A global standard for Licensed Assisted Access is agreed to be included in Release-13, the next release of the LTE specifications by standardization organization 3GPP. Fair co-existence with other technologies operating in unlicensed spectrum is a fundamental design principle for LAA. Extensive investigations of how LAA can co-existence with itself and Wi-Fi systems have been done over the last 9 months within 3GPP. This together with a continued large industry interest has formed the basis to decide to start a work item. This blog post will give you some important details about the study and its results.
Release 14 will mark the start of 5G work in 3GPP. In addition to the continued LTE evolution, a new radio access technology will be standardized, and these two technologies together will form 5G radio access. In this blog post, I will shed some light on a number of the key areas – low latency communication, spectrum flexibility, machine type communication, multi-antenna and multi-site transmission techniques, and ultra-lean design – and how they can be part of the upcoming 5G work in 3GPP.
High speed trains is one essential transportation mode in modern society. As everywhere else, people expect good communication services also on board high speed trains. This is however not a trivial task, and current solutions tend to fail for various reasons. Now we have developed and validated a novel, two-hop solution for high speed trains, together with a research partner in Taiwan.
Driving conversations with a broad range of stakeholders is a way for us in Ericsson Research to uncover new insights about our future connected world. As part of our innovation program and the Ericsson Garage initiative, we are extending our engagement with universities, and one important step is our sponsorship agreement with the SkyDeck accelerator program at UC Berkeley.
Right now the mobile industry is very busy planning for 5G, the next step in the evolution of mobile communication that should provide state-of-the-art connectivity beyond 2020. 5G will be a key component of the Networked Society, and it will help us realize our vision of essentially unlimited access to information and sharing of data anywhere and anytime for anyone and anything. Continue reading
Today we are happy to announce the open source release of the application environment that we call “Calvin”. Calvin is designed to simplify development of Internet-of-Things (IoT) applications
“In the wireless industry, we have together built the world’s most successful and widespread technology platform with 7 billion subscribers, spread all over the globe. Now it is time to mobilize and digitalize the rest of the industries.” That was one of the concluding remarks Erik Ekudden made at the Johannesberg Summit in his opening keynote presentation. Continue reading
The increasing use of software in all aspects of our lives, e.g. banking, commerce, vehicles, health care and so on, makes software security an extremely important issue not only for IT systems but for the overall security of our lives. Continue reading
SDN was the main keyword when it came to optical networks and their control at the OFC 2015. Orchestrating resources across multiple layers and domains—as an important next step in introducing SDN to the networks—is specifically worth highlighting. In other words, multi-layer/multi-domain orchestration seems to have emerged as a major added value of SDN to the networks.
At the conference, we presented details behind our SDN-based multi-domain orchestration demonstrator as a Post-deadline paper. Continue reading