The unrelenting spread of the coronavirus is endangering global electronics supply chains, raising the possibility that planned 5G wireless deployments could be at risk.
Wireless in the Workplace - White Paper - FINAL SanatizedJack Voth
This document summarizes research from a working group examining wireless devices and security in the workplace. It discusses new enabling wireless technologies like 5G networks, beamforming, and Project Loon. It also covers growing security challenges from the expanding use of wireless devices, bring your own device policies, and the growing Internet of Things. Specific attacks like relay attacks on keyless car entry systems and wireless mouse hijacking are also summarized.
By 2015, there will be nearly 15 billion network-connected devices as more people use smartphones and other mobile devices for work. While IT departments see benefits to embracing the BYOD trend, there are also security challenges to allowing personal devices on business networks. Nearly half of employees with personal devices for work have let others use their devices, potentially exposing companies' data. The document advocates that businesses get prepared for BYOD through security measures and policies to handle the risks of mobile devices in the workplace.
By 2015, there will be nearly 15 billion network-connected devices as more people use smartphones and other mobile devices for work. While IT departments see benefits to embracing the BYOD trend, there are also security challenges to allowing personal devices on business networks. Nearly half of employees with personal devices for work have let others use their devices, potentially exposing companies' data. The document advocates that businesses get prepared for BYOD through security measures and policies to mitigate risks and safely allow personal devices for work.
Mobile telecom companies are working on the next generation of wireless technology, called 5G, which will offer connection speeds up to 10 gigabits per second and latency below 1 millisecond. 5G will require huge investments and its implementation faces challenges from disagreements over standards and spectrum use. It also faces competition from increasingly common indoor WiFi networks.
People are concerned that cell phones, mobile, wireless devices, computers and other Wi-Fi technology may have the potential to cause certain types of cancer or other health problems.
Visit: http://www.livingofftips.com/the-little-black-box/
How three wireless technologies will soon ignite the edge computing revolutionAbaram Network Solutions
This document discusses how three emerging wireless technologies - 5G, Wi-Fi 6, and Citizens Broadband Radio Service (CBRS) - are poised to enable edge computing and transform enterprise networking in 2020 and beyond. These technologies will allow for distributed processing of data closer to its source, guaranteed bandwidth for critical applications, and private wireless networks without licensed spectrum. Early adopters like Arizona State University are building campus networks leveraging these technologies to power new IoT and edge computing use cases.
The mobile industry now has a clearer vision and timeline for 5G development since the ITU defined 5G goals and benchmarks in 2015. This includes significantly faster radio links (100x faster than LTE) and support for billions of connected devices. Mobile companies are researching and testing 5G technologies with the goal of commercializing 5G by 2020. While the details still need to be worked out, 5G is on the path to supporting new high-bandwidth applications and services enabled by the coming wave of Internet of Things devices.
The document discusses whether 3G networks will be able to handle increasing mobile data traffic volumes. It notes that traffic is increasing rapidly for many operators but forecasts for future demand vary widely. While some operators have reported capacity issues already, the real capacity of 3G networks and how traffic patterns will evolve remain uncertain. The document concludes that 3G traffic is expected to increase by a factor of 20 and some operators may face bottlenecks by 2010, requiring complementary solutions like WiFi offloading to help cope with rising traffic demands.
Wireless in the Workplace - White Paper - FINAL SanatizedJack Voth
This document summarizes research from a working group examining wireless devices and security in the workplace. It discusses new enabling wireless technologies like 5G networks, beamforming, and Project Loon. It also covers growing security challenges from the expanding use of wireless devices, bring your own device policies, and the growing Internet of Things. Specific attacks like relay attacks on keyless car entry systems and wireless mouse hijacking are also summarized.
By 2015, there will be nearly 15 billion network-connected devices as more people use smartphones and other mobile devices for work. While IT departments see benefits to embracing the BYOD trend, there are also security challenges to allowing personal devices on business networks. Nearly half of employees with personal devices for work have let others use their devices, potentially exposing companies' data. The document advocates that businesses get prepared for BYOD through security measures and policies to handle the risks of mobile devices in the workplace.
By 2015, there will be nearly 15 billion network-connected devices as more people use smartphones and other mobile devices for work. While IT departments see benefits to embracing the BYOD trend, there are also security challenges to allowing personal devices on business networks. Nearly half of employees with personal devices for work have let others use their devices, potentially exposing companies' data. The document advocates that businesses get prepared for BYOD through security measures and policies to mitigate risks and safely allow personal devices for work.
Mobile telecom companies are working on the next generation of wireless technology, called 5G, which will offer connection speeds up to 10 gigabits per second and latency below 1 millisecond. 5G will require huge investments and its implementation faces challenges from disagreements over standards and spectrum use. It also faces competition from increasingly common indoor WiFi networks.
People are concerned that cell phones, mobile, wireless devices, computers and other Wi-Fi technology may have the potential to cause certain types of cancer or other health problems.
Visit: http://www.livingofftips.com/the-little-black-box/
How three wireless technologies will soon ignite the edge computing revolutionAbaram Network Solutions
This document discusses how three emerging wireless technologies - 5G, Wi-Fi 6, and Citizens Broadband Radio Service (CBRS) - are poised to enable edge computing and transform enterprise networking in 2020 and beyond. These technologies will allow for distributed processing of data closer to its source, guaranteed bandwidth for critical applications, and private wireless networks without licensed spectrum. Early adopters like Arizona State University are building campus networks leveraging these technologies to power new IoT and edge computing use cases.
The mobile industry now has a clearer vision and timeline for 5G development since the ITU defined 5G goals and benchmarks in 2015. This includes significantly faster radio links (100x faster than LTE) and support for billions of connected devices. Mobile companies are researching and testing 5G technologies with the goal of commercializing 5G by 2020. While the details still need to be worked out, 5G is on the path to supporting new high-bandwidth applications and services enabled by the coming wave of Internet of Things devices.
The document discusses whether 3G networks will be able to handle increasing mobile data traffic volumes. It notes that traffic is increasing rapidly for many operators but forecasts for future demand vary widely. While some operators have reported capacity issues already, the real capacity of 3G networks and how traffic patterns will evolve remain uncertain. The document concludes that 3G traffic is expected to increase by a factor of 20 and some operators may face bottlenecks by 2010, requiring complementary solutions like WiFi offloading to help cope with rising traffic demands.
As smartphones and dongles drive unprecedented growth in wireless network traffic, what are the options for mobile network operators and will they be able to cope?
Federal infrastructure spending is expected to increase regardless of who wins the 2020 election, and 5G infrastructure will be a part of this. 5G networks will provide much faster data transfer speeds and connectivity between devices. The leading Western companies developing 5G technology are Ericsson, Nokia, and Qualcomm, which are seen as more trustworthy options than Chinese companies like Huawei. Investing in these three Western companies is recommended as a way to profit from the development of 5G infrastructure globally.
Economic impacts of submarine fiber optic cables and broadband connectivity i...Fola Odufuwa
Subsea cables are the global backbone of the Internet, connecting people, businesses, and economies around the world. They connect us to the cloud, deliver streaming video, and increase efficiency and productivity for business. Subsea cables’ importance is all the more apparent during the Covid19 pandemic when many of us have switched to working from home, remote learning, and online gaming and entertainment.
We studied the economic impacts from subsea cables that arrived in Nigeria (e.g., WACS) to understand how they changed the economy. Improved connectivity led to increases in internet usage and decreases in costs, but infrastructure and affordability challenges meant that impacts were limited to select urban areas. Our results signal the promise connectivity improvements could have in other parts of the country.
Order activity for semiconductor equipment fell by another point amid growing fears on the spread and impact of the Coronavirus. The virus has already hampered manufacturing and consumption in China this year and threatens to dampen global growth if it is not contained.
Global moves toward mobile ‘openness’: Unpacking the concept, honing a frameARNIC
1. The document discusses recent moves toward more open mobile networks in the US, including announcements by Verizon and Google/Android allowing third-party devices and applications on wireless networks.
2. It contrasts this with the current state of openness in wireless networks, which is more limited than wireline networks. Wireless networks still exercise significant control.
3. The document also examines network openness in China, where carriers allow unlocked devices but still block some content and applications for reasons such as spam or pornography. China is moving toward more full-service carriers with 3G licenses.
Covid-19 and IoT: Some Perspectives on the Use of IoT Technologies in Prevent...eraser Juan José Calderón
Covid-19 and IoT: Some Perspectives on the Use of
IoT Technologies in Preventing and Monitoring
COVID-19 Like Infectious Diseases & Lessons
Learned and Impact of Pandemic on IoT
As the latest generation of communication network technology, 5G technology has a huge impact on the development of many industries with its ultra-high-speed, ultra-large connections, and ultra-low latency. The International Telecommunications Union (ITU) at the 22nd meeting identified the three latest 5G applications in the future.
The three latest 5G application scenarios.
1. Enhanced mobile broadband, eMBB
2. Massive machine-type communications, mMTC
3. Ultra-reliable and low latency communications, URLLC
An extensive review: Internet of things is speeding up the necessity for 5GIJERA Editor
The Internet of Things (IoT) is a very large number of objects, with intensive connections and allows these smart objects to be sensed and controlled remotely across efficient network, which is breathing new capability into anything anywhere in the life. This paper presents an overview of about 4G and 5G with their important features and how will drive IoT in future to build smart cities and smart objects. Scientists are concentrates about the advance implementation of these technologies especially the 5G is the term which is not formally used for any current technology and it is still early to provide an exact definition of 5G. We also present an overview of future keys in cellular system to get better IoT such as D2D, M2M, NOMA and Massive MIMO. This work presents the exact steps in 4G and 5G which important towards IoT and the ability to establish the smart cities. Nowadays 4G LTE-A systems are getting maturity and have been installed, the challenge now is how to improve 4G to get a smooth development from 4G to 5G. Among these steps and challenges are considered as the pieces of the 5G using massive MIMO, new access techniques, millimeter wave (mm Wave) and M2M, D2D communication. The future fifth generation (5G) cellular networks have drawn great attention from scientists and companies around the world. 5G cellular networks should accomplish 1,000 times higher mobile data per geographic area. Plus 10-100 times higher number of connecting devices, with low latency and long battery life.
The document discusses the emerging concept of the Internet of Everything (IoE), where everyday physical objects are connected to the internet and able to send and receive data. It describes how devices, networks, cloud computing and big data are enabling the IoE. Key points covered include definitions of the IoE, examples of connected devices and applications, networking protocols like IPv6 and MQTT, cloud services for storage and analytics, and how big data frameworks like Hadoop are helping manage the huge volumes of data generated.
In this presentation, Ronan de Renesse explores various scenarios where 4G retains the ability to help drive mobile data revenue growth, but without the heavy price tag. It was delivered at an event organised by Cambridge Wireless entitled '4G and Beyond: The Mobile Landscape in the UK after the LTE Auction' in London, UK, on 8 May 2013.
Work is underway around the world to develop 5G mobile communications technologies that will succeed 4G networks. The University of Surrey is leading UK research efforts through its new 5G Innovation Centre, which is conducting trials of new air interface technologies using test beds covering outdoor and indoor environments. 5G is still undefined but is targeting speeds up to 10Gbps through technologies like beamforming, higher frequencies bands, and new multiple access schemes beyond OFDM. Many groups are conducting research to influence 5G standards, but the technology may not be commercially ready until 2020.
The document discusses how the Internet of Things (IoT) is changing how technology impacts daily life through home automation and smart cities. It is estimated that by 2020, 50 billion devices will be connected as part of the IoT. Satellite technology will play an important role in connecting IoT devices in areas without wired or wireless infrastructure. Some key applications of IoT connected by satellite include oil and gas monitoring systems, transportation and cargo logistics, smart grids, and military communications. The satellite industry is working to develop innovative solutions to meet the growing connectivity and coverage needs of the expanding IoT.
The way we access the internet has changed rapidly over the past few years, transitioning from desktops to mobile devices.
Now, the internet is expanding again — coming to all of the everyday devices found in our homes, businesses, and cities.
We’ve created a slideshow highlighting the most important ways the Internet of Everything market will develop, the benefits newly connected devices will offer consumers and businesses, and the potential barriers that could inhibit growth.
The Eclipse Foundation conducted a survey of 1,717 IoT developers in 2019. The survey found that two-thirds of respondents currently work on or will work on IoT projects in the next 18 months. AWS, Azure and GCP were the leading IoT cloud platforms, while C, C++, Java, JavaScript and Python were the most commonly used programming languages. MQTT was still the dominant communication protocol. The Eclipse IDE was also the leading development environment for building IoT applications.
The document discusses how technology trends are revolutionizing the way people work, live, play and learn. It notes that internet traffic has grown exponentially and will continue to do so due to factors like more internet users, devices, broadband speeds and rich media content. It also examines the growth of mobile internet and how traffic patterns are changing. Finally, it explores challenges and opportunities for businesses from new technologies and the importance of networks in enabling new capabilities and use of data.
China's MID market is driven by growing consumer demand for an internet experience on portable devices. MIDs offer full web browsing, productivity apps, and long battery life on screens 4-6 inches large. Shipments are forecast to reach 7.2 million optimistically or 3.05 million conservatively by 2012 due to developments in 3G networks, WiFi infrastructure, and mobile internet applications. MIDs combine functionality, portability, and connectivity to directly address the need for an "on-the-go internet experience."
The document discusses emerging technology trends related to the Internet of Things (IoT) and how a platform-based approach can help address challenges in product development and testing for connected devices. It notes that the number of connected devices is expected to grow dramatically and these devices will need to be both intelligent and connected. A platform-based approach using modular, reusable components can help innovation keep pace with this growth by allowing developers to focus on unique aspects of each product rather than recreating common functionality.
5G is not just another number. It's the next generation of mobile technology that will revolutionize the way we live, work, and communicate. We'll move seamlessly among networks with download speeds 100 times faster than 4G LTE. We'll see an explosion of new applications for this technology, from connected vehicles to remote medical care. 5G will connect industries like manufacturing and logistics to the global digital economy.
1) Mobile business users now spend more time using their devices at home than at work or on the go, with home being the primary location for using devices like laptops, tablets, and smartphones.
2) While smartphones still rely on mobile networks, most other business user devices connect exclusively via Wi-Fi, and business users generally prefer Wi-Fi connectivity over mobile networks due to benefits like speed and cost.
3) More than half of business users utilize public Wi-Fi networks weekly, most commonly at locations like coffee shops, outdoor spaces, and other venues, though very few pay for access.
The world of wireless telecommunications is rapidly evolving. Technologies under research and development promise to deliver more services to more users in less time. This paper presents the emerging technologies helping wireless systems grow from where we are today into our visions of the future. This paper will cover the applications and characteristics of emerging wireless technologies Wireless Local Area Networks WiFi 802.11n , Wireless Personal Area Networks ZigBee and Wireless Metropolitan Area Networks WiMAX . The purpose of this paper is to explain the impending 802.11n standard and how it will enable WLANs to support emerging media rich applications. The paper will also detail how 802.11n compares with existing WLAN standards and offer strategies for users considering higher bandwidth alternatives. The emerging IEEE 802.15.4 ZigBee standard aims to provide low data rate wireless communications with high precision ranging and localization, by employing UWB technologies for a low power and low cost solution. WiMAX Worldwide Interoperability for Microwave Access is a standard for wireless data transmission covering a range similar to cellular phone towers. With high performance in both distance and throughput, WiMAX technology could be a boon to current Internet providers seeking to become the leader of next generation wireless Internet access. This paper also explores how these emerging technologies differ from one another. Today’s world is changing drastically. With the changing world the Wireless technology improvement has become follower in today’s modern life. One of the biggest improvements made on wireless technology was inventing a new wireless technology GI FI . GI FI stand for gigabit wireless fidelity, it’s a wireless transmission technology which is ten time faster than other wireless technology. Its chip delivers short range multi gigabit data transfer in an indoor environment. In today’s world fastest transmission is must which is achieved by this GI FI. Gigabit wireless is the world’s first transceiver integrated on a single chip that operates at 60 GHz frequency band. GIFI has data transfer speed up to 5Gbps .GI FI technology was invented by Stan Skafidis. It is manufactured using CMOS technology. In this paper, the brief introduction and evolution of GI FI is explained. It also helps to know architecture and working of GI FI. The readers will get brief knowledge about its features and advantages. The best part of GI FI technology is its power consumption. It requires only 2watts of power for its operation with antenna 1mm. The evolution of GI FI came into existence due to the need of higher data transfer rate ad lower power consumption. Prof. Pradnyav Bodke "GI-FI Next Generation Wireless Technology" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-7 | Issue-3 , June 2023, URL: https://www.ijtsrd.com.com/papers/ijtsrd57466.pdf Paper URL: https://www.ijtsrd.
Proliferation of Smartphones and Rising Incidents of Cyberattacks are resulti...SG Analytics
However, the adoption of cloud-based cybersecurity products and the advent of IoT security across organizations is likely to create lucrative opportunities for the entire ecosystem; businesses, governments, and cybersecurity vendors.
Visit: https://www.sganalytics.com/blog/increasing-cyberattacks-resulting-in-a-demand-for-cybersecurity-solutions/
As smartphones and dongles drive unprecedented growth in wireless network traffic, what are the options for mobile network operators and will they be able to cope?
Federal infrastructure spending is expected to increase regardless of who wins the 2020 election, and 5G infrastructure will be a part of this. 5G networks will provide much faster data transfer speeds and connectivity between devices. The leading Western companies developing 5G technology are Ericsson, Nokia, and Qualcomm, which are seen as more trustworthy options than Chinese companies like Huawei. Investing in these three Western companies is recommended as a way to profit from the development of 5G infrastructure globally.
Economic impacts of submarine fiber optic cables and broadband connectivity i...Fola Odufuwa
Subsea cables are the global backbone of the Internet, connecting people, businesses, and economies around the world. They connect us to the cloud, deliver streaming video, and increase efficiency and productivity for business. Subsea cables’ importance is all the more apparent during the Covid19 pandemic when many of us have switched to working from home, remote learning, and online gaming and entertainment.
We studied the economic impacts from subsea cables that arrived in Nigeria (e.g., WACS) to understand how they changed the economy. Improved connectivity led to increases in internet usage and decreases in costs, but infrastructure and affordability challenges meant that impacts were limited to select urban areas. Our results signal the promise connectivity improvements could have in other parts of the country.
Order activity for semiconductor equipment fell by another point amid growing fears on the spread and impact of the Coronavirus. The virus has already hampered manufacturing and consumption in China this year and threatens to dampen global growth if it is not contained.
Global moves toward mobile ‘openness’: Unpacking the concept, honing a frameARNIC
1. The document discusses recent moves toward more open mobile networks in the US, including announcements by Verizon and Google/Android allowing third-party devices and applications on wireless networks.
2. It contrasts this with the current state of openness in wireless networks, which is more limited than wireline networks. Wireless networks still exercise significant control.
3. The document also examines network openness in China, where carriers allow unlocked devices but still block some content and applications for reasons such as spam or pornography. China is moving toward more full-service carriers with 3G licenses.
Covid-19 and IoT: Some Perspectives on the Use of IoT Technologies in Prevent...eraser Juan José Calderón
Covid-19 and IoT: Some Perspectives on the Use of
IoT Technologies in Preventing and Monitoring
COVID-19 Like Infectious Diseases & Lessons
Learned and Impact of Pandemic on IoT
As the latest generation of communication network technology, 5G technology has a huge impact on the development of many industries with its ultra-high-speed, ultra-large connections, and ultra-low latency. The International Telecommunications Union (ITU) at the 22nd meeting identified the three latest 5G applications in the future.
The three latest 5G application scenarios.
1. Enhanced mobile broadband, eMBB
2. Massive machine-type communications, mMTC
3. Ultra-reliable and low latency communications, URLLC
An extensive review: Internet of things is speeding up the necessity for 5GIJERA Editor
The Internet of Things (IoT) is a very large number of objects, with intensive connections and allows these smart objects to be sensed and controlled remotely across efficient network, which is breathing new capability into anything anywhere in the life. This paper presents an overview of about 4G and 5G with their important features and how will drive IoT in future to build smart cities and smart objects. Scientists are concentrates about the advance implementation of these technologies especially the 5G is the term which is not formally used for any current technology and it is still early to provide an exact definition of 5G. We also present an overview of future keys in cellular system to get better IoT such as D2D, M2M, NOMA and Massive MIMO. This work presents the exact steps in 4G and 5G which important towards IoT and the ability to establish the smart cities. Nowadays 4G LTE-A systems are getting maturity and have been installed, the challenge now is how to improve 4G to get a smooth development from 4G to 5G. Among these steps and challenges are considered as the pieces of the 5G using massive MIMO, new access techniques, millimeter wave (mm Wave) and M2M, D2D communication. The future fifth generation (5G) cellular networks have drawn great attention from scientists and companies around the world. 5G cellular networks should accomplish 1,000 times higher mobile data per geographic area. Plus 10-100 times higher number of connecting devices, with low latency and long battery life.
The document discusses the emerging concept of the Internet of Everything (IoE), where everyday physical objects are connected to the internet and able to send and receive data. It describes how devices, networks, cloud computing and big data are enabling the IoE. Key points covered include definitions of the IoE, examples of connected devices and applications, networking protocols like IPv6 and MQTT, cloud services for storage and analytics, and how big data frameworks like Hadoop are helping manage the huge volumes of data generated.
In this presentation, Ronan de Renesse explores various scenarios where 4G retains the ability to help drive mobile data revenue growth, but without the heavy price tag. It was delivered at an event organised by Cambridge Wireless entitled '4G and Beyond: The Mobile Landscape in the UK after the LTE Auction' in London, UK, on 8 May 2013.
Work is underway around the world to develop 5G mobile communications technologies that will succeed 4G networks. The University of Surrey is leading UK research efforts through its new 5G Innovation Centre, which is conducting trials of new air interface technologies using test beds covering outdoor and indoor environments. 5G is still undefined but is targeting speeds up to 10Gbps through technologies like beamforming, higher frequencies bands, and new multiple access schemes beyond OFDM. Many groups are conducting research to influence 5G standards, but the technology may not be commercially ready until 2020.
The document discusses how the Internet of Things (IoT) is changing how technology impacts daily life through home automation and smart cities. It is estimated that by 2020, 50 billion devices will be connected as part of the IoT. Satellite technology will play an important role in connecting IoT devices in areas without wired or wireless infrastructure. Some key applications of IoT connected by satellite include oil and gas monitoring systems, transportation and cargo logistics, smart grids, and military communications. The satellite industry is working to develop innovative solutions to meet the growing connectivity and coverage needs of the expanding IoT.
The way we access the internet has changed rapidly over the past few years, transitioning from desktops to mobile devices.
Now, the internet is expanding again — coming to all of the everyday devices found in our homes, businesses, and cities.
We’ve created a slideshow highlighting the most important ways the Internet of Everything market will develop, the benefits newly connected devices will offer consumers and businesses, and the potential barriers that could inhibit growth.
The Eclipse Foundation conducted a survey of 1,717 IoT developers in 2019. The survey found that two-thirds of respondents currently work on or will work on IoT projects in the next 18 months. AWS, Azure and GCP were the leading IoT cloud platforms, while C, C++, Java, JavaScript and Python were the most commonly used programming languages. MQTT was still the dominant communication protocol. The Eclipse IDE was also the leading development environment for building IoT applications.
The document discusses how technology trends are revolutionizing the way people work, live, play and learn. It notes that internet traffic has grown exponentially and will continue to do so due to factors like more internet users, devices, broadband speeds and rich media content. It also examines the growth of mobile internet and how traffic patterns are changing. Finally, it explores challenges and opportunities for businesses from new technologies and the importance of networks in enabling new capabilities and use of data.
China's MID market is driven by growing consumer demand for an internet experience on portable devices. MIDs offer full web browsing, productivity apps, and long battery life on screens 4-6 inches large. Shipments are forecast to reach 7.2 million optimistically or 3.05 million conservatively by 2012 due to developments in 3G networks, WiFi infrastructure, and mobile internet applications. MIDs combine functionality, portability, and connectivity to directly address the need for an "on-the-go internet experience."
The document discusses emerging technology trends related to the Internet of Things (IoT) and how a platform-based approach can help address challenges in product development and testing for connected devices. It notes that the number of connected devices is expected to grow dramatically and these devices will need to be both intelligent and connected. A platform-based approach using modular, reusable components can help innovation keep pace with this growth by allowing developers to focus on unique aspects of each product rather than recreating common functionality.
5G is not just another number. It's the next generation of mobile technology that will revolutionize the way we live, work, and communicate. We'll move seamlessly among networks with download speeds 100 times faster than 4G LTE. We'll see an explosion of new applications for this technology, from connected vehicles to remote medical care. 5G will connect industries like manufacturing and logistics to the global digital economy.
1) Mobile business users now spend more time using their devices at home than at work or on the go, with home being the primary location for using devices like laptops, tablets, and smartphones.
2) While smartphones still rely on mobile networks, most other business user devices connect exclusively via Wi-Fi, and business users generally prefer Wi-Fi connectivity over mobile networks due to benefits like speed and cost.
3) More than half of business users utilize public Wi-Fi networks weekly, most commonly at locations like coffee shops, outdoor spaces, and other venues, though very few pay for access.
The world of wireless telecommunications is rapidly evolving. Technologies under research and development promise to deliver more services to more users in less time. This paper presents the emerging technologies helping wireless systems grow from where we are today into our visions of the future. This paper will cover the applications and characteristics of emerging wireless technologies Wireless Local Area Networks WiFi 802.11n , Wireless Personal Area Networks ZigBee and Wireless Metropolitan Area Networks WiMAX . The purpose of this paper is to explain the impending 802.11n standard and how it will enable WLANs to support emerging media rich applications. The paper will also detail how 802.11n compares with existing WLAN standards and offer strategies for users considering higher bandwidth alternatives. The emerging IEEE 802.15.4 ZigBee standard aims to provide low data rate wireless communications with high precision ranging and localization, by employing UWB technologies for a low power and low cost solution. WiMAX Worldwide Interoperability for Microwave Access is a standard for wireless data transmission covering a range similar to cellular phone towers. With high performance in both distance and throughput, WiMAX technology could be a boon to current Internet providers seeking to become the leader of next generation wireless Internet access. This paper also explores how these emerging technologies differ from one another. Today’s world is changing drastically. With the changing world the Wireless technology improvement has become follower in today’s modern life. One of the biggest improvements made on wireless technology was inventing a new wireless technology GI FI . GI FI stand for gigabit wireless fidelity, it’s a wireless transmission technology which is ten time faster than other wireless technology. Its chip delivers short range multi gigabit data transfer in an indoor environment. In today’s world fastest transmission is must which is achieved by this GI FI. Gigabit wireless is the world’s first transceiver integrated on a single chip that operates at 60 GHz frequency band. GIFI has data transfer speed up to 5Gbps .GI FI technology was invented by Stan Skafidis. It is manufactured using CMOS technology. In this paper, the brief introduction and evolution of GI FI is explained. It also helps to know architecture and working of GI FI. The readers will get brief knowledge about its features and advantages. The best part of GI FI technology is its power consumption. It requires only 2watts of power for its operation with antenna 1mm. The evolution of GI FI came into existence due to the need of higher data transfer rate ad lower power consumption. Prof. Pradnyav Bodke "GI-FI Next Generation Wireless Technology" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-7 | Issue-3 , June 2023, URL: https://www.ijtsrd.com.com/papers/ijtsrd57466.pdf Paper URL: https://www.ijtsrd.
Proliferation of Smartphones and Rising Incidents of Cyberattacks are resulti...SG Analytics
However, the adoption of cloud-based cybersecurity products and the advent of IoT security across organizations is likely to create lucrative opportunities for the entire ecosystem; businesses, governments, and cybersecurity vendors.
Visit: https://www.sganalytics.com/blog/increasing-cyberattacks-resulting-in-a-demand-for-cybersecurity-solutions/
Real Time Mask Detection Architecture for COVID PreventionIRJET Journal
The document presents a real-time mask detection architecture using deep learning to help prevent the spread of COVID-19. It describes collecting images of people with and without masks to train a convolutional neural network model. The trained model is then deployed using video streams from CCTV cameras to detect and identify in real-time if individuals are wearing a mask or not wearing a mask to help enforce social distancing and safety measures.
SemiWEEK: Coronavirus Watch. 450mm: Why it failed. Has Moore’s Law slowed?; 2...VLSIresearch
Moving into unchartered territory. Order activity for semiconductor equipment crashed 17 points amid growing fears of a pandemic-induced recession. The world economy is likely in a recession due to the accelerating shutdown of economic activity.
1. The document discusses the early adoption of IPv6 by VSNL International, one of the pioneers in IPv6 deployment. It implemented a dual-stack core network with IPv4 and IPv6 access in the early 2000s.
2. While IPv6 traffic is still minimal, early emphasis on IPv6 gave VSNL high visibility and potential advantages over competitors offering only IPv4.
3. For IPv6 adoption to increase, applications must support it and drivers like the growth of Internet-connected devices and exhaustion of IPv4 addresses may need to occur.
To identify 5G challenges related to security and privacy in globalization and analyze the importance of 5G and provide suggestions for future research.
5G networks promise higher speeds and lower latency compared to existing cellular networks. However, 5G signals are more easily obstructed since their wavelengths are shorter. Carriers are still learning how 5G will perform in different environments. Issues include signal obstruction by trees and effects of weather. More real-world data is needed to develop 5G properly. Applications of 5G include high-speed file sharing and downloads, streaming, and IoT uses like monitoring. Major players developing 5G include Samsung, Qualcomm, Nokia, and Huawei. Canada is conducting 5G trials and is positioned well for national 5G deployment.
This document discusses the need for 5G in Latin America to drive digital transformation and economic growth in the region. It argues that 5G is essential for improving productivity across industries like manufacturing, agriculture, and government services. The report provides recommendations for mobile operators and policymakers to help prepare networks and spectrum policies for 5G deployment. It highlights opportunities for 5G in both consumer and enterprise markets through new immersive technologies and applications.
5G is the next generation of mobile networks that will provide significantly faster data speeds, lower latency, and the ability to connect many more devices. It will enable new technologies and use cases like autonomous vehicles, smart cities, and the Internet of Things. However, fully realizing 5G's potential faces challenges in developing new network architectures and technologies to meet its goals, and uncertainties around timing, costs and competing technologies could impact adoption. 5G will also disrupt many industries and force organizations to rethink IT strategies and investments.
Since the official commercial launch of 5G in 2019, from a global perspective, 5G network coverage is increasing. The deployment of 5G will also accelerate significantly in 2020. According to the latest research report of "The Status of 5G Deployment" released by VIAVI, as of January 2020, commercial 378G networks have been deployed in 378 cities in 34 countries.
Since the official commercial launch of 5G in 2019, from a global perspective, 5G network coverage is increasing. The deployment of 5G will also accelerate significantly in 2020. According to the latest research report of "The Status of 5G Deployment" released by VIAVI, as of January 2020, commercial 378G networks have been deployed in 378 cities in 34 countries.
5 g networks and telecom ppt ammuhari creationsammuhariharan
This document discusses 5G networks and telecommunications. It provides information on what 5G is, the market status and issues facing 5G such as signal obstruction and behavior in different weather conditions. It also covers 5G applications, market leaders, the status of 5G in Canada including trials by various carriers, and security considerations regarding 5G.
(2) 5 g networks and telecom ppt hari master pieceHariMasterpiece
This document provides a summary of 5G networks and telecoms. It discusses what 5G is, the market status and issues facing 5G such as signal obstruction and behavior in different weather conditions. It covers applications of 5G like file sharing and streaming. Market leaders in 5G are listed as well as updates on 5G development and adoption in countries like Canada, South Korea and the United States. Security concerns and the potential economic impact of 5G are also mentioned.
This document provides information about 5G networks and their development. It discusses some key points:
- 5G will have higher speeds and lower latency than existing cellular networks. Technologies are still being defined but will include OFDM encoding and greater flexibility than LTE.
- 5G can use lower TV frequencies or higher millimeter wave frequencies to transmit large amounts of data short distances.
- Issues include signals being more easily obstructed at higher frequencies and carriers are still learning how signals behave in different environments and weather.
A lightweight and_robust_secure_key_establishment_protocol_for_internet_of_me...SyedImranAliKazmi1
The proposed protocol establishes a secure key between IoT devices in a smart healthcare facility for COVID-19 patients. It uses a lightweight authentication and key agreement protocol using physically unclonable functions (PUFs) and cryptographic primitives. The protocol has three phases: user registration, device registration, and mutual authentication and key establishment. It aims to securely authenticate doctors/users and sensor devices, prevent attacks like man-in-the-middle and replay attacks, and establish a secret session key. The protocol analysis shows it provides security properties like authentication, confidentiality, integrity and anonymity with low computation and communication overhead suitable for IoT medical applications.
The document provides information about a student project team working on an Internet of Things topic. It lists the 7 team members and their student IDs. It also includes an acknowledgment section thanking 3 faculty members for their guidance on the project. Finally, it outlines the plan of presentation which details several topics that will be covered about IoT, including what it is, its history, components, applications, challenges and criticisms.
Mobile Hotspot Router Market Growth, Demand and Challenges of the Key Industr...IMARC Group
The global mobile hotspot router market size reached US$ 7.5 Billion in 2023. Looking forward, IMARC Group expects the market to reach US$ 24.9 Billion by 2032, exhibiting a growth rate (CAGR) of 13.9% during 2024-2032.
More Info:- https://www.imarcgroup.com/mobile-hotspot-router-market
8 key tech trends in a post covid-19 world editedAhmed Banafa
Prof. Ahmed Banafa is an expert in IoT, blockchain, AI and cybersecurity. He has extensive research experience and has served as faculty at several universities. The document discusses 8 key tech trends for a post-COVID world: 1) Increased use of AI for forecasting consumer behavior and logistics. 2) Growth in cloud computing to support remote work and learning. 3) Expanded use of VR and AR for training, conferences and collaboration. 4) Accelerated 5G rollout to support increased bandwidth demands. 5) Rise of voice interfaces to reduce surface touching. 6) Proliferation of IoT for remote health monitoring. 7) Stronger focus on cybersecurity as attacks increase. 8) Blockchain
Similar to Coronavirus Seen Slowing 5G Deployments (20)
Last year, the world experienced volatility as we have never seen. Business leaders had to adapt at a moment's notice, and stability was hard to come by. I have hope that in 2021, we will see a ruturn to normalcy, but the road ahead remains unpredictable.
We are now in the third year of the "Year of 5G." But really--this should be the actual Year of 5G! Years of marketing hype have resulted in a number of false starts for this exciting new mobile technology.
The challenges inherent in an architect’s role are only compounded when planning for the hybrid cloud. This is a long term planning exercise with short term deliverables — one thing we know for sure is that the modern enterprise will not tolerate a technology vacuum. A vacuum, after all, is what launched the multicloud phenomena to start with. - Abaram Network Solutions
Learning top cloud storage tips from the experts will help you to make the most of your storage, and use the tool effectively. Cloud has made it so much easier for creatives to access data safely from anywhere rather than having to carry around a pen drive or a massive external hard drive.
Moving data to the cloud can be a great way to save money. With costs that are measured in mere pennies per gigabyte, cloud storage may be much less expensive--not to mention more reliable and easier to manage--than on-premise storage infrastructure. Yet those pennies-per-gigabyte add up over time. If you’re not careful to control your cloud storage costs, you may end with a total storage bill that far exceeds what you were hoping for. - Abaram Network Solutions
This is according to data collected by the annual State of Multicloud Survey run by Turbonomic (that's out parent brand). The survey, using data collected from more than 800 global IT professionals, examines the state of multicloud adoption, its drivers and the technologies enabling it, including public cloud, containers, and edge computing.
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The ongoing growth of cellular wireless network applications creates new demand for emerging technologies. Fifth-generation (5G) wireless includes several network layers that leverage technology such as Open Access Network (Open RAN), network slicing, and cloud edge computing.
This cutting-edge cloud-computing service is helping researchers track COVID'...Abaram Network Solutions
There's saying in the scientific community: all biology is computational biology. In other words, when you're dealing with whole genomes, or datasets complied from thousands of records containing thousands more biomarkers, you need serious computational power-and techniques-to get the most out of the data. Now, cloud platforms built for biomedical research are providing the power that these projects need.
The future of computing is in the cloud. If you've been following the trajectory computer science has been on, you will know that cloud computing is one of the next essential skills you will need to learn.
It's no secret that the COVID-19 pandemic has severely impacted small and medium-sized businesses (SMBs). While dealing with decreased foot traffic, greater local regulations, and growing expenses, cybersecurity has undoubtedly become a lesser priority for SMBs struggling to get back on their feet.
It's easy to focus on all the ways 2929 has been a challenging year: the Covid-19 pandemic, a sputtering economy, and (for cybersecurity professionals) an explosion of new and increasingly dangerous cyberthreats.
As cyber threats are evolving more every day, it has now become necessary to look at Artificial Intelligence (AI) and Machine Learning (ML) to protect systems and give organizations the best security possible.
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HCL Notes and Domino License Cost Reduction in the World of DLAUpanagenda
Webinar Recording: https://www.panagenda.com/webinars/hcl-notes-and-domino-license-cost-reduction-in-the-world-of-dlau/
The introduction of DLAU and the CCB & CCX licensing model caused quite a stir in the HCL community. As a Notes and Domino customer, you may have faced challenges with unexpected user counts and license costs. You probably have questions on how this new licensing approach works and how to benefit from it. Most importantly, you likely have budget constraints and want to save money where possible. Don’t worry, we can help with all of this!
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Join HCL Ambassador Marc Thomas in this webinar with a special guest appearance from Franz Walder. It will give you the tools and know-how to stay on top of what is going on with Domino licensing. You will be able lower your cost through an optimized configuration and keep it low going forward.
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Ivanti’s Patch Tuesday breakdown goes beyond patching your applications and brings you the intelligence and guidance needed to prioritize where to focus your attention first. Catch early analysis on our Ivanti blog, then join industry expert Chris Goettl for the Patch Tuesday Webinar Event. There we’ll do a deep dive into each of the bulletins and give guidance on the risks associated with the newly-identified vulnerabilities.
Cosa hanno in comune un mattoncino Lego e la backdoor XZ?Speck&Tech
ABSTRACT: A prima vista, un mattoncino Lego e la backdoor XZ potrebbero avere in comune il fatto di essere entrambi blocchi di costruzione, o dipendenze di progetti creativi e software. La realtà è che un mattoncino Lego e il caso della backdoor XZ hanno molto di più di tutto ciò in comune.
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Monitoring and Managing Anomaly Detection on OpenShift
Overview
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Coronavirus Seen Slowing 5G Deployments
1. 2/14/2020 Coronavirus Seen Slowing 5G Deployments
https://www.enterpriseai.news/2020/02/13/coronavirus-seen-slowing-5g-deployments/ 1/2
Home About EnterpriseAI Subscribe Events Markets Contacts Social RSS Feeds Advanced Computing in the Age of AI | Friday, February 14, 2020
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Coronavirus Seen Slowing 5G Deployments
February 13, 2020 by George Leopold
The unrelenting spread of the coronavirus
is endangering global electronics supply
chains, raising the possibility that planned
5G wireless deployments could be at risk.
The rollout of key components such as
next-generation 5G New Radio has begun.
Global availability remains limited, analysts
note, and could be slowed further if the
virus forces key electronics manufacturers
in China to slow production. For now, the
supply of semiconductors destined for 5G
devices remains steady, according to
market tracker Omdia.
“If coronavirus continues to spread and spur significant public health problems in China, electronics
manufacturers in the country may be forced to slow manufacturing or even shut down some operations,” Omdia
warned this week. “This could have a significant impact on global semiconductor supply.”
The threat of production shutdowns in China is especially worrisome given global dependence on 5G leaders
like Huawei for next-generation wireless infrastructure such as base stations and 5G radio access network
equipment. Prior to the coronavirus outbreak, market analysts were forecasting a $21 billion market for 5G
networking gear by 2024.
Those estimates have now been tempered by disruptions to the global electronics supply chain caused by the
epidemic.
“If there is a deceleration in manufacturing within China, it is likely to not only impact chip suppliers but also
companies that purchase large volumes of chips to produce end products,” including providers of electronic
manufacturing services and original design manufacturers, Omdia warned.
An early indicator of 5G supply chain disruptions is the current decline in display manufacturing. Analysts
estimate display manufacturing will decline by as much as 25 percent during February as component shortages
begin to bite. Display manufacturing resumed on Feb. 3 after the government extended the Lunar New Year
holiday, but travel restrictions have slowed the return of workers.
Another disruption to the 5G rollout occurred this week with cancellation of Mobile World Congress, the largest
global wireless trade show that was scheduled for the end of February.
Other market trackers view the coronavirus as a potential use case for 5G technology. Analysts note that the
expansion of bandwidth capacity on 5G networks could be used for remote health care applications.
“Remote healthcare requires real-time, high-quality video conferencing among other things, which today
generally requires wired networks,” Frost & Sullivan notes. “While this use case is often discussed to improve
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