Defeat NIMBYs With pCell's Wireless Antenna Disguised as a Wire


Cellular antennas often wear disguises. Chances are, your smartphone has at some point connected to an antenna that looks a lot like a pine tree, a palm tree, or even a cactus. But in typical fashion, serial Silicon Valley inventor Steve Perlman aims to push this idea much further. He and his company, Artemis Networks, just unveiled a cellular antenna disguised as a cable. Yes, it's wireless technology that looks like a wire.

Online Antenna Tuning in Heterogeneous Cellular Networks with Deep Reinforcement Learning Machine Learning

We aim to jointly optimize the antenna tilt angle, and the vertical and horizontal half-power beamwidths of the macrocells in a heterogeneous cellular network (HetNet) via a synergistic combination of deep learning (DL) and reinforcement learning (RL). The interactions between the cells, most notably due to their coupled interference and the large number of users, renders this optimization problem prohibitively complex. This makes the proposed deep RL technique attractive as a practical online solution for real deployments, which should automatically adapt to new base stations being added and other environmental changes in the network. In the proposed algorithm, DL is used to extract the features by learning the locations of the users, and mean field RL is used to learn the average interference values for different antenna settings. Our results illustrate that the proposed deep RL algorithm can approach the optimum weighted sum rate with hundreds of online trials, as opposed to millions of trials for standard Q-learning, assuming relatively low environmental dynamics. Furthermore, the proposed algorithm is compact and implementable, and empirically appears to provide a performance guarantee regardless of the amount of environmental dynamics.

Mohu's wireless AirWave antenna makes cord-cutting simple


We got a peek at Mohu's wireless TV antenna last night, and this morning the company is releasing a few more details. The AirWave promises free TV "everywhere" across a variety of mobile and connected TV devices, since it catches the OTA signal and turns it into an IPTV stream for its app, sort of like a localized Aereo (RIP). The antenna will cost $150 when it launches in "late" spring at Best Buy stores, and won't require any kind of subscription package for access. All it needs is power, access to local TV signals and WiFi, then you've got TV and the viewing app has a guide that integrates TV broadcasts with content from various streaming services.

Mohu teases its wireless TV antenna


One thing about cord-cutting and switching to antenna-delivered TV is that for some people, they just can't get good signal where their TV is. Mohu's new AirWave antenna solves that by making it wireless. The $150 device just need to plug into power so that it can catch TV broadcasts, transcode them and stream the video via WiFi to its apps on platforms like Apple TV, Roku, Fire TV, iOS, Android or web browser. We couldn't get all of the details tonight at the CES Unveiled event, but it should hit shelves in the spring.

Apple charging revolution

FOX News

A US patent granted to Apple this week shows that its engineers are experimenting with wireless charging, a feature that's found its way to many phones and tablets but not Apple's iPhones and iPads. The patent, spotted by Apple Insider, would deliver power using signals in the 2.4GHz and 5GHz bands, among others. Those frequencies are the same ones used by Wi-Fi routers, which means Apple's invention could pave the way for your phone to charge wherever there's a strong-enough Wi-Fi signal. Once your phone gets enough juice, it could also provide power to other devices around it using the same frequencies. Like all patents, there's little chance of this technique showing up in consumer devices in the immediate future, nor is there a guarantee it will ever make it to market.