Real network conditions are rarely static. Real life networks suffer transient conditions – congestion builds up and dissipates, tree branches wave in the wind across radio links, long distance routing paths change, VoIP call trunks are filled with more calls during working hours than during the evening. Even something as small as a person standing near a wi-fi access point can change the carrying capacity of a network.
You’re better off going straight to StackOverflow.com.
That’s the current situation with many technologies, platforms, SDK libraries and command-line interfaces: the documentation is so badly written, or so poorly organized, or so skimpy, that you can safely skip it and just use Stack Overflow as your answer-it-all search engine.
Or, to put it another way, most SDK documentation has a low cache hit rate, which I call a measure of documentation efficiency. If the efficiency is less than about 50%, then you’re better off skipping the docs entirely, and fetching the answer directly from the collective main memory of SO.
And you may have noticed that SDK documentation falls into one of two extremes. Here’s my experience:
The ESP8266 is very popular among the maker set as a platform for experimentation in the realm of Internet of Things (IoT).
Now that we’re reasonably familiar with its capabilities, it’s time we put ESP8266/NodeMCU to test.
Cloud computing has taken hold of the business world, nearly reaching its saturation point according to multiple industry reports. The business cloud and its cloud testing capabilities are growing at an extremely fast pace due to scalability, adaptability, cost-effectiveness, and efficiency across nearly every industry.
When evaluating your application for deployment, it is critical to know exactly how it will respond to a variety of network conditions. In some cases, this means going out into the field in search of live, real-world testing scenarios that can be used to test app functionality and user-friendliness.
Many CEOs and business owners think data center relocation involves the simple process of unplugging of a few servers, some careful packaging, and a secure shipment to the next location. IT professionals know that it’s actually a lot more complicated than that.
IDC reports that up to 50% of cloud customers have brought workloads back in house, due to network latency and performance issues, in the cloud. This is an expensive, cumbersome, and counterproductive measure that halts the progress of a company’s technology and growth.
In this article, Wayne Wil...
There’s no question about it—any business that wants to stay relevant these days needs to have a mobile app to keep communication flowing between their clients and their organization. According to a recent Gallup Poll, 52% of the population check their smartphones multiple times per hour and another 20% checks at least once per hour—making the average mobile device a marketing hotspot for businesses.
Enterprise apps are like sports cars: they promise sleek efficiency, but require the right environment to perform optimally. An app may perform well on an enterprise LAN, but will it perform the same when it is deployed in the cloud?
You’ve written an awesome app, and the whole company is banking on how well it does. You’ve done the tests; it has passed QA. It’s exactly what everyone says they need. So your company launches the product, and you wait for the awesome reviews to come rolling in.
ASUS, a well-known electronics manufacturer, has launched a new motherboard, the X99-A/USB 3.1, primarily targeted towards the online gaming industry wherein players participate over the internet. As online video games rely on highly responsive UDP packets, ASUS has set out to verify, assure and prove that its product would perform extremely well in this dimension.