- Видео 51
- Просмотров 53 425
Institute for the Wireless Internet of Things
Добавлен 20 окт 2019
We envision a future in which people and their environment are wirelessly connected. With the help of our world-class expertise team, we strive to provide more efficient, secure, and fast wireless communications.
Graduate Orientation Fall 2023 | WIoT Institute
During this session, professors and administrative staff provide the initial orientation for students starting the Master of Science in Wireless Networking Engineering and the Master of Science in Internet of Things.
Learn more details at bit.ly/45QU6ab
Learn more details at bit.ly/45QU6ab
Просмотров: 97
Видео
IoT Goes Sky | Seminars | WIoT Institute
Просмотров 9810 месяцев назад
In this seminar, Professor Konstantin Mikhaylov explains Non-terrestrial Connectivity for the Internet of Things Via Satellites and Unmanned Aerial Systems, focusing on non-terrestrial connectivity for the Internet of Things (IoT) and, more specifically, on radiofrequency (RF) based non-terrestrial Machine-Type Communication (MTC).
NTIA Announcement on the Wireless Innovation Fund | WIoT Institute
Просмотров 13011 месяцев назад
During this event, the National Telecommunications and Information Administration made an announcement related to the Public Wireless Supply Chain Innovation Fund, funded by the historic CHIPS and Science Act. The announcement was made by Amanda Toman, Director of the Wireless Innovation Fund at NTIA, with the participation of David Madigan, Provost and Senior Vice President for Academic Affair...
A New Frontier for Wireless Networks: Intra-body Communication and Sensing | Seminar WIoT Institute
Просмотров 530Год назад
During this seminar, Anna Vizziello, from the University of Pavia, discusses the technologies driving innovation in body area networks to face the specific challenges of acquiring and transmitting physiological biomedical signals. Learn more about WIoT seminars at bit.ly/3K3KWhI
Statistically Reliable Millimeter Wave Wireless Channel Modeling | Seminars | WIoT Institute
Просмотров 161Год назад
During the seminar, Professor Mauricio Rodriguez, from Pontificia Universidad Católica de Valparaíso, talked about the deployment of a substantial number of small cells to enhance coverage and capacity and the use of smart antennas to optimize the efficiency of wireless communication systems. The primary focus of this seminar was to facilitate research and development in the characterization of...
To the Moon and Beyond | Seminars | WIoT Institute
Просмотров 54Год назад
WIoT Institute was pleased to host Marc Sanchez Net, Telecommunications Engineer at NASA Jet Propulsion Laboratory, who introduced us to deep space communications systems, technologies, and practices currently used at NASA Jet Propulsion Laboratory to operate missions across the solar system. During his session, the attendees had the opportunity to learn about the following: - Specific examples...
When Communications Meet Computing | Seminars | WIoT Institute
Просмотров 129Год назад
Next generations of communication networks will be heavily based on computing not only for what concerns network function virtualization and network programmability but also for what concerns in network computing and edge cloud continuum. WIoT invited speaker Professor Luca Valcarenghi, Associate Professor at the Scuola Superiore Sant'Anna of Pisa, Italy provides a bird’s eye view of the resear...
zTouch, AI-driven Intent-based Optimization for Open RAN Neutral Host
Просмотров 490Год назад
zTouch is a zero-touch O-RAN framework for neutral host and private cellular use cases that simplifies complex tasks such as managing, monitoring, and controlling #5G systems via AI-based control, automated and intent-based automation. Join us at #WMC23 here bit.ly/3meWuWj More about our projects at bit.ly/3kkXIyF
RFDataFactory Workshop - 1.7 Discussion Panel I
Просмотров 1042 года назад
Please join our first panel discussion session with presenters: Anant Sahai (UC Berkeley), Stratis Ioannidis (WIOT/Northeastern University), Dola Saha (The State University of New York), Charles Schroeder (National Instruments)
RFDataFactory Workshop - 2.2 Report on Breakout II
Просмотров 202 года назад
Attendees are asked to report on the second breakout session from the previous day of the workshop
RFDataFactory Workshop - 1.6 Example APIs and Datasets for NextGen Cellular Networks Using Colosseum
Просмотров 832 года назад
RFDataFactory Workshop - 1.6 Example APIs and Datasets for NextGen Cellular Networks Using Colosseum
RFDataFactory Workshop - 2.5 Discussion Panel III
Просмотров 532 года назад
The workshop continues with our third discussion panel session. Presenters: Francesco Restuccia (WIOT/Northeastern), Shiwen Mao (Auburn University), Mariya Zheleva, (The State University of New York), Nicholas Laneman (University of Notre Dame)
RFDataFactory Workshop - 1.9 Discussion Panel II
Просмотров 1042 года назад
Please enjoy our 2nd discussion panel of the workshop with presenters: Monisha Ghosh (University of Notre Dame), Fatemeh Afgah (Clemson University), Geoffrey Mainland (Drexel University) and Vijay Mishra (United States Army Research Laboratory)
RFDataFactory Workshop - 1.8 Report on Breakout I
Просмотров 232 года назад
The Workshop resumes as breakout groups report on their discussion.
RFDataFactory Workshop - 2.4 Industry Talks II
Просмотров 812 года назад
Presenters Chris Dick (NVIDIA) and Subhramoy Mohanti (InterDigital) join us in our second industry talks session.
RFDataFactory Workshop - 2.3 Information Session II
Просмотров 872 года назад
RFDataFactory Workshop - 2.3 Information Session II
RFDatafactory Workshop - 2.1 Keynote 2
Просмотров 462 года назад
RFDatafactory Workshop - 2.1 Keynote 2
RFDataFactory Workshop - 1.4 Information Session I
Просмотров 862 года назад
RFDataFactory Workshop - 1.4 Information Session I
RFDataFactory Workshop - 1.5 Industry Talks I
Просмотров 1142 года назад
RFDataFactory Workshop - 1.5 Industry Talks I
RFDataFactory Workshop - 1.3 Keynote I
Просмотров 1632 года назад
RFDataFactory Workshop - 1.3 Keynote I
RFDataFactory Workshop - 1.2 Goal Setting, Timeline, Workshop Overview
Просмотров 432 года назад
RFDataFactory Workshop - 1.2 Goal Setting, Timeline, Workshop Overview
WIoT Invited Speaker - Jakob Hoydis: Sionna
Просмотров 1,8 тыс.2 года назад
WIoT Invited Speaker - Jakob Hoydis: Sionna
WIoT Commercialization Development Series #2: Everything You Need To Know About Deep Tech Spinout
Просмотров 272 года назад
WIoT Commercialization Development Series #2: Everything You Need To Know About Deep Tech Spinout
WIoT Commercialization Development Series: Funding the Commercialization of Research-Based Ventures
Просмотров 682 года назад
WIoT Commercialization Development Series: Funding the Commercialization of Research-Based Ventures
The Potential of Non-Terrestrial Networks for 6G
Просмотров 9942 года назад
The Potential of Non-Terrestrial Networks for 6G
OAI 5G NR SA Mode Demo Over Colosseum and OAX CI
Просмотров 3502 года назад
OAI 5G NR SA Mode Demo Over Colosseum and OAX CI
Demystifying IEEE 802 LAN/MAN Technical Standards and the Pros/Cons of Engaging in Their Development
Просмотров 1372 года назад
Demystifying IEEE 802 LAN/MAN Technical Standards and the Pros/Cons of Engaging in Their Development
The future is here! Northeastern University, the principal driver of IoT revolution
Many thanks for recording this demo and make available online!
Excellent presentation Mr. Sivaraj. Proud of you.
Hey everyone. I'm relatively new to the world of 5G and just wanted to ask what might seem like a dumb question... but what is an "interface" in this context? It's obviously not an interface in the sense of an ethernet interface or anything like that. But the terms E1 and F1 are a little confusing. When he says that the E1 interface exists between The O-CU-CP and the O-CU-UP - what is this? Are there literal bits on a wire between two components like a hello packet or an BGP update? Or is it more abstract? Is it like a common format of communication between these components? e.g. each side agrees to communicate using a particular format so that they can understand each other? If so, what form does this "format" take - is it similar to the format of an ethernet frame where the headers are expected at certain byte counts and then interpreted as such. Or is it like a higher layer protocol involving updates of a particular type to be commonly agreed upon and interpreted by either side? Sorry I'm hoping these questions make sense. I very much come from the "OSI model, layers 1-7, bits on a wire with an IGP running over it" kind of world, and making the pivot to 5G is proving challenging. Great video though :)
It is a functional interface - logical in nature. APIs between two functions. This API can also be realized on a physical ethernet link
"promo sm" 😇
Can we run OAI-NR UE and OAI-gNB and the OAI- core network without having the hardware. Will I obtain the output you are getting without the required hardware also.
Nice presentation
I was there
Thanks for this video , can we apply this framework in external radio testbed (out of colosseum) like a SDR of zeroMQ ?
The presenter is terrible.. almost sounds like he is doing this for the first time, get some presenting classes
in vRAN, F1 and E1 are still standardised by 3gpp, so why do you say they are proprietary?
Yes, they are standardized, but due to lack of implementing them as open interfaces without the necessity of having multi-vendor inter-operability between the CU-CP and CU-UP, and between CU-CP and DU in legacy products, there could be proprietary closed implementations of the F1/E1 interfaces, unless they talk to other vendors, which is the point of opening them up (which O-RAN focuses on)
*promo sm*
Thanks for the presentation...Have a question: How did you run virtualbox with AVX2? thanks in advance
Hi, I don't see my "docker-compose.yaml" file, is there any way on how to resolve it?
Does anyone have these codes, tutorial or any repo?
How NRUE is connected to USRP and how it is detected
How NRUE is connected to USRP and how it is detected
Impressive!
Excellent presentation. Thank you.
v good info
good presentation
can we have the presentation slide?
as a student of other school,how can I use this platforn?
hi how to connect 2 usrp b210, in NSA mode?
Nice
Outstanding work! Is there any tutorial or documentation on this soft deployment? Thank you!
If the network can forecast buffering, can it also forecast the possibilities of uncertainty such interference and the likely power outage experienced at BTS.
This is where I belong, how can I learn, contribute and be part of this great institution. Wow!!
are these drones powered by cable? can they communicate and fly using autonomous batteries? How long they can stay active, in case of using batteries? what if we place solar panels? will it help to increase the time life?
Hi, thanks for the comment! The cables that you see are used to power the 60 GHz radios, not the UAV. In principle, one could adapt the output that the UAV batteries provide to also power the radios, so they can autonomously fly & communicate. The flying time depends on the UAV model and payload - typically 15 to 20 minutes. We have a few publications on this topic, feel free to take a look: ece.northeastern.edu/wineslab/tmelodia.php#publications More details on this specific experiment are here: arxiv.org/pdf/2007.11869.pdf