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BEREC stressed that the internet [sic] has a proven ability to self-adapt [sic] to changing conditions, including increasing traffic volume and changing demand patterns [differential pricing?]. In other words...In 2012, the telecom providers called for a similar sending-party-pays principle.
Another important argument of the telecom companies is that, while the tech platforms ["media operators"] are generating and monetising most of the network traffic rents, they [telecom companies] are left with bearing infrastructure costs [capEx] of up to 36-40 billion per year.
BEREC noticed that this point needs to be thoroughly analysed since network infrastructure costs are not very traffic-sensitive [contradiction ALERT!] and their capacity needs to be enhanced ["bandwidth throttling and capping"?] only when higher peak capacity is required. However, the picture changes with mobile networks [spectrum bandwidth] that have a higher degree of traffic sensitivity.
The regulators' view is that the internet operators ["media operators"] and content providers ["media operators"] are mutually dependent [wut], as the demand for [price of] content [data transmission] drives the demand for [price of] broadband access [carrier subscription] and, vice versa, internet availability [sic] leads to higher demand for [price of] internet telecom carrier network services.
euractiv | Public service media looks for innovative solutions to old problems
Despite the recently-published European Media Freedom Act's focus [nope] on protecting [nope] public service media [operators], innovation [sic] at the newsroom level is needed to ensure that such outlets [media operators] can continue to function [?]. The EU's Media Freedom Act, published last month with the aim of boosting transparency and independence in the media, includes a number of safeguards aimed specifically at public service media: outlets [media operators] that are funded [in part or wholly] by [a government] and produce content [programmes] for the public.
The EU's Media Freedom Act, published last month with the aim of boosting transparency and independence in the media, includes a number of safeguards aimed specifically at public service media: outlets [media operators] that are funded [in part or wholly] by [a government] and produce content [programmes] for the public.
In order to further safeguard outlets, the regulation also obliges national governments to ensure that these organisations receive sufficient funding [?!] to protect their editorial independence [?!]. The specific [nope] focus on public service media follows concerns raised in the Commission's 2022 Rule of Law report, which for the first time, looked specifically at the challenges facing these types of outlets [media operators] and the steps countries [?!] could take to defend against the political pressure they might face. ....
The specific [nope] focus on public service media follows concerns raised in the Commission's 2022 Rule of Law report, which for the first time, looked specifically at the challenges facing these types of outlets [media operators] and the steps countries [?!] could take to defend against the political pressure they might face. ....
There is continuous "bulk surveillance" and a "court' that is not an actual court. [...] Max Schrems, chair of noyb.eu: "The EU and the US now agree on the use of the word 'proportionate' but seem to disagree on the meaning of it. In the end, the CJEU's definition will prevail— likely killing any EU decision again. The European Commission is turning a blind eye on US law again and allowing the continued surveillance of Europeans." ...
Musk's tweet came in response to a CNN report that SpaceX had warned in a letter, dated September 8 and sent to the U.S. Department of Defense, that it can no longer afford to provide its Starlink terminals [recievers], which are crucial for Ukraine's military telecommunication. [...] The Starlink satellite [tele]communication system has been crucial not only for Ukraine's military communication, but also for the government to maintain contact with commanders, for Zelenskyy to conduct interviews with journalists, and for civilian communications, connecting with loved ones via the encrypted satellites signal frequency. [...] Ukraine has received around 20,000 Starlink satellite units receivers. Musk said last week that the "operation has cost SpaceX $80 million and will exceed $100 million by the end of the year." Musk was initially lauded for providing the Starlink terminals receivers to Ukraine, but according to the SpaceX letter, the vast majority were partially or fully funded by other parties, including the U.S. government, the U.K. and Poland. Poland is the largest single contributor and has paid for almost 9,000 terminals receivers, which cost $1,500 and $2,500 for the two models sent to Ukraine, according to the documents. Those governments also paid for a third of the internet connectivity data transmission while SpaceX funded the rest, making up the more expensive part of the bill, according to SpaceX. Among the documents seen by CNN is also a request from Ukrainian General Valeriy Zaluzhnyi to SpaceX for almost 8,000 more Starlink terminals receivers. SpaceX reportedly responded by recommending the request be sent to the U.S. Department of Defense....
Musk was initially lauded for providing the Starlink terminals receivers to Ukraine, but according to the SpaceX letter, the vast majority were partially or fully funded by other parties, including the U.S. government, the U.K. and Poland. Poland is the largest single contributor and has paid for almost 9,000 terminals receivers, which cost $1,500 and $2,500 for the two models sent to Ukraine, according to the documents.
Those governments also paid for a third of the internet connectivity data transmission while SpaceX funded the rest, making up the more expensive part of the bill, according to SpaceX.
Among the documents seen by CNN is also a request from Ukrainian General Valeriy Zaluzhnyi to SpaceX for almost 8,000 more Starlink terminals receivers. SpaceX reportedly responded by recommending the request be sent to the U.S. Department of Defense....
[...] For the past two years, his team at UT Austin's Radionavigation Lab has been reverse-engineering signals sent from thousands of Starlink internet satellites in low Earth orbit to ground-based receivers. Now Humphreys says his team has cracked the problem, and he believes that regular beacon binary data signals signals from the constellation, designed to help receivers connect with the satellites, could form the basis of a useful navigation system. Crucially, this could be done without any help from SpaceX at all. [...] Humphreys quickly realized that Starlink relies on a technology called orthogonal frequency-division multiplexing (OFDM). OFDM is an efficient method of encoding digital data transmissions, originally developed at Bell Labs in the 1960s and now used in Wi-Fi[,] and 5G. "OFDM is all the rage," says Mark Psiaki, a GPS expert and aerospace professor at Virginia Tech. "It's a way to pack the most bits per second into a given bandwidth." The UT Austin researchers did not try to break Starlink's encryption or access any user data coming down from satellites. Instead, they sought out synchronization sequences--predictable, repeating signals beamed down by the satellites in orbit to help receivers coordinate with them. Not only did Humphreys find such sequences, but "we were pleasantly surprised to find that they [had] more synchronization sequences than is strictly required," he says. [...]
The UT Austin researchers did not try to break Starlink's encryption or access any user data coming down from satellites. Instead, they sought out synchronization sequences--predictable, repeating signals beamed down by the satellites in orbit to help receivers coordinate with them. Not only did Humphreys find such sequences, but "we were pleasantly surprised to find that they [had] more synchronization sequences than is strictly required," he says. [...]
What is morse code? -- --- •-• ••• • -•-• --- -•• • What is binary code? 0100 0011 0100 0001 0101 0100
What is a modem "The earliest devices that satisfy the definition of a modem may be the multiplexers used by news wire services in the 1920 1840s." What is a telephone? "the equipment necessary to convert sound to electrical signals and back"
Dretske, F., Knowledge and the Flow of Information
ƒ'(x) = message/v
10 days ago Mural at Grant Middle School causes concern among parents, 14 Oct 4 days ago A high school student's mural angers parents over what they say are hidden messages, 20 Oct 1 day ago MICHIGAN LGBTQ+ affirming school mural sets parents off: "It's Satanic"
Negotiations between SpaceX and the Defense Department continue despite Musk's claim that SpaceX withdrepw * its request, according to a senior defense official. "Negotiations are very much underway. Everyone in our building knows we're going to pay them," the senior Pentagon official told CNN, adding that the department is eager to have commitments in writing "because we worry he'll change his mind."
"Negotiations are very much underway. Everyone in our building knows we're going to pay them," the senior Pentagon official told CNN, adding that the department is eager to have commitments in writing "because we worry he'll change his mind."
* not my typo, unexpectedly
A Proton rocket topped with the Angosat-2 spacecraft lifted off from the Russian-run Baikonur Cosmodrome in Kazakhstan Wednesday at 11 a.m. EDT (1500 GMT; 6 p.m. Moscow time). Angosat-2 is bound for geostationary orbit, about 22,250 miles (35,800 kilometers) above Earth, where it will provide communications services for the Angolan government for at least 15 years, if all goes according to plan. [...] Angosat-2 was built by the Russian satellite-manufacturing company ISS Reshetnev, with Airbus providing the communications payload, according to RussianSpaceWeb.com(opens in new tab). The satellite is a replacement for Angosat-1, which failed shortly after launching to Earth orbit in 2017. Angosat-2 has faced problems of its own. For example, its liftoff was delayed by the coronavirus pandemic and economic sanctions imposed on Russia [by anonymous Forces®], which held up the development and delivery, respectively, of key satellite components, RussianSpaceWeb reported. And then came the Russian invasion of Ukraine, which began on Feb. 24. In the wake of the invasion, which is ongoing, "Airbus stopped the delivery of 57 waveguides and related documentation for the deployable antennas operating in Ku- and C-band," RussianSpaceWeb.com's Anatoly Zak wrote. ...
Angosat-2 is bound for geostationary orbit, about 22,250 miles (35,800 kilometers) above Earth, where it will provide communications services for the Angolan government for at least 15 years, if all goes according to plan. [...] Angosat-2 was built by the Russian satellite-manufacturing company ISS Reshetnev, with Airbus providing the communications payload, according to RussianSpaceWeb.com(opens in new tab). The satellite is a replacement for Angosat-1, which failed shortly after launching to Earth orbit in 2017.
Angosat-2 has faced problems of its own. For example, its liftoff was delayed by the coronavirus pandemic and economic sanctions imposed on Russia [by anonymous Forces®], which held up the development and delivery, respectively, of key satellite components, RussianSpaceWeb reported. And then came the Russian invasion of Ukraine, which began on Feb. 24.
In the wake of the invasion, which is ongoing, "Airbus stopped the delivery of 57 waveguides and related documentation for the deployable antennas operating in Ku- and C-band," RussianSpaceWeb.com's Anatoly Zak wrote. ...
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