Over the holiday break I made some time to work on my desk layout, something I’d been wanting to do for quite a while. I’d been wanting to “up my game,” so to speak, with regard to producing more content, including some video content. Inspired by—and heavily borrowing from—this YouTube video, I decided I wanted to create a similar arrangement for my desk. In this post, I’ll share more details on my setup.
I’ll start with the parts list, which contains links to everything I’m using in this new arrangement.
When I shared a picture of the desk layout on Twitter, a number of folks expressed interest in the various components that I used. To make it easier for others who may be interested in replicating their own variation of this setup, here are Amazon links for all the parts I used to build this setup (these are not affiliate links):
The OSI model is perhaps the best-known—and perhaps the most-loved—model in the networking world. It’s taught in every basic networking course, and just about every blog (other than this one) has some article explaining the model someplace or another (for instance, here is one of the better examples).
The reality is, however, that I’ve been in the networking business for 30’ish years and I’ve never once used the OSI model for anything practical. I’ve used the model when writing books because just about every book on networking has to have a section on the OSI model. I’ve used the model when writing a paper comparing two different protocols, back in the multiprotocol days (VIP versus IPX versus IP), but we don’t have those kinds of arguments very often any longer.
So, we all learn the OSI model, and yet I don’t know of anyone who actually uses the OSI model in understanding how protocols work, or how to troubleshoot a network. There’s the “it’s a layer two problem” statement, and that’s about the end its useful life, it seems.
Let me make a suggestion—learn, use, and teach the RINA model instead. Okay, so what is the RINA model? It is Continue reading
Global positioning systems (GPS) are in the crosshairs for quantum computing investment from the U.S. …
U.S. Air Force Research Locates Possibilities in Quantum at the Edge was written by Nicole Hemsoth at The Next Platform.
Broadband to the people: A new COVID-19 stimulus bill passed by the U.S. Congress includes $7 billion to help residents connect to broadband and pay their monthly bills, the Washington Post reports. The legislation is one of the largest one-time investments in broadband ever in U.S. history. “Nearly half the money is slated to fund a new monthly benefit for low-income families, aiming to ensure that those who have lost their jobs can stay online at a time when the pandemic has forced millions of people to work, learn and communicate on their devices from home.”
RIP Flash: Adobe has finally killed off the controversial Flash video and animation tool that was a formative technology for the Internet, the Independent says. While Flash was widely used on websites for many years, critics complained about security problems and a poor user experience. In 2009, 99 percent of all PCs with an Internet connection had Flash installed, Adobe has said.
Alexa, what taxes do I owe? The Indian government is working on Alexa-like chatbots to deliver public services, India Today reports. The government has invited bids for a voice assistant similar to Amazon’s Alexa and Google Assistant. Using artificial Continue reading
Don’t expect big on-prem HPC hardware investments from biotech companies given COVID drivers.
What COVID Means for Biotech Compute Investments in 2021 was written by Nicole Hemsoth at The Next Platform.
Older people are smarter ...
We had the usual gloomy December weather during the end-of-year holidays, and together with the partial lockdown (with confusing ever-changing rules only someone in Balkans could dream up) it managed to put me in OCD mood… and so I decided to remove broken links from the old blog posts.
While doing that I figured out how fragile our industry is – I encountered a graveyard of ideas and products that would make Google proud. Some of those blog posts were removed, I left others intact because they still have some technical merits, and I made sure to write sarcastic update notices on product-focused ones. Consider those comments Easter eggs… now go and find them ;))
We had the usual gloomy December weather during the end-of-year holidays, and together with the partial lockdown (with confusing ever-changing rules only someone in Balkans could dream up) it managed to put me in OCD mood… and so I decided to remove broken links from the old blog posts.
While doing that I figured out how fragile our industry is – I encountered a graveyard of ideas and products that would make Google proud. Some of those blog posts were removed, I left others intact because they still have some technical merits, and I made sure to write sarcastic update notices on product-focused ones. Consider those comments Easter eggs… now go and find them ;))
Anyway, I also salvaged some of the old content I was stupid enough to publish somewhere else from archive.org. Here it is:
For years now I've had a light switch that can be programmed to turn itself on/off on a schedule. The switch is programmed with the date, time, time zone, and lat/long and then you can create a schedule such as, "turn the lights on at sun set". It works pretty well except when 1/ daylight savings time starts or stops (the schedule doesn't adjust itself) or 2/ the power goes out (bye, bye all programming).
This slight annoyance coupled with my desire for a project I could geek out on lead me to look into software-controllable light switches.
In this post I'll explain how I flashed the open source Tasmota firmware onto the Treatlife 3-way wall switch which in the end allowed me to control the lights via a home automation controller.