A journey from underwater to cloud!
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The document discusses the potential future synergy between cloud computing technology and underwater sensor networks (UWSN) and marine technology. It suggests that autonomous underwater vehicles (AUVs) could be used to periodically clean underwater data centers, while the data centers could help back up and monitor the health of underwater networks. The document raises questions about whether decisions made in marine sciences are still relevant and whether there are optimal locations for establishing underwater data centers.
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Every morning, I get out of bed and go to work because I believe technology makes a difference. I believe that in the midst of global growth, numerous humanitarian crises, the increasing need for better resource management, and an evolving threat landscape, a new world is emerging. And I believe technology is playing a key role in making that world a better, safer, and healthier place for more people to enjoy. It feels good to be part of that.
Fundamentally, I believe the breakdown of traditional industry boundaries and increased cross-industry collaboration have enabled us to maximize the benefits of technology. Today, Ericsson works with partners in many different industries that all rely on connectivity embedded into their solutions, services, and products. Our early collaborations, which were with utilities and the automotive industry, have led to innovations like the Connected Vehicle Cloud and Smart Metering as a Service.
I am delighted that Harald Ludanek, Head of R&D at Scania (a leading manufacturer of heavy trucks, buses, coaches, and industrial and marine engines) agreed to contribute to this issue. His article on the significance of ICT – how digitalization and mobility will impact the automotive industry and bring about the intelligent transportation system (ITS) – illustrates the importance of new business relationships, ensuring that different sectors create innovative solutions together, and maximize the value they bring to people and society.
Technology is making it easier for people to protect their homes, families, and belongings. The standardization of antitheft systems in automobiles, for example, has led to a decline in car theft in most parts of the world. However, while technology offers improved security, somehow criminal countermeasures manage to keep up. In an article about end-to-end cryptography, a number of Ericsson experts highlight how car theft is no longer carried out with a slim jim and a screwdriver, but rather with highly sophisticated decryption algorithms, smartphones, and illegal access to software keys.
The protection of data – and the people who own it – as it travels across the network has always been a cornerstone of the telecoms industry. But in today’s world, no single organization can maintain end-to-end control over information as it is carried from source to destination, and so upholding the right to privacy is becoming an increasingly complex issue. And with quantum computing posing a threat to our current security systems, our experts point out that this will render certain existing methods of protection useless. Not only do protocols need a shake up, so does software — so it can work in lightweight mode for constrained or hardware-limited devices.
The perception gap: the barrier to disruptive innovation in telecoms
The 'state of the possible' in telecoms is a long way ahead the 'state of the art'. The new science of network performance enables a large leap in customer experience and cost. However, the perception among operators is that only relatively small, incremental improvements are possible.
This presentation explores the reasons for this 'perception gap' between what is seen to be possible, and what actually is. It draws on our work at senior levels for tier 1 operators, as well as examples from outside the telecoms industry.
Overcoming this gap opens the possibility to disruptive innovation. Who will seize the opportunity? Incumbents, challengers or new entrants?
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This document discusses the growing cloud services market and opportunities for network providers. It notes that the cloud services market is expected to grow to $33 billion by 2018 with communication service providers increasing their share of the market. Enterprise adoption of cloud is growing as businesses recognize the benefits of flexibility, cost savings, and efficiency. However, cloud brings challenges around networking, security, and management. The document outlines Juniper's vision and solutions for data centers and cloud, including strategies for private, public and hybrid cloud models. It discusses Juniper's portfolio of switching, routing, security and software-defined networking products that help address the challenges of cloud and create value-added cloud services.
Distributed mixed reality for diving and
Taking advantage of state of the art underwater vehicles and current networking capabilities, the visionary
double objective of this work is to “open to people connected to the Internet, an access to ocean depths
anytime, anywhere.” Today, these people can just perceive the changing surface of the sea from the shores,
but ignore almost everything on what is hidden. If they could explore seabed and become knowledgeable,
they would get involved in finding alternative solutions for our vital terrestrial problems – pollution,
climate changes, destruction of biodiversity and exhaustion of Earth resources. The second objective is to
assist professionals of underwater world in performing their tasks by augmenting the perception of the
scene and offering automated actions such as wildlife monitoring and counting. The introduction of Mixed
Reality and Internet in aquatic activities constitutes a technological breakthrough when compared with the
status of existing related technologies. Through Internet, anyone, anywhere, at any moment will be
naturally able to dive in real-time using a Remote Operated Vehicle (ROV) in the most remarkable sites
around the world. The heart of this work is focused on Mixed Reality. The main challenge is to reach real
time display of digital video stream to web users, by mixing 3D entities (objects or pre-processed
underwater terrain surfaces), with 2D videos of live images collected in real time by a teleoperated ROV.
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- 2. THE MOVE TO UNDERWATER 01 INTO THE CLOUD & INDUSTRY 02 THE POSSIBLE FUTURE 03 and what might still be relevant? Is there some synergy, if stretching? how the journey makes sense
- 3. Inverted image from Matt Might : https://matt.might.net/articles/phd-school-in-pictures/
- 5. We know more about this, than what lies underwater on Earth!
- 6. Shun the incremental, Solve problems yourselves
- 7. Are those decision still relevant to Marine Sciences?
- 9. Networking research into SDN at Plumgrid AN10: IoT Platform from experience of UWSN Cloud Native application development from AN10
- 10. So … can there be a Synergy between the Cloud and UWSN/Marine Tech?
- 14. AUVs for periodic cleaning, while underwater
- 15. Cluster health and backup underwater network
- 17. Thank you!