Telecom Training

Docker is a minimal Linux sandbox environment, an open-source engine which automates the deployment of applications as highly portable, self-sufficient containers which are independent of hardware, language, framework, packaging system and hosting provider.
Docker containers are designed to run isolated services or applications with the ability to share OS, resources, data and more

Expectations and Goals

Users will know what is Docker, how to install, create, publish and deploy both Docker images & containers.
At the end of this session users will create deploy and consume Docker containers and will get familiar with docker file.

Secondary Goals: User will learns

What is Docker?
The concept and architecture of Docker
How to install & use Docker
Upload self-made container to public registry
What are container
Create and execute Docker containers
What are Docker files
How to use existing container
How to create and publish containers (Hub)
What is the difference between Docker and virtual machines
How to install Docker
How to install use Docker images
How to create and publish custom-made Docker images
What is docker Swarm / scale/ services
Docker compose
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Many people have ideas.  Usually they are aware of two options; getting them implemented, which takes a huge commitment of time and money, or doing nothing with them.  This workshop teaches how to generate, evaluate, and enhance ideas, and then a number of options as to how to add value, and monetize them.
The workshop pays special attention to what inventor should know about patents, and how to get value out of ideas using patents.  Many possible mistakes can be made which are carefully reviewed.  This workshop is expected to teach people how to create patents for the company, for start-up or for themselves, how to ensure that those patents are valuable, and to start people on the road to becoming inventors.  Patents are a strategic asset with a clear business goal.  The workshop will teach the people how to invent but also how to use the patent to ensure that the ideas protected are valuable.
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The course reviews some of the key concepts that will shape the next generation of mobile systems – the 5G
5G standard, to be ready by 2020, is not only about new radio technologies, but also network architecture revolutions providing a full convergence of mobile network and Internet industries. It is single end-to-end protocol standard for the future mobile Internet!
The course reviews the 5G cutting-edge technologies and architecture like heterogeneous networks, device-to-device communications and others, as well as looks at 5G Internet of Things (IoT) solutions and virtualization methods like SDN and NFV.
The course also deals with the 5G major challenge of integrating technologies and concepts that were separately developed, into one network.
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IoT allows objects to be sensed and controlled remotely across existing network infrastructure, creating opportunities for more direct integration between the physical world and computer-based systems, and resulting in improved efficiency, accuracy and economic benefit. The world of communications is adapting to IoT, with new types of wireless networks (such as LPWA Networks), protocols and infrastructure being developed to match the specific challenges and demands of this rapidly growing technology.
This seminar will address these challenges and provide participants with the in-depth knowledge needed to understand and work with IoT wireless networks.
We will cover the wide range of developing new wireless networks and standards relating to all aspects of IoT, including 3GPP networks e. g. LTE-MTC, NB-IOT; alternatives such as LORA, SIGFOX and others; all activity and business issues related to IoT, and a look at how these networks will evolve into 5G.
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The “Location Based Services” (LBS) seminar will describe a comprehensive picture of the LBS world and cover key technologies, key markets, vertical industries, applications, solutions, value chain and key stakeholders. The seminar will also deal with the different challenges faced by the industry. Main attention will also be given to the range of current and future applications. The seminar will not cover military technologies and applications.
The seminar will be conducted as a full day seminar. It will be presented as a series of frontal presentations associated with participants’ activities such as case study analysis and industry challenges simulations of both products and business issues.

General

EID a security aspect for the Eddystone API for Beacon use has been announced by Google on April 2016. Another step in the ongoing stream of announcements and innovation in the areas of “Location Based Services”.
During the last decade RTLS (Real Time Location Systems) became highly available to a large number of applications and vertical markets. This area, which started with outdoor satellite based location capabilities, is now everywhere, from indoors to Naval and aviation solutions and from simple navigation to complex and sophisticated tracking and commercial applications. Location, tracking and navigation new methods (like the wide use of beacons) are constantly developing while the performance level of existing means and technologies are constantly improving. Recently, Location and tracking capabilities are becoming a major part of the Internet of things evolution.
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