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[ X.1249 (01/19) ] - Technical framework for countering mobile in-application advertising spam

Technical framework for countering mobile in-application advertising spam




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[ X.Sup30 (09/17) ] - ITU-T X.805 - Supplement on security guidelines for mobile virtual network operators

ITU-T X.805 - Supplement on security guidelines for mobile virtual network operators




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[ X.1094 (03/19) ] - Telebiometric authentication using biosignals

Telebiometric authentication using biosignals




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[ Q.3642 (04/19) ] - IMS references to Release 12 for communication between IMS and NGN networks to support end-to-end service interoperability

IMS references to Release 12 for communication between IMS and NGN networks to support end-to-end service interoperability




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[ Q.4042.1 (12/18) ] - Cloud interoperability testing for web applications - part 1: Interoperability testing between the CSC and CSP

Cloud interoperability testing for web applications - part 1: Interoperability testing between the CSC and CSP




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[ Q.4043 (07/19) ] - Interoperability testing requirements of a virtual switch

Interoperability testing requirements of a virtual switch




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[ Q.5021 (07/19) ] - Protocol for managing capability exposure APIs in IMT-2020 networks

Protocol for managing capability exposure APIs in IMT-2020 networks




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[ Q.Sup71 (10/19) ] - Testing methodologies of Internet related performance measurements including e2e bit rate within the fixed and mobile operators' networks

Testing methodologies of Internet related performance measurements including e2e bit rate within the fixed and mobile operators' networks




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[ Q.5051 (03/20) ] - Framework for combating the use of stolen mobile devices

Framework for combating the use of stolen mobile devices




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[ Q.3963 (04/20) ] - The compatibility testing of SDN-based equipment using OpenFlow protocol

The compatibility testing of SDN-based equipment using OpenFlow protocol




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[ G.1028.1 (02/19) ] - End-to-end quality of service for video telephony over 4G mobile networks

End-to-end quality of service for video telephony over 4G mobile networks




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[ G.989.2 (02/19) ] - 40-Gigabit-capable passive optical networks 2 (NG-PON2): Physical media dependent (PMD) layer specification

40-Gigabit-capable passive optical networks 2 (NG-PON2): Physical media dependent (PMD) layer specification




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[ G.1028 (06/19) ] - End-to-end quality of service for voice over 4G mobile networks

End-to-end quality of service for voice over 4G mobile networks




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[ V.8bis (08/96) ] - Procedures for the identification and selection of common modes of operation between data circuit-terminating equipments (DCEs) and between data terminal equipments (DTEs) over the general switched telephone network and on leased poin

Procedures for the identification and selection of common modes of operation between data circuit-terminating equipments (DCEs) and between data terminal equipments (DTEs) over the general switched telephone network and on leased point-to-point telephone-type circuits




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[ V.140 (01/05) ] - Procedures for establishing communication between two multiprotocol audiovisual terminals using digital channels at a multiple of 64 or 56 kbit/s

Procedures for establishing communication between two multiprotocol audiovisual terminals using digital channels at a multiple of 64 or 56 kbit/s




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[ V.34 (09/94) ] - a modem operating at data signalling rates of up to 28 800 bit/s for use on the general switched telephone network and on leased point-to-point 2-wire telephone-type circuits

a modem operating at data signalling rates of up to 28 800 bit/s for use on the general switched telephone network and on leased point-to-point 2-wire telephone-type circuits




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[ V.11/X.27 (03/93) ] - Electrical characteristics for balanced double-current interchange circuits operating at data signalling rates up to 10 Mbit/s

Electrical characteristics for balanced double-current interchange circuits operating at data signalling rates up to 10 Mbit/s




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[ V.38 (03/93) ] - A 48/56/64 kbit/s data-circuit terminating equipment standardized for use on digital point-to-point leased circuits

A 48/56/64 kbit/s data-circuit terminating equipment standardized for use on digital point-to-point leased circuits




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[ V.25bis (11/88) ] - Automatic calling and/or answering equipment on the general switched telephone network (GSTN) using the 100-series interchange circuits

Automatic calling and/or answering equipment on the general switched telephone network (GSTN) using the 100-series interchange circuits




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[ V.32 (11/88) ] - A family of 2-wire, duplex modems operating at data signalling rates of up to 9600 bit/s for use on the general switched telephone network and on leased telephone-type circuits

A family of 2-wire, duplex modems operating at data signalling rates of up to 9600 bit/s for use on the general switched telephone network and on leased telephone-type circuits




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[ V.34 (10/96) ] - A modem operating at data signalling rates of up to 33 600 bit/s for use on the general switched telephone network and on leased point-to-point 2-wire telephone-type circuits

A modem operating at data signalling rates of up to 33 600 bit/s for use on the general switched telephone network and on leased point-to-point 2-wire telephone-type circuits




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Testing: User, Usability, and Others You Should Be Using

When it comes to testing your user experiences, there are plenty of methods you can use that will get you the information you need. From interviews to assistive technology testing, these methods offer a more streamlined and beneficial process capable of revealing the insights you need to revolutionize your UX. But how can you know […]

The post Testing: User, Usability, and Others You Should Be Using appeared first on Usability Geek




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Industry 4.0, meet Mobility Ecosystem 3.0

The Fourth Industrial Revolution, fueled by the internet of things (IoT), is dramatically reshaping the manufacturing landscape. This new era, often referred to as Industry 4.0, integrates advanced digital technologies with traditional manufacturing processes, creating a highly automated and interconnected production environment. From factory floors to our daily lives, sensors are now ubiquitous, connecting disparate systems and driving unprecedented innovation and advancements in productivity, efficiency, and automation.

Our nation’s mobility ecosystem is now in the early innings of a similar transformation. Simply put, the mobility ecosystem can be defined as the critical infrastructure—physical and digital—that touches people’s lives every day. It’s where vehicles get fueled, charged, washed, serviced, and repaired. And it’s where travelers get their necessities.

Modernization of the convenience store

This industry is becoming increasingly complex. And as driver expectations evolve, technology advances and a multi-energy future takes shape, there is an urgent need to digitize, connect, and optimize these operations. One prime example of this need is the modern convenience store.

These stores are becoming go-to destinations and now offer a range of essential services, including fueling, charging, car wash, craveable food, beverages, and other on-the-go staples. A recent survey by Vontier found that American drivers are not only prioritizing convenience and a one-stop-shop experience but are also willing to pay more and even drive a little out of their way to get it. Nearly 60% of respondents indicated they would be happy to pay a markup on convenience store products if it meant making only one stop. This suggests a growing consumer demand for convenience and efficiency that aligns with the broader trends of digital transformation. However, many of these assets and services still operate in silos like they did decades ago, missing out on valuable data and insights that could enhance efficiency and revenue.

Imagine a future where the early morning rush at a bustling convenience store is seamlessly orchestrated. The store owner, feeling confident and prepared, watches as her employees anticipate the familiar routine. An Amazon delivery driver rolls in for his usual fill-up and coffee, while a family on their way to the beach picks up sandwiches to go while charging their electric vehicle (EV). Behind the scenes, linked payment systems can make this a reality, streamlining transactions and providing valuable data insights. By leveraging advanced analytics, businesses—from large convenience store chains like Circle K, 7-Eleven, Wawa, and Sheetz, to the small family-run businesses—can understand driver behavior, tailor offerings for digital-savvy consumers, track asset usage, optimize maintenance, avoid downtime, anticipate trends, improve workflows, and perhaps most importantly, exceed customer expectations and improve customer loyalty.

The commercial fleet market

A similar transformation is happening in the commercial/industrial fleet vehicle market. As the industry looks to modernize and decarbonize, integrating traditionally disparate systems and data can help fleets make better, quicker decisions and improve their key performance metrics. Managing mixed fleets (gas, diesel, natural gas, EV, and hydrogen fuel types) and deciding the right time to transition fleets is a major challenge and requires multiple technologies and capabilities across telematics, route planning, fuel logistics, EV network management, and energy management. An integrated platform can help make recommendations on how to best manage and fuel fleets at the lowest total cost of ownership while helping achieve sustainability and compliance goals. It can also provide valuable visibility, planning, monitoring, reporting, and control across the entire fleet, optimizing operations and reducing costs.

It’s time for the mobility industry to seize this opportunity and pioneer a smarter, more sustainable and connected ecosystem. By leveraging IoT principles, we can digitize and improve operations, unlocking new revenue streams, improving customer experiences, and enhancing productivity, uptime, safety, and sustainability,

Industry 4.0 has paved the way. To achieve Mobility Ecosystem 4.0, we must break down the silos that have traditionally hindered progress. The stakes are nothing short of monumental: increased productivity, efficiency, and a more sustainable future for all. 

Mark Morelli is president and CEO of Vontier. 




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Elon Musk? RFK, Jr.? Here’s who’s likely to join Donald Trump’s Cabinet

While Donald Trump has announced a few people who will be part of his new administration, when it comes to Cabinet appointees, things appear to be ramping up fast. Trump has named people to several roles, including chief of staff and border czar, and media reports in the past 24 hours have leaked a number of potential Cabinet appointments–with more to come.

On Monday night, the Wall Street Journal reported that Trump was expected to name Florida Senator Marco Rubio as his Secretary of State—the first of the 15 Cabinet posts to be filled. And on Tuesday South Dakota Governor Kristi Noem was tapped to head Homeland Security. Trump also confirmed that former Rep. Lee Zeldin would be his EPA administrator and that John Ratcliffe, the one-time director of National Intelligence during the final year of Trump’s first term and a former congressman who is unflinchingly loyal to Trump, is his pick to lead the CIA. Trump also surprised many with his pick of Fox News host Pete Hegseth for Defense Secretary.

The job of Cabinet secretaries is to advise the president on issues that are related to their office—and whoever fills those must first be confirmed by the Senate . . . at least, for now. Trump is already calling on the Republican-controlled Senate to change those rules and let him appoint nominees without a Senate vote.

Nominees for Cabinet positions are normally trusted advisors, experts in their field, and sometimes major donors. Tesla CEO and Trump backer Elon Musk also may or may not be involved: He recently put out a call on X saying it “would be interesting to hear recommendations for roles in the new administration for consideration by the President.”

Whether those recommendations will carry any weight is, of course, unknown, but given how close Musk and Trump are now—and Trump’s fondness for social media feedback—it can’t be discounted entirely.

That said, here are some of the leading and potential candidates for select Cabinet posts:

Attorney General

Senator Mike Lee: Considered by some as the leading candidate, the Utah Senator aided efforts to overturn the 2020 election. He has also spread conspiracy theories about the January 6 attack on the Capitol. That’s a big turnaround from 2016, when he did not vote for Trump.

Jeffrey Clark: Known best as the assistant Attorney General who pressured officials in the Justice Department to overturn Trump’s loss in 2020, Clark is currently under indictment in Georgia for his role in that election. Three months ago, a disciplinary committee in Washington, D.C., said Clark should be disbarred for two years for efforts to interfere with election results.

Treasury Secretary

Scott Bessent: The former Soros Fund Management executive (and founder and CEO of Key Square Group) is reportedly Trump’s “go-to economic advisor” and has become the frontrunner in the race for Treasury Secretary after John Paulson removed himself from consideration Tuesday.  He has known the Trump family for decades and is friends with JD Vance. Bessent has expressed concerns about the country’s debt levels and believes the way to correct that is by increasing growth. Asked about a possible Treasury secretary role by CNBC, he said, “I’m going to do whatever Donald Trump asks.”

Howard Lutnick: While Lutnick, who is CEO of investment firm Cantor Fitzgerald, might be under consideration, he’s busy right now leading the Trump transition team with Linda McMahon (who was administrator of the Small Business Administration, 2017-2019, during Trump’s first term). Lutnick and Trump have been friends for more than 20 years and he raised or donated more than $75 million for Trump’s reelection bid.

Larry Kudlow: Best known as a Fox Business financial commentator, Kudlow served as director of the National Economic Council during the Trump Administration, 2018-2021. Throughout this election cycle, Kudlow has been a vocal supporter of Trump and his economic policies on Fox.

Wild cards

Robert F. Kennedy Jr.: While Kennedy has said Trump “promised” him “control of the public health agencies,” the exact role he will play in the administration (if any) is still very much up in the air. Asked by CNN in August if he would appoint the independent politician to his cabinet, Trump said “he probably would,” but public criticism of Kennedy’s stance on vaccines and water fluoridation has grown considerably since then.

Elon Musk: Musk has stuck close to Trump since the election, even sitting in on a call with Ukraine President Volodymyr Zelenskyy. Musk has, however, taken himself out of the running for any Cabinet positions, according to Trump. “He doesn’t want to be in the Cabinet, he just wants to be in charge of cost-cutting. We’ll have a new position, secretary of cost-cutting—Elon wants to do that.” On Tuesday, Trump announced that Musk and Vivek Ramaswamy would indeed head a new agency called the Department of Government Efficiency (DOGE) to cut government spending, although a new agency cannot be created without Congress.

Update, November 12, 2024: This article has been updated with Trump’s picks for CIA and Defense Secretary, and announcement about Musk and Ramaswamy.




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Installing Cisco ISE Evaluation VM for Labbing

This post describes how to install a Cisco ISE evaluation VM for labbing. The VM will run for 90 days, providing a full feature set for up to 100 endpoints. Start by downloading the software. I’ll be using an OVA








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The Ability to Observe

“The ability to observe without evaluating is the highest form of intelligence.” – Jiddu Krishnamurti





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LittleBITS: TidBITS Website and App Connectivity Issues Resolved

Our server move to Cloudways is complete, but it hasn’t been entirely smooth. Various security-related changes at Cloudways caused access errors that proved difficult to troubleshoot.




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Avremu: An 8-Bit AVR Microcontroller Simulator Written in LaTeX

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Coffee, sandwiches, underwear, beer: a day in the life of Japan's konbini

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Zig Reproduced Without Binaries

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B2C billing is harder than B2B billing

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QuantumPay (QTP) represents an ambitious technological initiative that blends blockchain technology and artificial intelligence (AI) to create a secure, efficient, and transparent digital transaction - StreetInsider.com

QuantumPay (QTP) represents an ambitious technological initiative that blends blockchain technology and artificial intelligence (AI) to create a secure, efficient, and transparent digital transaction  StreetInsider.com