Of course, that took ages to take out, wherever they had to deal with such a wall.Īnd you know what? I was absolutely appalled by the chintzy material that went in to replace it. They started pounding into the thick plaster walls, and revealed a thick mesh of solid steel reinforcement. So the most arduous part of the whole job appeared to be the demolition to start with. When I was in high school, my parents hired some contractors to put an addition on the family home and do some improvements in most of the rooms. Presentation on the extension and Wi-Fi sensing: The targeted frequency bands are between 1 GHz and 7.125 GHz (MAC/PHY service interface) and above 45 GHz (MAC/PHY). The technology can measure range, velocity, and angular information detect motion, presence, or proximity detect objects, people, and animals and be used in rooms, houses, cars, and enterprise environments. WLAN sensing makes use of received WLAN signals to detect features of an intended target in a given environment. > IEEE 802.11bf will enable stations to inform other stations of their WLAN sensing capabilities and request and set up transmissions that allow for WLAN sensing measurements to be performed, among other features. There is an IEEE Working Group to create an extension for 'active radar': 2019 paper entitled "Passive Radar based on 802.11ac Signals for Indoor Object Detection": There is no technical reason why you can't extract both. The first is radar, the second is communications. the model of the environment) or the information the transmitter imprinted/modulated on the radio signal/carrier (ie. Once the model becomes sophisticated enough, the only difference between a radar and a communication system is which information you choose to extract: the information the environment imprinted/modulated on the radio signal/carrier (ie. A primary way communications systems become better is to increase the sophistication of their environment model. So it's inherent that a modern communications system is modelling its environment. environment) changes the radio signals and then reverses those changes in the receiver. To get maximum data throughput, modern communications systems measure how the channel (ie. You can't have advanced communications without gleaning the information needed to form a 3D image. But I’ve seen up close where it comes from. People were born into beliefs they didn’t choose. I mention this because a lot of people want to focus on other people’s lives because that’s what they were taught to do. Through no fault of my own, I was indoctrinated into a belief system that I then had to spend decades and counting unwinding and unlearning. I think they’re good people, but very very confused, and their fundamentalism was a product of the degree of unresolved trauma/dysfunction in their lives and their need to impose some kind of order on their circumstances. I don’t want to doxx myself so I’ll keep the details vague, but both of my parents came from disturbing environments and were subject to things that would universally be understood as deeply traumatic. I think some of the authoritarian tendencies have roots in a deep desire/need to regain some kind of feeling of control in their lives, and here’s this group of people that meets every week who provides a level of comfort and community while offering a gospel that can both satisfy that need while making people feel righteous in the process. Not OP, and I can only speak for the circles I grew up in, but some churches are full of deeply traumatized people. With adequate 6G solutions for privacy and trust, such a mode of sensing can help create a “mirror” or digital twin of the physical world in combination with other sensing modalities. The ubiquitous network becomes a source of situational awareness, collating signals that are bouncing off objects and determining type and shape, relative location, velocity and perhaps even material properties. > A very exciting innovation that 6G will bring to the table would be its ability to sense the environment. This was literally used as a plot point in one of the batman movies a decade ago to highlight how dangerously invasive tech can be. Nakia wants 6G devices to act as 3D imaging clients, and for network operators to have access to a realtime, 3-dimensional visualization that can see right through walls. PSA: Nokia is out there pitching a vision for what 6G mobile networks will look like, and they're pitching this as a _feature_ of the media.
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