Evangel University implemented a new wireless network using Ruckus equipment to address connectivity issues. An on-campus test of solutions from Ruckus and Aerohive found that Ruckus provided superior coverage and performance. Evangel deployed 335 Ruckus access points campus-wide, which significantly improved Wi-Fi speeds, range and capacity. The new network allows for more flexible learning approaches in classrooms and across campus.
NeTeam is an award winning design and engineering firm with unique expertise in integrating advanced data, voice, video, security, and wireless technologies into enterprise communication networks
Value-added Internet Telephony ApplicationsVideoguy
Northwestern University deployed RADVISION's videoconferencing solutions to enable collaboration between its Evanston and Chicago campuses as well as with other universities and businesses globally. The RADVISION system provides multipoint conferencing, data collaboration, call management, and interoperability with legacy systems. This enhanced learning environment supports distance learning and research collaboration while reducing travel costs. RADVISION was chosen for its experience, scalable products, and support for Internet2 connectivity standards important to academic institutions.
Mobile computing allows transmission of data without a fixed physical connection via a computer. It involves human-computer interaction and transportation of computing during normal usage. It aims to provide useful information to clients anywhere and anytime, altering lifestyles and work methods. Key aspects include mobile communication, mobile hardware, and mobile software running on handheld devices. Mobile computing is now an indispensable part of everyday life via technologies like WiFi, cellular broadband, and cloud computing.
The document discusses the networking capabilities and principles of One Laptop per Child (OLPC) laptops. It describes how OLPC uses WiFi networking and builds a mesh networking layer on top to allow collaboration between students. The mesh networking extends the range of WiFi and allows students' laptops to communicate directly to share documents and interact, without needing an internet connection. It compares mesh networking to traditional WiFi and how both use the same radio spectrum but mesh extends WiFi connectivity and does not replace it. Schools would still use WiFi access points connected to servers while the laptops can communicate via their built-in mesh networking.
This document provides an overview and summary of wireless fundamentals and history. It includes sections on wireless modems and their basic elements, how wireless communication works, different modulation techniques used, performance over distance, wireless networks and spectrum, industry standards, and proprietary technologies. The summary aims to explain at a high level the basics of wireless technology and its evolution over time.
This document presents a study on high speed data transmission of images over the visible light spectrum using a PIC microcontroller. It discusses how visible light communication (VLC) provides higher bandwidth than wireless fidelity (Wi-Fi) as the visible light spectrum is much wider than the microwave spectrum used for Wi-Fi. The study involves designing a transmitter and receiver system to send sensor data as images using light as the transmission medium. The system is implemented using a microcontroller to convert electrical signals to light signals and vice versa using a light emitting diode and photodiode. It is expected to provide secure transmission of data through light between dedicated nodes without human interference for applications like smart lighting and the internet of things.
This document provides a summary of a research article that conducted a survey of indoor positioning and navigation systems and technologies. It discusses how positioning and navigation technologies developed first for outdoor use but researchers have attempted to implement them indoors with varying levels of success. It outlines several technologies used for indoor positioning including infrared, ultrasound, radio frequency, and pedestrian dead reckoning. It also discusses positioning techniques like time of arrival, received signal strength indication, and fingerprinting. The survey analyzed accuracy, complexity, cost and other metrics of different positioning technologies. It concluded that the study has implications for future research on indoor positioning and navigation systems.
NeTeam is an award winning design and engineering firm with unique expertise in integrating advanced data, voice, video, security, and wireless technologies into enterprise communication networks
Value-added Internet Telephony ApplicationsVideoguy
Northwestern University deployed RADVISION's videoconferencing solutions to enable collaboration between its Evanston and Chicago campuses as well as with other universities and businesses globally. The RADVISION system provides multipoint conferencing, data collaboration, call management, and interoperability with legacy systems. This enhanced learning environment supports distance learning and research collaboration while reducing travel costs. RADVISION was chosen for its experience, scalable products, and support for Internet2 connectivity standards important to academic institutions.
Mobile computing allows transmission of data without a fixed physical connection via a computer. It involves human-computer interaction and transportation of computing during normal usage. It aims to provide useful information to clients anywhere and anytime, altering lifestyles and work methods. Key aspects include mobile communication, mobile hardware, and mobile software running on handheld devices. Mobile computing is now an indispensable part of everyday life via technologies like WiFi, cellular broadband, and cloud computing.
The document discusses the networking capabilities and principles of One Laptop per Child (OLPC) laptops. It describes how OLPC uses WiFi networking and builds a mesh networking layer on top to allow collaboration between students. The mesh networking extends the range of WiFi and allows students' laptops to communicate directly to share documents and interact, without needing an internet connection. It compares mesh networking to traditional WiFi and how both use the same radio spectrum but mesh extends WiFi connectivity and does not replace it. Schools would still use WiFi access points connected to servers while the laptops can communicate via their built-in mesh networking.
This document provides an overview and summary of wireless fundamentals and history. It includes sections on wireless modems and their basic elements, how wireless communication works, different modulation techniques used, performance over distance, wireless networks and spectrum, industry standards, and proprietary technologies. The summary aims to explain at a high level the basics of wireless technology and its evolution over time.
This document presents a study on high speed data transmission of images over the visible light spectrum using a PIC microcontroller. It discusses how visible light communication (VLC) provides higher bandwidth than wireless fidelity (Wi-Fi) as the visible light spectrum is much wider than the microwave spectrum used for Wi-Fi. The study involves designing a transmitter and receiver system to send sensor data as images using light as the transmission medium. The system is implemented using a microcontroller to convert electrical signals to light signals and vice versa using a light emitting diode and photodiode. It is expected to provide secure transmission of data through light between dedicated nodes without human interference for applications like smart lighting and the internet of things.
This document provides a summary of a research article that conducted a survey of indoor positioning and navigation systems and technologies. It discusses how positioning and navigation technologies developed first for outdoor use but researchers have attempted to implement them indoors with varying levels of success. It outlines several technologies used for indoor positioning including infrared, ultrasound, radio frequency, and pedestrian dead reckoning. It also discusses positioning techniques like time of arrival, received signal strength indication, and fingerprinting. The survey analyzed accuracy, complexity, cost and other metrics of different positioning technologies. It concluded that the study has implications for future research on indoor positioning and navigation systems.
University of the Highlands and Islands extents ubiquitous Wi-Fi services acr...Juniper Networks UKI
The University of the Highlands and Islands is unusual in that it covers an
extended geographic region (about half of Scotland, or a sixth of the land
area of the UK). It has almost 100 campus locations supporting about 7,500
Higher Education students and 25,000 Further Education students, and is
based across a wide range and variety of sites, from large campuses supporting
thousands of students, down to single room locations in remote rural areas and
on remote islands.
These broad-ranging geographic variations leave the university with
some unique IT challenges. Available bandwidth can vary hugely between
locations—some close to fiber-optic infrastructure and others in remote
corners of the region where even broadband speeds are low. Resiliency of
those communication links can be another challenge, as diverse routes can
be impractical, and sub-sea cables or radio links are more exposed than
land-based communication systems. Not least, the university must provide a
consistent service across all of its locations, whether they support a handful of
students or thousands.
This guide presents a new wireless architecture to deliver a multimedia-grade experience to students living in residence halls. We will show that large numbers of low-power microcells located directly in the student rooms is the only effective solution to fully meet user expectations. We provide simple rules to determine the density of these microcells for different types of construction. We also provide migration options to enable many institutions to deploy this architecture without pulling additional cabling.
To learn more, visit us at http://www.arubanetworks.com/wlan. Join the discussion at https://community.arubanetworks.com
University of the West of Scotland implements a Multi-Campus Juniper Networks...Juniper Networks UKI
When the University of West of Scotland (UWS) included seamless wireless
coverage across its campuses and included Wi-Fi as a key component
in its strategic objectives, its IT team needed to take a fresh look at the
infrastructure. At that point, wireless connection was available in very small
pockets of the university, mainly in communal areas such as campus cafés,
and coverage was uneven.
The university deployed a wireless broadband network from Motorola Solutions across its multiple campuses to provide high-speed internet access for students, staff, and visitors. The network uses RFS7000 wireless switches and access points to deliver speeds up to 54Mbps, allowing users to access the internet throughout the grounds. This is improving the learning experience by enabling easier research and more productive use of breaks. The university also plans to offer a library of video lectures and use the network for security cameras and potentially VoIP phones.
The university deployed a wireless broadband network from Motorola Solutions across its multiple campuses to provide high-speed internet access for students, staff, and visitors. The network uses RFS7000 wireless switches and access points to deliver speeds up to 54Mbps, allowing users to access the internet throughout the grounds. This is improving the learning experience by enabling easier research and more productive use of breaks. The university also plans to offer a library of video lectures and use the network for security cameras and potentially VoIP phones.
Wireless networking in schools provides mobility for students and supports e-learning. It allows students to access the curriculum and research resources from anywhere in the school using devices like laptops and tablets. Wireless networks eliminate the need to run cables and wires, making installation faster and more flexible. They also reduce costs compared to wired networks. While wireless improves access and mobility, schools must also implement security measures to protect their network and devices on it. Newer wireless standards like 802.11ac provide faster speeds and greater capabilities to meet the needs of students' use of technology in schools.
The document discusses how Ruckus smart Wi-Fi solutions can address key challenges for education institutions including providing reliable Wi-Fi coverage throughout large campuses and high-density environments like classrooms, simplifying BYOD onboarding and access, and reducing costs compared to alternatives through features like mesh networking that eliminate the need for new cabling. It provides examples of how Ruckus has helped school districts like St. Vrain Valley improve their Wi-Fi networks.
The new age classroom: A Practical Guide to Developing K-12 Information Networks
Find out how we can help you deploy the optimal digital learning network in your school district: http://enterprise.alcatel-lucent.com/education
Wi-Fi & Smart E-learning Experience at SOA University4ipnet
Siksha 'O' Anusandhan (SOA) University is a prestigious institution of higher education in India offering professional programs in a wide range of disciplines. As the administration at SOA University noticed the BYOD trend, they also realized that in order to meet these demands they had to offer a secure Wi-Fi environment that could handle a large capacity of concurrent mobile devices.
The Universidad Popular Autónoma del Estado de Puebla (UPAEP) upgraded its Wi-Fi network from a mixture of old Cisco and third-party access points to new Cisco Aironet 3700 Series access points to address complaints about poor coverage, speeds and connectivity on campus. The new network provides 40% faster bandwidth, improved security with access points acting as firewalls, and allows students to stay connected for at least four hours, a 400% increase from the previous one hour limit. UPAEP selected Cisco due to the performance, coverage and multimedia transmission capabilities of its equipment. The upgraded network has increased coverage across campus while reducing costs.
Meru Networks is a global leader in 4th generation wireless LAN infrastructure solutions. It has over 2,000 customers in 36 countries. Meru provides a comprehensive solution for wireless networks in education that includes centralized management, location services, and security services. The document discusses how wireless networks in K-12 schools are increasingly tied to strategic objectives like preparing students for the future, responding to growth, and taking advantage of funding opportunities. It outlines applications for wireless LANs in education and how the needs of students, teachers, and IT are changing. Meru's value proposition is providing a seamless wireless network that supports high-performance applications, future proofs the network, and has the simplest deployment and management with the lowest total cost
Case studyYour company, Security Professionals Inc., has been enga.docxTawnaDelatorrejs
Case study
Your company, Security Professionals Inc., has been engaged to perform a wireless and remote connectivity assessment and submit a proposal.
The perimeter assessment / current state is included as “Case # 2 – Wireless”.
Your proposal should include:
• Cover page
• Brief overview (two paragraph max) of the problem or current state.
• Proposed Network design – Diagram
• Proposed Design description and reasoning – one pages
• Implementation approach – one pages
• Equipment pricing and implementation costs – one page
• References – one page
The paper should be double spaced using 12-point font. APA format is required.
Wireless and Remote connectivity Case Study – Sanford University
Sanford University is a medium-sized university in the outskirts of Philadelphia. Formed in 1966, it has grown steadily through the incorporation of additional colleges and further education providers, but retains an emphasis on engineering, science and technology. Today, it numbers around 15,000 students and 2,000 staff.
As part of a five-year strategic plan, the university’s “Open Kingdom” project aims to create a consistent user experience across the campus, including the provision of wireless network access. This last issue became critical in the summer of 2012, when the Students body insisted on wireless access for all residential buildings before starting negotiations on 2013 rents.
“We’d traditionally viewed wired as good enough for everybody,” says John Patrick who is the network and data center manager for the University. “What became very clear was that wired wasn’t good enough for our students. Wired wasn’t their typical network experience. They expect the same experience on campus as they have at home. Students wanted to do their computing anywhere, anyhow, on the go, inside the campus, outside the campus. They didn’t want to be a slave to the cable.”
Patrick and his team needed a solution in place before the January 2013 deadline. The solution needs to provide wireless access coverage in the 7 buildings across campus, four of them residential, and for the solution to provide a robust remote access system (VPN) for faculty and staff.
The solution should not discriminate between devices; students would be free to use smartphones, games consoles or tablets on the network, for work or play. However, the network needed to differentiate between staff, students, conference visitors and guests, granting the appropriate access to services. Ultimately, with thousands of users bringing their own devices onto the network, it needed to maintain the security of the university’s systems.
Sanford University Layout
Residential buildings - 6 stories with 25 rooms per floor
Classroom / conference building - 4 stories and 40 classrooms per floor. Auditorium and Cafeteria located on ground floor.
Classroom / Admissions / Library building - 7 stories with 20 offices or classrooms per floor.
Data center .
Stuartholme School is a Catholic girls' school in Brisbane that implements a 1-to-1 tablet program for its 650 students. The school relies heavily on technology in teaching and learning. It deployed an Aruba wireless networking solution including 80 access points to support its technology needs. The school later upgraded to Aruba's high-performance 802.11ac wireless to handle the demands of ubiquitous wireless access on campus. The reliable WiFi network supports paperless learning, online classwork submission, and allows wireless access throughout the school grounds and boarding facilities. The Aruba solution has proven dependable, requiring little maintenance and allowing the IT director to focus on other initiatives to enhance the technology program.
Real world campus wi-fi, and what's coming next - Ruckus Wireless - Networksh...Jisc
How are your students using and experiencing Wi-Fi today? In this talk, Ruckus Wireless will look at a 'day in the life' of your connected digital natives, to better understand their sky-high expectations. They will then look a few years out, and ask 'what's next' for campus networks?
The best champion of a Wi-Fi solution for eduction is customer experience.
Here are a few examples of how Extricom technology out-performs other solutions to benefit schools and collegesacross the UK.
To learn how Extricom could work for you, call ICON or oneof its re-seller partners.
The University of San Carlos in the Philippines upgraded their aging network infrastructure that was experiencing slow speeds, reliability issues, and regular downtime by standardizing on Avaya technology. This transformed their network performance, providing 1Gb connectivity to all users and increasing network availability from 60% to over 90%. Students and staff now enjoy a much richer experience with reliable access to high-bandwidth applications and virtual learning tools.
Latest and Greates Wi-Fi Technologies Customized for the O&G SectorPixaviAS
Do you have Wi-Fi here? What’s the password? Sitting in a Starbucks or any other café, this
is probably the most common question you will hear. We are getting used to having instant
high-speed access to the Internet wherever we are. The reasons are plentiful, we like to
communicate, share and retrieve information faster and more often than before.
Increasingly our devices are becoming more and more connected. Your TV, radio, cellphone
and even toaster have Wi-Fi. Wireless technology opens up for new usage scenarios for
Internet enabled devices. Wireless networks simplifies access to the Internet, it is reliable,
high-speed and secure. This development started in the consumer space, and we now see
the same development in the office and in industrial applications, such as oil and gas
installations.
Sharath Vajrala is seeking a full-time job utilizing his Master's degree in Digital Science and Networks from Kent State University and Bachelor's degree in Electronics and Communication Engineering. He has over 3 years of experience as a network engineer and intern, and is proficient in networking protocols, servers, programming languages, and security. His resume outlines his education, certifications, skills, work experience, projects, seminars, and activities.
The Catawba County Regional EcoComplex and Resource Recovery Facility relies on full Wi-Fi access provided by a Motorola Mesh Wide Area Network across its 800-acre complex to connect researchers and businesses with real-time data from sensors. The complex previously lacked sufficient wireless connectivity, limiting data collection and research opportunities. Motorola and partner DoubleRadius installed an AP 7181 wireless network that provides up to 180 Mbps connectivity across the entire facility. This network allows real-time monitoring and data sharing between the complex's laboratories, universities, and businesses to facilitate research and sustainable development.
Extended & Reliable WI-FI at Aoyama Gakuin University4ipnet
Considering the changing communication environment and increase in mobile device usage, Aoyama Gakuin University realized that it was necessary to expand its WLAN infrastructure. However, providing a reliable wireless environment for over 20,000 students was no easy task. What are the key factors to a successful deployment?
University of the Highlands and Islands extents ubiquitous Wi-Fi services acr...Juniper Networks UKI
The University of the Highlands and Islands is unusual in that it covers an
extended geographic region (about half of Scotland, or a sixth of the land
area of the UK). It has almost 100 campus locations supporting about 7,500
Higher Education students and 25,000 Further Education students, and is
based across a wide range and variety of sites, from large campuses supporting
thousands of students, down to single room locations in remote rural areas and
on remote islands.
These broad-ranging geographic variations leave the university with
some unique IT challenges. Available bandwidth can vary hugely between
locations—some close to fiber-optic infrastructure and others in remote
corners of the region where even broadband speeds are low. Resiliency of
those communication links can be another challenge, as diverse routes can
be impractical, and sub-sea cables or radio links are more exposed than
land-based communication systems. Not least, the university must provide a
consistent service across all of its locations, whether they support a handful of
students or thousands.
This guide presents a new wireless architecture to deliver a multimedia-grade experience to students living in residence halls. We will show that large numbers of low-power microcells located directly in the student rooms is the only effective solution to fully meet user expectations. We provide simple rules to determine the density of these microcells for different types of construction. We also provide migration options to enable many institutions to deploy this architecture without pulling additional cabling.
To learn more, visit us at http://www.arubanetworks.com/wlan. Join the discussion at https://community.arubanetworks.com
University of the West of Scotland implements a Multi-Campus Juniper Networks...Juniper Networks UKI
When the University of West of Scotland (UWS) included seamless wireless
coverage across its campuses and included Wi-Fi as a key component
in its strategic objectives, its IT team needed to take a fresh look at the
infrastructure. At that point, wireless connection was available in very small
pockets of the university, mainly in communal areas such as campus cafés,
and coverage was uneven.
The university deployed a wireless broadband network from Motorola Solutions across its multiple campuses to provide high-speed internet access for students, staff, and visitors. The network uses RFS7000 wireless switches and access points to deliver speeds up to 54Mbps, allowing users to access the internet throughout the grounds. This is improving the learning experience by enabling easier research and more productive use of breaks. The university also plans to offer a library of video lectures and use the network for security cameras and potentially VoIP phones.
The university deployed a wireless broadband network from Motorola Solutions across its multiple campuses to provide high-speed internet access for students, staff, and visitors. The network uses RFS7000 wireless switches and access points to deliver speeds up to 54Mbps, allowing users to access the internet throughout the grounds. This is improving the learning experience by enabling easier research and more productive use of breaks. The university also plans to offer a library of video lectures and use the network for security cameras and potentially VoIP phones.
Wireless networking in schools provides mobility for students and supports e-learning. It allows students to access the curriculum and research resources from anywhere in the school using devices like laptops and tablets. Wireless networks eliminate the need to run cables and wires, making installation faster and more flexible. They also reduce costs compared to wired networks. While wireless improves access and mobility, schools must also implement security measures to protect their network and devices on it. Newer wireless standards like 802.11ac provide faster speeds and greater capabilities to meet the needs of students' use of technology in schools.
The document discusses how Ruckus smart Wi-Fi solutions can address key challenges for education institutions including providing reliable Wi-Fi coverage throughout large campuses and high-density environments like classrooms, simplifying BYOD onboarding and access, and reducing costs compared to alternatives through features like mesh networking that eliminate the need for new cabling. It provides examples of how Ruckus has helped school districts like St. Vrain Valley improve their Wi-Fi networks.
The new age classroom: A Practical Guide to Developing K-12 Information Networks
Find out how we can help you deploy the optimal digital learning network in your school district: http://enterprise.alcatel-lucent.com/education
Wi-Fi & Smart E-learning Experience at SOA University4ipnet
Siksha 'O' Anusandhan (SOA) University is a prestigious institution of higher education in India offering professional programs in a wide range of disciplines. As the administration at SOA University noticed the BYOD trend, they also realized that in order to meet these demands they had to offer a secure Wi-Fi environment that could handle a large capacity of concurrent mobile devices.
The Universidad Popular Autónoma del Estado de Puebla (UPAEP) upgraded its Wi-Fi network from a mixture of old Cisco and third-party access points to new Cisco Aironet 3700 Series access points to address complaints about poor coverage, speeds and connectivity on campus. The new network provides 40% faster bandwidth, improved security with access points acting as firewalls, and allows students to stay connected for at least four hours, a 400% increase from the previous one hour limit. UPAEP selected Cisco due to the performance, coverage and multimedia transmission capabilities of its equipment. The upgraded network has increased coverage across campus while reducing costs.
Meru Networks is a global leader in 4th generation wireless LAN infrastructure solutions. It has over 2,000 customers in 36 countries. Meru provides a comprehensive solution for wireless networks in education that includes centralized management, location services, and security services. The document discusses how wireless networks in K-12 schools are increasingly tied to strategic objectives like preparing students for the future, responding to growth, and taking advantage of funding opportunities. It outlines applications for wireless LANs in education and how the needs of students, teachers, and IT are changing. Meru's value proposition is providing a seamless wireless network that supports high-performance applications, future proofs the network, and has the simplest deployment and management with the lowest total cost
Case studyYour company, Security Professionals Inc., has been enga.docxTawnaDelatorrejs
Case study
Your company, Security Professionals Inc., has been engaged to perform a wireless and remote connectivity assessment and submit a proposal.
The perimeter assessment / current state is included as “Case # 2 – Wireless”.
Your proposal should include:
• Cover page
• Brief overview (two paragraph max) of the problem or current state.
• Proposed Network design – Diagram
• Proposed Design description and reasoning – one pages
• Implementation approach – one pages
• Equipment pricing and implementation costs – one page
• References – one page
The paper should be double spaced using 12-point font. APA format is required.
Wireless and Remote connectivity Case Study – Sanford University
Sanford University is a medium-sized university in the outskirts of Philadelphia. Formed in 1966, it has grown steadily through the incorporation of additional colleges and further education providers, but retains an emphasis on engineering, science and technology. Today, it numbers around 15,000 students and 2,000 staff.
As part of a five-year strategic plan, the university’s “Open Kingdom” project aims to create a consistent user experience across the campus, including the provision of wireless network access. This last issue became critical in the summer of 2012, when the Students body insisted on wireless access for all residential buildings before starting negotiations on 2013 rents.
“We’d traditionally viewed wired as good enough for everybody,” says John Patrick who is the network and data center manager for the University. “What became very clear was that wired wasn’t good enough for our students. Wired wasn’t their typical network experience. They expect the same experience on campus as they have at home. Students wanted to do their computing anywhere, anyhow, on the go, inside the campus, outside the campus. They didn’t want to be a slave to the cable.”
Patrick and his team needed a solution in place before the January 2013 deadline. The solution needs to provide wireless access coverage in the 7 buildings across campus, four of them residential, and for the solution to provide a robust remote access system (VPN) for faculty and staff.
The solution should not discriminate between devices; students would be free to use smartphones, games consoles or tablets on the network, for work or play. However, the network needed to differentiate between staff, students, conference visitors and guests, granting the appropriate access to services. Ultimately, with thousands of users bringing their own devices onto the network, it needed to maintain the security of the university’s systems.
Sanford University Layout
Residential buildings - 6 stories with 25 rooms per floor
Classroom / conference building - 4 stories and 40 classrooms per floor. Auditorium and Cafeteria located on ground floor.
Classroom / Admissions / Library building - 7 stories with 20 offices or classrooms per floor.
Data center .
Stuartholme School is a Catholic girls' school in Brisbane that implements a 1-to-1 tablet program for its 650 students. The school relies heavily on technology in teaching and learning. It deployed an Aruba wireless networking solution including 80 access points to support its technology needs. The school later upgraded to Aruba's high-performance 802.11ac wireless to handle the demands of ubiquitous wireless access on campus. The reliable WiFi network supports paperless learning, online classwork submission, and allows wireless access throughout the school grounds and boarding facilities. The Aruba solution has proven dependable, requiring little maintenance and allowing the IT director to focus on other initiatives to enhance the technology program.
Real world campus wi-fi, and what's coming next - Ruckus Wireless - Networksh...Jisc
How are your students using and experiencing Wi-Fi today? In this talk, Ruckus Wireless will look at a 'day in the life' of your connected digital natives, to better understand their sky-high expectations. They will then look a few years out, and ask 'what's next' for campus networks?
The best champion of a Wi-Fi solution for eduction is customer experience.
Here are a few examples of how Extricom technology out-performs other solutions to benefit schools and collegesacross the UK.
To learn how Extricom could work for you, call ICON or oneof its re-seller partners.
The University of San Carlos in the Philippines upgraded their aging network infrastructure that was experiencing slow speeds, reliability issues, and regular downtime by standardizing on Avaya technology. This transformed their network performance, providing 1Gb connectivity to all users and increasing network availability from 60% to over 90%. Students and staff now enjoy a much richer experience with reliable access to high-bandwidth applications and virtual learning tools.
Latest and Greates Wi-Fi Technologies Customized for the O&G SectorPixaviAS
Do you have Wi-Fi here? What’s the password? Sitting in a Starbucks or any other café, this
is probably the most common question you will hear. We are getting used to having instant
high-speed access to the Internet wherever we are. The reasons are plentiful, we like to
communicate, share and retrieve information faster and more often than before.
Increasingly our devices are becoming more and more connected. Your TV, radio, cellphone
and even toaster have Wi-Fi. Wireless technology opens up for new usage scenarios for
Internet enabled devices. Wireless networks simplifies access to the Internet, it is reliable,
high-speed and secure. This development started in the consumer space, and we now see
the same development in the office and in industrial applications, such as oil and gas
installations.
Sharath Vajrala is seeking a full-time job utilizing his Master's degree in Digital Science and Networks from Kent State University and Bachelor's degree in Electronics and Communication Engineering. He has over 3 years of experience as a network engineer and intern, and is proficient in networking protocols, servers, programming languages, and security. His resume outlines his education, certifications, skills, work experience, projects, seminars, and activities.
The Catawba County Regional EcoComplex and Resource Recovery Facility relies on full Wi-Fi access provided by a Motorola Mesh Wide Area Network across its 800-acre complex to connect researchers and businesses with real-time data from sensors. The complex previously lacked sufficient wireless connectivity, limiting data collection and research opportunities. Motorola and partner DoubleRadius installed an AP 7181 wireless network that provides up to 180 Mbps connectivity across the entire facility. This network allows real-time monitoring and data sharing between the complex's laboratories, universities, and businesses to facilitate research and sustainable development.
Extended & Reliable WI-FI at Aoyama Gakuin University4ipnet
Considering the changing communication environment and increase in mobile device usage, Aoyama Gakuin University realized that it was necessary to expand its WLAN infrastructure. However, providing a reliable wireless environment for over 20,000 students was no easy task. What are the key factors to a successful deployment?
Extended & Reliable WI-FI at Aoyama Gakuin University
cs-evangel-univeristy
1. case study
802.11AC WAVE 2 HITS
HIGHER EDUCATION
RUCKUS SMART WI-FI CHANGING THE WAY STUDENTS LEARN
Technology plays a large role in many aspects of day-to-day life, and education is no exception.
Higher education is breaking new ground in early technology adoption inspiring a new genera-
tion of learners. Evangel University has been able to transform students’ education both inside
and outside the classroom through the implementation of a smart Wi-Fi network. Students can
easily and confidently connect and participate in online learning and even utilize smart devices
in the classroom. And it is not just Evangel University that is making a change. The need for
wireless bandwidth in the classroom is growing among all colleges and universities. As the
student experience in the classroom is changing and faculty and staff are more reliant on online
learning, a reliable and robust Wi-Fi network is at the top of the priority list. Yet, connectivity is
not just restricted to the classroom. Reliable network connectivity is necessary in dorm rooms,
sports facilities, and even outside common areas. Wi-Fi is no longer a “nice-to-have,” but a
strategic component of any school. According to the Educause study, over 60 percent of col-
lege students said they wouldn’t attend a university without extensive Wi-Fi.
CHALLENGE
Founded in 1955, Evangel University is a comprehensive Christian university located in
Springfield, Missouri. Situated on over 100 acres with seven resident halls, five academic
buildings, a large chapel and an athletic center, the school serves over 2200 students and 400
faculty and staff. Through the years, it had become evident that the old Wi-Fi infrastructure
Evangel had in place was becoming increasingly problematic to students and faculty. With over
1,100 students living on campus, students were becoming frustrated with the performance of
the legacy Wi-Fi.
“We were getting dozens of tweets a week on how bad the Wi-Fi network was and how
the students were getting disconnected and were dissatisfied,” states Gary Blackard, Chief
Information Officer at Evangel University.
Evangel had been running a Wi-Fi infrastructure that was over seven years old. A mixed
network of 3-COM and Ubiquiti provided insufficient coverage campus-wide. Equipped with
only 2.4 GHz radios, the network was unable to meet the high-density needs of students,
faculty and even IT staff. In 2014, Gary Blackard joined Evangel University as Chief Information
Officer (CIO) and decided it was time to make a change. Evangel needed a system that was
scalable, innovative, and easy for IT and end users to manage and use.
OVERVIEW
Evangel University is located in Springfield,
Missouri. The university serves over 2200 students
and 400 in faculty and staff spread over 100 acres.
REQUIREMENTS
• WLAN infrastructure that is scalable and
innovative
• Reliable network that meets the high
density needs of students and faculty
• Campus-wide mobility
• Secure and simple onboarding
• Easy deployment and network maintenance
SOLUTION
• High performance network solution that
meets current and future Wi-Fi needs with
superior connectivity and coverage
• Deployed 335 access points to provide
campus wide coverage
• Ease of management of ZoneDirector 3000
• Improved density capabilities and overall
throughput
2. Higher Education:
Evangel University
SOLUTION
Evangel searched for a vendor whose core business was Wi-Fi
who could meet their standards on the desired solution. After an
extensive evaluation with suppliers Aerohive, Aruba, Extreme,
Xirrus, and Ruckus, it was time to place the two finalists to the test.
Due to the large amount of complaints Evangel was receiving from
students regarding the Wi-Fi coverage, the final decision was left to
an on-campus competition between the two final suppliers. They
decided to have an on-site demo that would be reflective of a real
world experience. Evangel had two identical dorms in terms of con-
struction and capacity and invited Aerohive and Ruckus Wireless
to deploy their Wi-Fi in one of the dorms each. The test lasted for
6-8 weeks. Student feedback and network performance data was
collected and analyzed.
“At the end of the day Ruckus was the clear winner,” states
Blackard.
Evangel was drawn to the Ruckus portfolio because of the high
RF performance and the superior products including our built-in
BeamFlex+ Adaptive Antenna Technology that focuses RF signals
towards each associated client, ideal for high-density environments.
“Being able to cut down in co-channel interference, taking
advantage of polarized antennas so orientation of the device
doesn’t have an impact was huge since it plays a big role in the real
world and makes an actual difference,” states Blackard.
The Mirazon Group was the partner who helped Evangel University
with the solution process. To ensure consistent coverage, Evangel
installed 335 of Ruckus’ ZoneFlex R710 access points campus
wide. They experienced a huge increase in the Wi-Fi performance
and range. The R710 delivers up to 5dB of signal gain and is
backwards compatible with existing Wi-Fi clients. It maintains a
4x4:4 802.11ac functionality and MU-MIMO to address the need of
high density. This Wave 2 deployment made a big difference on this
campus.
“I was very impressed that Ruckus had the product on the market
before anyone else. Wave 2 makes a huge difference from a client
density perspective,” says Blackard.
page 2