Northern Kentucky University is among the fastest growing universities in Kentucky. It hosts over 15,000 students with about 13,000 undergraduate and 2,000 graduate students. The goal of the wireless program at NKU is to provide secure, robust and ubiquitous wireless access throughout the campus, both indoors and outdoors. This ensures that students always stay connected and feel at home. The classrooms are equipped with smart technology to ensure that the teachers can benefit from technology when collaborating with students. The IT team has blanketed the libraries, the classrooms, the dorm-rooms as well as the outdoor areas with Wi-Fi. In the previous blog in 2012, we described how the Cisco 7.5 release allows networks to recover with no client re-authentication in the rare event of your primarily wireless LAN controller goes down.
At a Glance:
Located in: the Highland Heights Kentucky
Number of students: 15,000 of which about 2000 stay in residence halls
Number of teachers/staff: 2000
# WLAN clients: Approximately 8500 concurrent clients
Access-Point Model and Units: 1200 units of AP models including AP702W, 3502, 3602, 3702, 1550 and a few older Access Points which are being phased out
Controller Model and Units: 2 Pairs of WiSM2 operating in 126.96.36.199
Switch Models: Various models 2960, 3650, 3850, 3750X and 6500
Prime Infrastructure: 1.4.2
Mobility Services Engine: 7.6
Deployment Details: We talked to Christopher Johnson, the Senior Infrastructure Systems Analyst II at Northern Kentucky University to capture some of his thoughts around their choice of this solution and the associated benefits. Read More »
Tags: 11ac, 802.11, 802.11ac, access point, AP, application, AVC, bandwidth, CCIE, client, control, controller, device, gigabit, graduate, kentucky, LAN, mobile, mobility, nku, prime, professor, re-authentication, smart, staff, student, switch, system, teacher, technology, university, video, visibility, wi-fi, wifi, wireless, WiSM2, wlan
At Cisco’s inaugural Internet of Things (IoT) World Forum in Barcelona this week, I spoke about how IoT is impacting multiple industries and public sector creating tremendous business value for companies, cities and governments around the world. IoT, which we define as the networked connection of physical objects has made its way from vision to an explicit part of Cisco’s agenda and to a definition in the Oxford dictionary. Together with mobility, cloud, big data, IPv6, and an apps world, IoT is one of the technology transitions that make up the Internet of Everything which includes the networked connection of people, data, process and things.
It is fascinating to see how IoT is rapidly gaining traction. We talked to more than 700 business and global thought leaders from across industries, governments and technologies at the IoT World Forum, who like Cisco, are passionate about innovation and accelerating the advancement of the Internet of Things for their organizations and society as a whole. As we move towards an application economy, we are working to make the world more connected. Barcelona was the logical choice for this Forum as a prime example of a city that understands the IoE vision and has embraced IoT to become a Smart City with the potential for creating new companies, more than 55,000 new jobs and $3 Billion in profits over the next ten years.
As world populations shift to urban areas, community leaders are seeking to transform their cities to solve a range of pressing social and economic problems and capture new opportunities. The Smart City vision with applications like smart parking, smart waste disposal, smart lighting, smart environmental monitoring and, new citizen services offers a path towards building better communities where people want to live, learn and play and where businesses seek to invest. It also enables the creation of urban centers that work more efficiently, effectively and productively.
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Tags: brazil, IoE, IoT, IoTWF, smart
In my last blog, I discussed the benefits of Smart City cloud management capabilities. An intelligent IP-enabled network unites multiple services onto one infrastructure, allowing for tight operations management and lower expenses. Operating this network remotely, through the cloud, further enhances the capability for sustainable, effective city management.
As Smart City visions emerge in various projects in local government, we will see a combination of new ways of thinking, designing, planning, executing, and managing. Busan, South Korea has already discovered the powerful benefits of cloud infrastructure to create Smart+Connected Communities solutions. The government partnered with companies to create a Mobile Application Center to utilize city assets and the connected network. (You can also watch a video series, “Cities of the Future,” on Songdo, South Korea and how this new connected Smart City was designed, planned, and built.)
There are some important steps that other cities and governments can take to harness the power of the cloud to become more connected, efficient, and sustainable. A process on how to answer the Smart City call to action is further outlined in Cisco’s POV paper, “Smart City Framework,” and video.
1. Use one intelligent, multiservice IP network.
This is the overarching mantra of a Smart City—connect systems and services to improve city livability. While it can seem daunting, it’s important to remember the long-term benefits of a connected city, especially using cloud management. Some of the most promising Smart City projects have shown that it’s possible to use the network to achieve some major goals of state and local government, including efficient city management and economic, social, and environmental sustainability.
Savvy government leaders are recognizing the untapped power of the network and incorporating its potential into the early stages of planning and development. Many cities have experimented with including information and communications technology (ICT) solutions through small-scale “proof of concept” projects. Since budgets are so limited, it can be difficult to adopt a purely centralized approach, which means trying new techniques and learning from the enterprise sector.
2. Build a foundation for public-private partnerships.
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Tags: Busan, Cisco, city systems, cloud, Cloud Management, connectivity, government, IBSG, infrastructure, Intelligent Network, smart, Smart + Connected Communities, Smart City, Songdo
As world leaders ponder how to meet the growing demand for energy and resources, while reducing global carbon emissions, cities are challenged even further. The exponential growth of cities has resulted in enormous urban challenges: scarcity of resources; skyrocketing passenger, cargo, and digital traffic; and outdated and overloaded infrastructures.
The continued expansion of the Internet and our society’s increased connectivity seemingly amplify these urban challenges. However, Cisco and Schneider Electric see an opportunity to create a new future for cities, and they are already making cities more efficient and connected today.
The key is transforming a city from the inside out:
- Developing an efficient infrastructure for the utilities network, transportation systems, buildings, and public services.
- Adding connectivity to integrate these efficiency solutions, and including people in the social conversation.
- Reducing carbon emissions and environmental consequences of urban life to ensure sustainability.
This transformation requires that the city’s operating systems, such as utilities and transportation, function with optimal efficiency, allowing data collection for operations optimization. In order to solve the “pain points” that negatively affect city residents (such as power outages), it is critical to optimize each individual system, as well as the overall structure and connections among systems. Efficient integrated operating systems that create connections will improve services, offer better information sharing, and enhance a city’s sustainability and livability, transforming it into a Smart City.
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Tags: Cisco, city services, city systems, collaborate, connectivity, efficient, IBSG, infrastructure, integration, Schneider Electric, smart, sustainable, urban life
Yesterday was a whirlwind of activity for Cisco at Mobile World Congress 2012, and a big day for our smallest networking devices.
On the heels of the past week’s 4G/LTE announcements with Magyar Telekom, LG U+ , Vodafone Hungary, Telefonica Spain, and Bell Canada, yesterday we stood with business partners Orange, and Shaw to announce a new era in the evolution of the mobile Internet: the era of the small cell.
Cisco CEO John Chambers declared “We are now entering the post-macrocell era, where small cells also will play a critical role in delivering the next-generation mobile Internet.”
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Tags: 4G, 4G LTE, Bell Canada, BT, Cisco, DT, john chambers, lg u+, magyar telekom, mobile internet, mobile video, mobility, mwc, Orange, PCCW, Service Provider, Shaw, smart, Telefonica Spain, True, V2oLTE, videoscape, vodafone hungary, wi-fi