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As we know the run time of most algorithms increases when the input set increases in size. There is one noticeable exception: there is a class of distributed algorithms, dubbed local algorithms, that run in constant time, independently of the size of the network. Being highly scalable and fault tolerant, such algorithms are ideal in the operation of large-scale distributed systems.
Interpreters and compilers are interesting programs, themselves used to run or translate other programs, respectively. Those other programs that might be interpreted might be languages like JavaScript, Ruby, Python, PHP, and Perl. The other programs that might be compiled are C, C++, and to some extent Java and C#. Taking the time to do translation to native machine code ahead of time can result in better performance at runtime, but an interpreter can get to work right away without spending any
Have you ever wanted to highlight text in a string on a web page using AngularJS? If your answer was no, don’t disregard, because you may one day need to. The good thing is this is not very hard to accomplish. There are many ways to do this using JavaScript, but we’re only going to examine one of those methods. Using AngularJS and a few regular expressions (RegEx) with JavaScript, you can find text in a string and then apply your own customizations.
Facebook just announced a new feature they’re calling “Instant Articles”. Facebook is positioning this as a way for publishers to have their stories displayed, within Facebook, “instantly”: Mobile web articles can take an average of eight seconds to load, by far one of the slowest parts of the Facebook app. Instant Articles provides a faster and richer reading experience for people in News Feed.
Interpreters and compilers are interesting programs, themselves used to run or translate other programs, respectively. Those other programs that might be interpreted might be languages like JavaScript, Ruby, Python, PHP, and Perl. The other programs that might be compiled are C, C++, and to some extent Java and C#. Taking the time to do translation to native machine code ahead of time can result in better performance at runtime, but an interpreter can get to work right away without spending any
In 2005 Stonebraker et al. published a paper that outlined 8 key requirements for stream processing architecture. These key requirements can be easily translated into building blocks of stream processing architecture. Although, this article dates before systems such as Apache Kafka, Amazon Kinesis, Apache Spark, Apache Storm, etc. most of the requirements are still relevant.
Over a year ago the AWS team opened a "pop-up loft" in San Francisco at 925 Market Street. The goal of opening the loft was to give developers an opportunity to get in-person support and education on AWS, to network, get some work done, or just hang out with peers. It became a great success; every time when I visit the loft there is a great buzz with people getting advice from our solution architects, getting training or attending talks and demos.
Suppose for a minute that self-driving cars become commercially available. Obviously, a lot has to happen before we get to that point, but suppose that it does. What happens to the economics of ground transportation? Today, cars are owned or leased by individuals (households) or fleet operators (delivery firms or rental car companies). Auto manufacturers sell to dealers, who sell to individuals and firms; finance companies from universal banks to specialist lenders finance the trade.
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Suppose for a minute that self-driving cars become commercially available. Obviously, a lot has to happen before we get to that point, but suppose that it does. What happens to the economics of ground transportation? Today, cars are owned or leased by individuals (households) or fleet operators (delivery firms or rental car companies). Auto manufacturers sell to dealers, who sell to individuals and firms; finance companies from universal banks to specialist lenders finance the trade.
Previously I had written an article regarding how to make a gallery-like image grid using Ionic Framework , but what if we wanted to accomplish the same using the native Android SDK? In this tutorial we’ll see how to make use of the Android GridView with an image adapter to display remote images from the internet. The post Make A Gallery-Like Image Grid Using Native Android appeared first on The Polyglot Developer.
An important way of engaging with AWS customers is through the AWS Global Summit Series. All AWS Summits feature a keynote address highlighting the latest announcements from AWS and customer testimonials, technical sessions led by AWS engineers, and hands-on technical training. You will learn best practices for deploying applications on AWS, optimizing performance, monitoring cloud resources, managing security, cutting costs, and more.
It was recently brought to my attention that big things came with the latest Apache Cordova Android and iOS update. One of the major updates being the requirement of whitelisting in order to use external resources. What exactly does this mean? Take the example of some random API like Facebook or TinyURL. If you try to perform a request on either of these APIs it will fail because by default everything external is blacklisted.
So recently I was presented with a challenge. Make a Minesweeper game using native Android with no additional frameworks such as Unity3D or similar. Minesweeper via Wikipedia : A single-player puzzle video game. The objective of the game is to clear a rectangular board containing hidden “mines” without detonating any of them, with help from clues about the number of neighboring mines in each field.
Have you ever wanted to fetch remote HTML data in a similar fashion to cURL or Wget using some backend web service and parse it? If you said no, don’t worry, I said the exact thing until I was challenged to do so. For the challenge, I chose to use Express as my framework and a few libraries to assist in the process of fetching and parsing. I chose to use the HTTP and HTTPS libraries for fetching the data and the htmlparser2 for parsing the HTML data.
There are many ways to create mobile Android games. For example you can use a framework like Unity3D or Unreal Engine, or you can use native APIs like the SurfaceView canvas or OpenGL. All the different methods have their pros and cons. In this particular example we’re going to see how to render graphics to the Android screen by extending the SurfaceView class and a canvas.
Back in 2010 I was hired by the University of California, Merced (UC Merced) after having first worked as a student employee for two years prior. I was hired as part of the Student Information Systems (SIS) team of IT. Although my responsibilities spanned across all departments, I primarily supported the needs of the Undergraduate Admissions department.
Recently one of my Twitter followers asked me how they might validate password strength using regular expressions (RegEx) in their code. Regular expressions via Wikipedia : A sequence of characters that forms a search pattern, mainly for use in pattern matching with strings, or string matching. RegEx is nice because you can accomplish a whole lot with very little.
I’ve been a Java programmer for a while now, however, recently someone asked me a question regarding one of Java modifier keywords and I had no clue what it was. This made it obvious to me that I needed to brush up on some Java that goes beyond actual coding and algorithms. After a few Google searches, I got bits and pieces on the topic, but never really the full story, so I’m using this post as a way to document the subject.
Previously you saw an implementation of Quicksort, one of the better sorting algorithms. This time we’re going to look at a much inferior sorting algorithm which generally makes its appearance in introduction to computer science type courses. I’m talking about the Bubble Sort algorithm. Bubble Sort via Wikipedia : Bubble sort, sometimes referred to as sinking sort, is a simple sorting algorithm that repeatedly steps through the list to be sorted, compares each pair of adjacent items and swaps th
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