Digitalization, digital networking, research, network automation, education and educational networks; are all these the buzz words of recent technology and for education institutions? Why everyone is talking about digitalization and networks, how are these both interconnected; and what is network automation and education networks are what we are going to know on this blog today .
While what the smaller research say about the education networks and individual campus networks; we can say that both stand for the same aim which is implementing education through current network automation strategies and tools. Are these tools, strategies, and significant efficiencies or the network automation wave more hype than these smaller institutions?
Let us look at some of the regional networks, how they are succeeded and what are the challenges involved in this path of deploying various network automation with relatively small and outsourced staff and support. Also discussed will be the experience of working with this diverse technology and how it increased the awareness about the possible proposed value of network automation and how regional’s can assist smaller schools through this network path.
Digital learning and collaboration have become an essential part of today’s education. From k-12 schools are implementing the methods of digital learning. These blended learning methods and one to one computing programs are reshaping the classroom studies and engaging more students to become tech-savvy’s. The higher educational institutions are announcing BYOD- which means bring your own device concept; students are also allowed to use their smart phones, laptops, tablets and other gadgets to be connected. This helps the institutions to meet the unprecedented demand for connectivity with high performance and to get recognized as highly reliable campus and data network center solution provider.
Challenges:
The hike of latest technologies, mobile devices and growing appetite for applications and rising security concerns are placing new burdens on educational networks. To meet these challenges, schools are expanding their networks to meet student and faculty expectations for high performance, highly reliable, and always-on connectivity.
The school network is always mission-critical, and downtime will be more and un-tolerable when class lectures, research projects, assignments are involved. We can see diversity and richness using these educational applications as learning is increasingly leveraging interactive curricula, collaboration tools, streaming media, and digital media. The success of the Common Core Assessments hugely depends on connectivity. The higher education, universities, and colleges that have poor quality, non-ubiquitous network access, quickly discover that this is affecting their registration/enrollment rates.
The other challenge is with the number of Wi-Fi devices and the types of devices students bring to a university or college campus; Students commonly have three or more devices like; smartphone, tablet, laptop, gaming device, or streaming media player and expect flawless connectivity. While higher education is deploying wireless IP phones for better communications, IP video cameras to develop physical security, and sensors for a more efficient environment. The projections for the Internet of Things, which will connect hundreds of billions of devices in a few short years, are nothing short of staggering.
The trends that educational networks are looking today for students, faculties and administrator expectations is that of for the connectivity which is rising and the complexity and cost of networking are also growing exponentially. In addition to this growth, the “adding on” to networking equipment for old designs is causing the network to become ever more fragile. IT budgets are tight, and technology necessities are growing faster than the funding.
What if schools took a step back and had a unique opportunity to proactively aim their networks to meet the challenges which hit today and tomorrow? What if deploying the network was simple, not a manual, time-consuming chore? What if your initial design and build could scale for years to come, without having to build configurations on the fly every time? What if networks were easier to plan and build, configure and deploy, visualize and monitor—and had automated troubleshooting and broad reporting?
The tools which are of high configurations help the educational networks are Juniper Networks, HP, CODE42, DLT, EKINOPS, Level 3, cloudyCluster, OSI and much more. It’s time to update the educational institutions towards the design, building, and maintaining the network and taking the advantage of automation and modern management tools to create scale, consistency, and efficiency.
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Read MoreThe value proposition of Cloud computing — the delivery model for digitalization and innovation has evolved from cost reduction and scalability to mobility and cognitive computing. However, the other benefit is a path to improve customer loyalty using cognitive services through a cloud to create personalized promotions and interactive customer support.
This thinking has extended the idea of a cloud assessment beyond traditional and advanced IT analytics that aimed to improve the customer experience and expectations. The purpose of this customer-centric approach is not which cloud is the best fit for any application; instead, it should, which cloud is the most innovative in adding to hosting services.
The cloud suitability assessment in traditional approach is to evaluate the IT systems using prearranged criteria and to identify the best suitable cloud hosting environment. By implementing such environment you can evaluate cost reduction, agility, scalability, and flexibility. However, such assessments often result in creating a hybrid cloud (private and public) for enterprise-level customers.
While based on every organization’s IT need and policies, it is crucial to tailor assessment criteria which are typically included on latency (performance), accessibility, hardware dependency, data security/privacy and demand certainty. Thus, the end result is to migrate your application to the cloud, but that is not enough to be competitive in many markets today.
However, these assessments are like foundations to new analysis which aims to transform traditional IT systems into cloud-based systems to enhance the customer based services.
This new cloud assessment requires added evaluation criteria’s, such as cross-platform compatibility, integration involvedness, open technologies, and cognitive computing applicabilitys. These criteria’s can overlap with architectural design principles, and enable innovative services through IT systems running in the cloud.
Here are some questions that may help you to make out any gaps and achieve your innovative goals that go beyond legacy cloud migration.
This comprehensive assessment will make your systems or applications land in a cognitive ready cloud environment so you can speed up the design and implementation phase to innovative services.
The potential for these services is every time unlimited, so you need to consider the new insights made possible by cognitive computing. With the help of cognitive services process, you can see the tremendous amount of structured and unstructured data generated by billions of mobile devices every day.
It’s time to go beyond migrating your applications and systems into the cloud, and also look into its readiness for innovations how cloud and cognitive services could revolutionize your customer experiences. By doing so you could drive your digital transformation.
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Read MoreAccording to Wikipedia, professional learning network role can include, “searcher, assemblator, designer of data, innovator of subject matter, and researcher”.
Professional learning Network is a powerful change agent. And in today’s world an online professional learning network is indispensable. Technology allows easy access to an unparalleled network of professional resources. Growing your network can lead to opportunities for professional growth and help change the future of education.
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Read MoreBig or small, companies today are finding different ways to capture and use more data. Almost everyone agrees to this that Big Data has taken the business world by storm. But what’s next? What are the technologies which will develop around it?
Or Will data continue to grow; and can it become a relic as quickly as the next trend — Cognitive Technology? Fast Data? - appears on the prospect. Let’s look at some of the predictions from the foremost experts in the field, and how likely they are to come to pass and see how the push to make big data more mainstream and stronger in 2016.
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Time will only tell which of these predictions will come to real pass and which will merely pass into darkness. But the important takeaway will be all about Big data that is only going to get bigger and every business for and into data and for those companies that ignore it will be left further and further behind.
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Read MoreDigitalization and networking are prime forms of 21st century learning. The world is much smaller and thanks to technology; which made learning more transforming into a globally collaborative enterprise. For example professional, networks allow the scientific community to share discoveries much faster than the others.
The scientists of Harvard are considering that “sharing discoveries is more efficient and honorable than patenting them.” This idea embodies the true spirit of a successful professional learning network: collaboration for its own sake.
Educators should aim to be connected to advance their craft; and on another level, they need to use networks to prepare and the teach students and make them ready with the ever changing technological needs; as this will make them available in the changing job market. However, what is the best way to approach professional learning networks - PLNs?
The recent learning networks are based on the theory of connectivism, or learning from varied social webs. Connectivism implies to learning that relies on communicating ideas with many people at same time. Professional learning networks facilitate learning through meaningful interactions; the advantages of these networks today are two-folded. In one way, they help to improve the classroom teaching and to develop new projects; and on the other hand, they act as a form of shared intelligence that changes communal perceptions.
We will see more details on what are the ways to grow your PLN and improve the quality of your interactions; as there are diverse ways to build your network and many new management tools.
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