blaise Pascal invent-
ed the Pascaline which was a very popular mechanical computer. Charles Babbage developed
the difference engine.
• Electromechanical
The electromechanical age can be defined as the time between 1840 and 1940.The first large-
scale automatic digital computer in the United States was the Mark 1 created by Harvard Uni-
versity around 1940. This computer was 8ft high, 50ft long, 2ft wide, and weighed 5 tons -
HUGE. It was programmed using punch cards.
• Electronic
The electronic age is wha we currently live in. It can be defined as the time between 1940 and
right now. The ENIAC was the first high-speed, digital computer capable of being repro-
grammed to solve a full range of computing problems. The fourth and latest generation
brought in CPUs which contained memory, logic, and control circuits all on a single chip.
The personal computer was developed (Apple II). The graphical user interface (GUI) was de-
veloped.
Windows OS and Desk top computers played their role for several decades. MAC OS and
Lap Tops are the latest Smart computers.
2. Applications of Information and CommunicationTechnology
The ICT supports information flow, access, storage, shared resources, and proper use
of information in real time for decision-making. In order to provide information at a very high
speed at any time and at any place, we need a communication network and media. These are
internet, telephone, mobile phone, TV, radio and office automation systems such as word-pro-
cessing, fax, audio conferencing, video conferencing, computer conferencing, multimedia,
etc, through the use of networks of satellite and fibre optics.
3. Electronic Commerce
3.1 E-commerce
eCommerce means trading of products or services using computer networks.E-Busi-
ness is automated exchange of messages (for example, orders, invoices, payment transactions
or description of goods) inside an enterprise and with other ICT systems outside the enterprise
using the Internet or other computer networks in harmonized format which allows to process
data automatically (for example, XML, EDIFACT, etc.) without requiring to write the mes-
sage manually.
3. Fig 1. ICT in E-Commerce
3.2 E-Government
eGovernment is the use of information and communication technologies (ICTs) to
improve the activities of public sector organisations. Information and Communication
Technologies (ICTs) play a key role in development & Economic growth of Rural India. Polit-
ical, Cultural, Socio-economic Developmental & Behavioural decisions today rests on the
ability to access, gather, analyze and utilize Information and Knowledge. ICT is the conduits
that transmit information and knowledge to individual to widen their choices for Economic
and social empowerment. In near future people will be carrying a handheld computer con-
nected to the Web to get the information about the World at their fingertips.
4. Medical and E-Health
4.1 ICT in Medicine
Computers are used in hospitals to monitor critically ill patients in intensive care units.
The patient has sensors attached to him which detect changes in heart rate, pulse rate, blood
pressure, breathing and brain activity. If any of these fall below a preset level the computer
sounds an alarm and alerts the medical staff. The data is also logged and used to analyse the
changes in a patient’s condition over a period of time,
4.2 E-Health
eHealth is the use of information and communication technologies (ICT) for health.
Ex: include treating patients, educating the health workforce, tracking diseases and monitor-
ing public health. A body scanner sends electromagnetic rays through a patient’s body and
sensors detect how much different parts of the body absorb the rays. A computer uses this data
to build up an image of the inside of a patient’s body to give treatments. E-environment is
used to control pollution and facilitate global health care.
4. 5. Tele communication
A telecommunications network is a collection of terminal nodes, links are connected
so as to enable telecommunication between the terminals. The transmission links connect the
nodes together. The nodes use circuit switching, message switching or packet switching to
pass the signal through the correct links and nodes to reach the correct destination terminal.
Each terminal in the network usually has a unique address so messages or connections can be
routed to the correct recipients. The collection of addresses in the network is called the ad-
dress space.
5.1 Examples of telecommunications networks are:
• computer networks
• the Internet
• the telephone network
• the global Telex network
• the aeronautical ACARS network
6. Cell Phones / Mobile Phones
A mobile phone is a portable telephone that can make and receive calls over a r a-
dio frequency carrier while the user is moving within a telephone service area. A mobile
phone is a portable telephone that can make and receive calls over a radio frequency carrier
while the user is moving within a telephone service area. The radio frequency link establishes
a connection to the switching systems of a mobile phone operator, which provides access to
the public switched telephone network (PSTN).
Most modern mobile telephone services use a cellular network architecture, and there-
fore mobile telephones are often also called cellular telephones or cell phones. In addition to
telephony, 2000s-era mobile phones support a variety of other services, such as text messag-
ing, MMS, email, Internet access, short-range wireless communications (infrared, Bluetooth),
business applications, gaming, and digital photography. Mobile phones which offer these and
more general computing capabilities are referred to as smartphones.
7. CCTV
CCTV cameras
CCTV (closed-circuit television) is a TV system in which signals are not publicly dis-
tributed but are monitored. CCTV is used for securing various offices, colleges, home, malls,
Traffic signals, streets, railway stations and banks.
5. Fig 2. CCTV Camera
8. WI - FI
8.1 Wi - Fi Modem
A modem gives you a standard Ethernet cable output that you can plug into any
router and get an Internet connection. A wifi router is a device which simply connects differ-
ent devices, supporting WiFi, together. It is generally found where the ISP (Internet Service
Provider) provides a cable broadband through CAT5/6 cables.
8.2 Broadband
In telecommunications, broadband is a wide bandwidth data transmission with an abil-
ity to simultaneously transport multiple signals and traffic types. In telecommunications,
broadband is a wide bandwidth data transmission with an ability to simultaneously transport
multiple signals and traffic types. The medium can be coaxial cable, optical fiber, radio or
twisted pair.
In the context of Internet access, broadband is used to mean any high-speed Internet access
that is always on and faster than traditional dial-up access.
9. Space Services
9.1 Space services
International coordination, notification and recording procedures for space systems
and earth stations and examination of frequency assignment notices submitted by Administra-
tions (Membership) for inclusion in the Master International Frequency Register (MIFR). The
Space Services Department (SSD) is responsible for coordination and recording procedures
6. for space systems and earth stations. The Department handles capture, processing and publi-
cation of data and carries out examination of frequency assignment notices submitted by ad-
ministrations for inclusion in the formal coordination procedures or recording in the MIFR.
9.2 Terrestrial Services
International coordination, notification and recording procedures for terrestrial sys-
tems and examination of frequency assignment notices submitted by Administrations (Mem-
bership) for inclusion in the Master International Frequency Register (MIFR) and Plans.
Application of administrative procedures dealing with allocation of international
means of identification (call sign series, MIDs) and with safety of life, processing submis-
sions for various service publications and corresponding online information systems.
9.3 Space Services Department (SSD)
The Space Services Department (SSD) is responsible for coordination and recording
procedures for space systems and earth stations. The Department handles capture, processing
and publication of data and carries out examination of frequency assignment notices submit-
ted by administrations for inclusion in the formal coordination procedures or recording in the
Master International Frequency Register (MIFR).
The Department is also responsible for managing the procedures for space related as-
signment or allotment plans of the ITU and for provision of assistance to administrations on
all of the above issues.
9.4 Structure of SSD
Space Publication and Registration Division (SPR)
Space Systems Coordination Division (SSC)
Space Notification and Plans Division (SNP)
9.5 BR IFIC
The BR International Frequency Information Circular (BR IFIC) is a service docu-
ment in DVD-ROM format, published once every two weeks. The Preface describes the con-
tents and the layout of the BR IFIC.
9.6 space plans
Information concerning planned satellite networks and in particular information relat-
ed to provisions for space services subject to a Plan under Appendices 30, 30A and 30B of the
Radio Regulations.
7. 9.7 Cost Recovery
In accordance with Resolution 88 rev of the Plenipotentiary Conference (Marrakech,
2002) and Council Decision 482 modified (C2008), cost recovery is to apply to satellite net-
work filings received by the Radiocommunication Bureau after 7 November 1998.
10. Radio communication
Defined as “a service, involving the transmission, emission and/or reception of radio
waves for specific telecommunication purposes”. Information about electronic filing, space
services publications and databases; also documents related to seminars and workshops orga-
nized by the Radiocommunication Bureau.
10.1 SNL online
Space Network List online provides basic information concerning planned or existing
space stations, earth stations and radio astronomy stations; also it gives information on the use
of the frequency spectrum, on the occupancy of the orbits, on the reference publications and
on pending networks.
10.2 SNS online
The Space Network System online enables access to the SNS database of the Radio-
communication Bureau. It provides the SNS data of planned and non-planned satellite net-
works. A TIES account or a subscription is needed to access the service.
11. Agriculture
Agriculture is a major sector which is vital for the survival of modern man. Plants are
the producers in the food chain, and without them, the life cycle would just not be possible.
Agricultural produce, though highly perishable compared to other food sources, is essential
for survival. Crops are used to produce several food sources by themselves or through by-
products such as bread, powders, organic additives to other goods and the like.
11.1 ICT in Agriculture
In the context of agriculture, the potential of information and communication technol-
ogy (ICT) can be assessed broadly under two heads: (a) as a tool for direct contribution to
agricultural productivity and (b) as an indirect tool for empowering farmers to take informed
and quality decisions which will have positive impact on the way agriculture and allied activi-
ties are conducted. ICT in Agriculture is used to improve GDP, farmers communication,
technologies, global marketing, and finance for farming. Provides sustainable growth to agri-
culture.
8. Fig 3. ICT in Agriculture
12 Education
Worldwide research has shown that ICT can lead to improved student learning and
better teaching methods. A report made by the National Institute of Multimedia Education in
Japan, proved that an increase in student exposure to educational ICT through curriculum
integration has a significant and positive impact on student achievement, especially in terms
of "Knowledge・Comprehension" · "Practical skill" and "Presentation skill”.
12.1 Need for ICT in Education is, it provides
• access to variety of learning resources
• immediacy to information
• anytime learning
• anywhere learning
• collaborative learning
• multimedia approach to education
• authentic and up to date information
• access to online libraries
• teaching of different subjects made interesting
• educational data storage
• distance education
• access to the source of information
• multiple communication channels-e-mail,chat,forum,blogs,etc.
• access to open courseware
• better accesses to children with disabilities
• reduces time on many routine tasks
9. 12.2 E-Learning
E learning with ICT and digital media through guided participation in and across vari-
ous socio-material and cultural practices in everyday life. Learning is always a matter of
learning in practice. People learn with ICT and digital media as an integrated aspect of using
ICT and digital media in the everyday course of living – whether in school, at home or at
work. E-learning is enacted in and enacts practices. Through these enactments, e-learning be-
comes both various ways to become more knowing about the world and to take participate in
the world.
13. Transport
Reducing traffic collision, increasing road capacity, reducing air pollution, reducing
traffic congestion, Google mapping to provide route, security cameras to give traffic guid-
ance.
13.1 Google Map
Real time information flow in transportation is available through updates given to
avoid traffic jams and navigation routing. We know that real time traffic flows obtained
through GPS and electronic displays provide enhanced user experience and travel conve-
nience to passengers. Some examples such as nextbus.com already provide real time informa-
tion on bus schedules. And Google has already integrated traffic data into its Google maps
14. Industrial Development
The industrial revolution led to the development of factories for large-scale produc-
tion, with consequent changes in society.New information and communications technologies
(ICT), in particular high-speed internet, are changing the way companies do business, trans-
forming public service delivery and democratizing innovation. With 10 percent increase in
high speed Internet connections, economic growth increases by 1.3 percent.
15. Urbanaization
The urbanization in India critically analyses the strengths and weaknesses of the In-
dian urban system and provides new insights into contemporary urban problems. Provides
substantial growth. City investments that include a large ICT component can enable the de-
signing of smarter cities that offer a better quality of life for their residents while being more
sustainable and cost efficient. It is not only the residents that stand to benefit from this trend;
governments can meet their objectives faster and more cheaply, while ICT players find them-
selves at the cusp of a whole new market. If these stakeholders hope to play and win in this
uncharted territory, they will need to adopt a new operating paradigm. India’s latest Smart
City programs include 12 major and 8 more cities as minor concentration on urbanised cities.
10. 16. Social Networks
Face book and other social networks such as Tweeter, Google + and Link ID provide
world wide communication of internet users. By the end of this year, almost 44% of house-
holds globally will have Internet access at home, up from 40% last year and 30% in 2010. In
the developed world, 78% of households now have home Internet access, compared to 31% in
developing countries, and just 5% in the 48 UN Least Developed Countries.
16.1 Connecting the world
Internet access in schools has made important strides forward over the past decade. In
developed countries, the vast majority of schools now have broadband Internet, with many
industrialized nations having already reached 100% school connectivity. In developing coun-
tries substantial progress has also been made, but access levels vary widely, not just from
country to country, but also across different regions within nations. More than 16 million
users use facebook and tweeter.
17. Radars & Satellite
17.1 Radars
Radar is something that is in use all around us, although it is normally invisible. Air
traffic control uses radar to track planes both on the ground and in the air, and also to guide
planes in for smooth landings. Police use radar to detect the speed of passing motorists.
NASA uses radar to map the Earth and other planets. Meteorologists use radar to track
storms, hurricanes and tornadoes.
17.2 Satellites
A satellite is an artificial object which has been intentionally placed into orbit. Such
objects are sometimes called artificial satellites to distinguish them from natural satellites
such as Earth's Moon.India launched 20 satellites using a single vehicle recently. In its thirty
sixth flight (PSLV-C34), ISRO's Polar Satellite Launch Vehicle successfully launched the
727.5 kg Cartosat-2 Series Satellite along with 19 co-passenger satellites today morning (June
22, 2016) from Satish Dhawan Space Centre SHAR, Sriharikota. This is the thirty fifth con-
secutively successful mission of PSLV and the fourteenth in its 'XL' configuration. The total
weight of all the 20 satellites carried on-board PSLV-C34 was 1288 kg.
18 . Home appliances
A microprocessor is an electronic circuit or chip that can process data, perform calcu-
lations and act upon the results by issuing instructions. In other words, it is the processing
chip which makes the computer or electronic device work. It is used in home appliances to
control and display.
11. 18.1 some examples of devices in your home that contain microprocessors:
• Washing machines
• Microwave ovans
• Dishwashers
• Electric kettles
• Fridges
• DVD players
• Remote control television
• Hairdryers
• Electric toothbrushes
• Central heating systems
• Burglar Alarm system
• External Security lights
19 Security and Military
19.1 ICT in Security
Current age is that of a cyber warfare. What the the various ICT security issues that
the military face because of its enemies. Especially, cyber crime and cyber security handled
by the security policies.
19.2 ICT in Military services
ICT has huge impact on defense industry and has changed complete operations of de-
fense and equipments. Instead of focusing hardware based equipments, if defense industry
focus on ICT centric outputs for advancements in defense the potentiality will be very strong
for armed forces across the globe. After ICT it was introduced air defense system. In land and
sea superiority the weapon and equipment requirement is very high.
20. Aviation
From start to finish, we will work with you to make the transition process as uncom-
plicated as possible. Whether it is aircraft sale or acquisition, domestic or international, our
experience in the industry will best serve your interests. As your aviation consultant, ICT
Aviation will provide consistant high level of personal service and professionalism.
21. Library Management
Modern ICT is impacting on various aspects of libraries and the information profes-
sion. Advancements in ICT and the wide spread use of ICT is resulting in digital information
sources and digital media replacing and becoming the dominant form of information storage
and retrieval. ICT also survives and makes true rules of Library Science ‘Every reader his/her
book/information’, ‘Save the time of the reader’, ‘Library is a growing organism’.
12. 21. 1 ICT uses in Library Management
• Provide speedy and easy access to information
• Provides remote access to users
• Provides round the clock access to users
• Provides access to unlimited information from different sources
• Provision of Web access to OPAC
• Electronic document deliver
• Networked information resources
• Delivery of information to user desktops
• Online instructions
• Online readers advisory services
• E- Library
• E- Book
22. Conclusion
The applications of Information and Communication Technology and its areas of in-
fluence is required in every aspect of our lives. And its modern facets we wait for.