edge computing

See the following -

23 European Cloud Technology Companies form the European Cloud Industrial Alliance (EUCLIDIA)

Press Release | EUCLIDIA | July 8, 2021

Today, 23 European companies have announced the creation of the European Cloud Industrial Alliance (EUCLIDIA) formed by independent European original technology manufacturers, for the promotion of digital independence and strategic autonomy...EUCLIDIA will carry the voice of European cloud technology innovators. Its members are all European-based with the majority of shareholders being European. Its mission is to provide lawmakers and policy makers with the field expertise and vision that will reinforce policies that accelerate the adoption and development of leading cloud technologies made in Europe. Such policies should reflect European values such as the protection of privacy and the promotion of fair competition while enabling European cloud industries to be competitive.

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A Look at Open Source Image Recognition Technology

Image recognition technology promises great potential in areas from public safety to healthcare...At the Supercomputing Conference in Denver last year, I discovered an interesting project as I walked the expo floor. A PhD student from Louisiana State University, Shayan Shams, had set up a large monitor displaying a webcam image. Overlaid on the image were colored boxes with labels. As I looked closer, I realized the labels identified objects on a table. Of course, I had to play with it. As I moved each object on the table, its label followed. I moved some objects that were off-camera into the field of view, and the system identified them too.

Edge computing and the importance of open infrastructure

The "edge" is diverse, dispersed, often independently owned and operated, and comes with a set of constraints not addressed in the average data center. Old sci-fi films painted a picture of how computers would permeate every facet of life in the future. It has come to pass, and it happened almost without us noticing: having PCs at home became commonplace, our mobile phones turned into small smart devices, and our cars began making decisions for us, controlled by thousands of sensors and controllers. Self-driving cars, augmented and virtual reality, smart homes and more all underscore our rapidly emerging dependence on distributed computing infrastructure.

Lessons In Openness From Japan's "Business Reinvention"

In The Business Reinvention of Japan, Ulrike Schaede explores Japan's approach to economic development in the late 20th and early 21st century. Her thesis is that this approach-what she calls an "aggregate niche strategy"-offers important lessons for the West by balancing the pursuit of corporate profit with social stability, economic equality, and social responsibility and sustainability. It's also a case study in the power of open organization principles, which come to life in Schaede's account. I would argue that Japan's "aggregate niche strategy" was successful, in part, because of them. In this review, I'll explore Schaede's argument about Japan's economic development in order to demonstrate how open principles played a role in Japan's "reinvention." In this first part, I'll provide some historical, economic context necessary for understanding Schaede's argument. In the next part, I'll explore in more detail the implications of Japan's strategy and the role open principles clearly played in it.

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The Emergence of Artificial Intelligence And Why Open Source Matters

Sharing knowledge and sharing code has always been a key driver for innovation in Artificial Intelligence. Researchers have gathered together since AI was established as a field to develop and advance novel techniques, from Natural Language Processing to Artificial Neural Networks, from Machine Learning to Deep Learning. The Open Source community has played a key role in advancing AI and bringing it to solve real-world problems. Libraries and frameworks like TensorFlow, PyTorch, Keras, and Scikit-learn, for example, have allowed researchers and data scientists to study and make use of AI.

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Why Linux is Critical to Edge Computing

Edge computing is a model of infrastructure design that places many "compute nodes" (a fancy word for a server) geographically closer to people who use them most frequently. It can be part of the open hybrid-cloud model, in which a centralized data center exists to do all the heavy lifting but is bolstered by smaller regional servers to perform high frequency-but usually less demanding-tasks. Because Linux is so important to cloud computing, it's an ideal technology to learn if you intend to manage or maintain modern IT systems.

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ATARC Panel: Preventing Data Breaches from the Edge to the Cloud

Event Details
Type: 
Seminar/Webinar
Date: 
January 7, 2021 - 1:30pm - 2:30pm

Join us for this panel, which sets out to discuss how advancements in the federal cloud space, mobility and distributed workforces have driven the focal point for security to shift. Topic experts will discuss lessons learned in successfully implementing cloud methodologies, tools, and techniques in a time of continuous change and telework. Together, panelists explore available and desired solutions to rectify past and pre-empt potential future data breaches, as both citizens and the government agencies serving them embrace “the new normal”.

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