Differences in AI adoption rates between U.S. and European firms appear to stem from the way various surveys ask about AI usage. Read the analysis: https://t.co/muIHz7L0HB
The Chicago Mercantile Exchange plans to launch wind derivatives across three continents, as the role of renewable energy in power generation grows.
Scoop from @joewertz and me:
https://t.co/ogiHTCFoWk
"AT&T requests a two-year experimental license to conduct proof of concept experiments of an Intent Based Network (IBN) for uncrewed aerial vehicle (UAV) use cases. The proposed experiments will include:
[1] Transmissions in C-Band frequencies licensed to AT&T affiliates (i.e., 3840 – 3920 MHz).
[2] Transmissions from fixed stations will be over the Ericsson commercial Radio AIR 6449 B77D, which operates at up to a maximum effective radiated power (ERP) of 78 dBm, with antenna beamwidth 120 deg. H, 15 deg. V. Those fixed station transmissions will occur from up to three locations at any one time from the attached potential site lists . . .."
https://t.co/Rqx1ZrgjAX
https://t.co/dGcgd5dvKe.
Cornell University "seeks a conventional experimental radio authorization to operate a limited fleet of small multirotor UAVs and supporting ground stations in the 5905 – 5925 MHz band. 5.9 GHz CV2X modules will be installed on each aircraft to evaluate low-latency, high-reliability airborne vehicle-to-vehicle (V2V) and vehicle-to-ground links that serve as the communications backbone for project’s research into next-generation" unmanned traffic management. "Up to 8 airborne nodes will transmit at or below 23 dBm (0.2 W) EIRP within a flight envelope limited to 120 m AGL. All operations will comply with applicable FAA regulations and established aviation safety procedures and will cease immediately upon any credible report of harmful interference."
https://t.co/z0dUUDmgli
https://t.co/TlLYsOsXce.
The Iridium 9604 module and Development Kit represent a major milestone in making truly global #IoT connectivity more accessible and easier to deploy 🛰️
The three-in-one #satellite, #cellular, #GNSS integrated solution is now commercially available → https://t.co/mJU5QTGYIL
"Accenture LLP (“Accenture”) seeks experimental authority to launch and operate the Reinvention-1 cubesat spacecraft to conduct technical evaluations of emerging space cybersecurity technology within the low-earth orbit environment. This mission will include assessment of post-quantum cryptographic solutions and zero-trust networking architectures along with experiments to evaluate these defenses against adversaries’ capabilities to attack and disrupt commercial satellite operations. The testing under this experimental license will comprise fundamental security experiments that will support future manned missions to space. Moreover, the experimental license will support Accenture in developing future dual-use technology, which will support innovation and growth in both military applications and commercial applications."
https://t.co/1FrsXauc80
https://t.co/wwjjxrNsLm.
Today, NIST’s National Construction Safety Team released its technical findings on the cause of the partial collapse of the Champlain Towers South building on June 24, 2021, which took the lives of 98 people.
Learn more: https://t.co/RPpTTk4XIE
Low winds in southern Australia curbed wind turbine output to a fraction of normal, sending spot electricity prices in Victoria to near A$450/MWh on Monday, the highest intraday price since January.
🎁:
https://t.co/0uL059MJfF
NTT DOCOMO deploys Nokia AI-powered cloud-based network optimization.
"With MantaRay AutoPilot, DOCOMO simply specifies desired quality targets, known as “intents,” and the AI then analyzes base station quality and performance to determine the optimal parameter design and execution schedules."
https://t.co/06sfXCDlcT
New medium wave closure in Spain:
COPE Salamanca 1134, COPE Huelva and Lugo 1224 and COPE Jaén 1143 are the next to close, along with Radio Rioja SER 1179 which closes on June 30
In Orbit Aerospace Inc.: "The purpose of this operation is to validate the RF link budget of a drone-mounted AM/FM broadcast transmitter payload developed under U.S. Navy contract. Specifically, to verify adequate received signal strength at a ground receiver located up to 1 mile from the transmitter operating at approximately 400 feet AGL, on frequencies 1000 kHz (AM) and 100.0 MHz (FM) at transmit powers of approximately 36mW and 16mW respectively."
https://t.co/e1eLuI1pxU
https://t.co/5XYPxZ2tSy.