DIGITALSPEC Ranked for the 5th Year in a Row on the Washington Technology Fast 50 List
The 2018 Washington Technology Fast 50 ranked DSPEC as the 35th fastest-growing small business in the government market
The 2018 Washington Technology Fast 50 ranked DSPEC as the 35th fastest-growing small business in the government market
Inc. Magazine revealed DIGITALSPEC ranks No. 1436 on their annual Inc. 5000 list, the most prestigious ranking of the nation's fastest-growing private companies in the nation.
Stylepick has built a revolutionary system based on B2B wholesale clothing in the USA both for the wholesale clothing vendors and wholesale buyers
Earn a Master of Professional Studies in Data Analytics online through Penn State World Campus – and you can add in-demand skills to your wheelhouse while you continue to work.
This is the first time Google says it has provided this kind of data to the public.
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Frank Partnoy, professor of law and finance at the University of San Diego and author of "Wait: The Art and Science of Delay."
Dave Ulrich, professor at the University of Michigan Ross School of Business, argues today's companies need to replace old hierarchical models with he calls a “market-oriented ecosystem.” From research at Alibaba, Google, Huawei, Supercell, and others, he shows the impressive results of orienting teams and processes toward market opportunities. Ulrich is the coauthor, along with Tencent senior advisor Arthur Yeung, of “Reinventing the Organization: How Companies Can Deliver Radically Greater Value in Fast-Changing Markets.”
Maiden Gifts, easiest and fastest gift has expanded their fast delivery offers all through the month of February including their Valentine's Special Catalogue of Products.
Don't you miss last year, when we were killing each other with weapons rather than airborne droplets? When mass shootings and home invasions dominated the news, a company called Battenshield rolled out their design for a virtually unbreakable door barricade.
It's not the greatest-looking thing in the world, but I will say the functionality of the design is clever, along with half of the installation. The system with the battens simply hangs on the door.
What I'd worry more about is the ability of the average homeowner to install the brackets (particularly over trim with a wavy cross-section) and get the lags driven into the studs.
Interestingly enough, the system was designed by a former SWAT officer whose role was, you guessed it, the "entry team member" who breaches doors.
Internet speeds more important than ever as more people work from home because of COVID-19.
This new research has outlined yet another benefit to intermittent fasting—that may arise from the time you eat, rather than what you eat.
The post New Intermittent Fasting Program Shown to Suppress Cancer and Metabolic Disease in Mice and Humans appeared first on Good News Network.
"It's the most dangerous, aggressive experience of my life but I consider myself to be one of the lucky ones. This virus as we all know is a killer."
Each episode peeks inside the homes of two much-loved celebrities during lockdown with the filming being done by their four-legged friends
A full list of events and gigs which have been rescheduled, cancelled or postponed across Belfast for the coming months
Our first Twitter shout event was hugely popular so if you missed out then now is your chance to #ShareTheBiz
As part of our #InThisTogether campaign, we're highlighting the work of businesses and creatives in Northern Ireland during this difficult time
Paddy Barnes, Sean McComb, Tyrone McKenna and Padraig McCrory are all seen in the video
The advice was issued after the council revealed that it had to eject a coach from one facility.
Statement Highlights: Fulminant myocarditis develops quickly and can prove fatal without early recognition and advanced medical therapy. A new scientific statement from the American Heart Association details the resources needed to diagnose and treat...
DALLAS, March 24, 2020 — As part of its global response to the growing COVID-19 pandemic, the American Heart Association, the world’s leading voluntary organization focused on heart and brain health and research, is committing $2.5 million to research...
WooCommerce is the seamless, trusted solution to add an online store to your WordPress site. Add a new revenue stream to your business in just a few steps!
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Need to start selling online fast? Create an online store in just 5 steps. Sell products, offer virtual services, & add new revenue for years to come!
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Node.js employs an event-driven architecture and a non-blocking I/O model, and it provides some blindingly fast performance to some types of data-intensive Web apps. It is about JavaScript on the server side. LinkedIn, Yahoo and eBay are among ardent Node.js users, and none other than Microsoft has discussed end-to-end JavaScript coverage on its Azure cloud. Read the rest...
Ryan Holiday is described by the New York Times as popularizing stoicism, a philosophy of personal ethics which has been practiced by Kings, presidents, artists, writers, and entrepreneurs. His career started at 19 when he dropped out of college at 19 to work with author Robert Greene. Today, he’s a NYT Bestselling author, with 9 books under his belt, including his latest book: Stillness Is the Key which hit #1 on its first week. In this episode: Stillness isn’t a monk-like existence only reserved for the enlightened. Stillness is the idea of being still in a chaotic world and where our best work will come from. Ryan’s personal habits and process during the creation process to find stillness and it doesn’t include meditation. How to say no and build a practice around managing your time. Enjoy! FOLLOW RYAN: instagram | twitter | website Listen to the Podcast Subscribe Watch the Episode This podcast is brought to you by CreativeLive. CreativeLive is the world’s largest hub for online creative education in photo/video, art/design, music/audio, craft/maker, money/life and the ability to make a living in any of those disciplines. They are high quality, highly curated classes taught by the world’s top […]
The post Finding Stillness in a Fast Paced World with Ryan Holiday appeared first on Chase Jarvis Photography.
The Hierarchical Equal Area isoLatitude Pixelation (HEALPix) scheme is used extensively in astrophysics for data collection and analysis on the sphere. The scheme was originally designed for studying the Cosmic Microwave Background (CMB) radiation, which represents the first light to travel during the early stages of the universe's development and gives the strongest evidence for the Big Bang theory to date. Refined analysis of the CMB angular power spectrum can lead to revolutionary developments in understanding the nature of dark matter and dark energy. In this paper, we present a new method for performing spherical harmonic analysis for HEALPix data, which is a central component to computing and analyzing the angular power spectrum of the massive CMB data sets. The method uses a novel combination of a non-uniform fast Fourier transform, the double Fourier sphere method, and Slevinsky's fast spherical harmonic transform (Slevinsky, 2019). For a HEALPix grid with $N$ pixels (points), the computational complexity of the method is $mathcal{O}(Nlog^2 N)$, with an initial set-up cost of $mathcal{O}(N^{3/2}log N)$. This compares favorably with $mathcal{O}(N^{3/2})$ runtime complexity of the current methods available in the HEALPix software when multiple maps need to be analyzed at the same time. Using numerical experiments, we demonstrate that the new method also appears to provide better accuracy over the entire angular power spectrum of synthetic data when compared to the current methods, with a convergence rate at least two times higher.
Finding a good regularization parameter for Tikhonov regularization problems is a though yet often asked question. One approach is to use leave-one-out cross-validation scores to indicate the goodness of fit. This utilizes only the noisy function values but, on the downside, comes with a high computational cost. In this paper we present a general approach to shift the main computations from the function in question to the node distribution and, making use of FFT and FFT-like algorithms, even reduce this cost tremendously to the cost of the Tikhonov regularization problem itself. We apply this technique in different settings on the torus, the unit interval, and the two-dimensional sphere. Given that the sampling points satisfy a quadrature rule our algorithm computes the cross-validations scores in floating-point precision. In the cases of arbitrarily scattered nodes we propose an approximating algorithm with the same complexity. Numerical experiments indicate the applicability of our algorithms.
This paper provides a method for the simultaneous topology optimization of parts and their corresponding joint locations in an assembly. Therein, the joint locations are not discrete and predefined, but continuously movable. The underlying coupling equations allow for connecting dissimilar meshes and avoid the need for remeshing when joint locations change. The presented method models the force transfer at a joint location not only by using single spring elements but accounts for the size and type of the joints. When considering riveted or bolted joints, the local part geometry at the joint location consists of holes that are surrounded by material. For spot welds, the joint locations are filled with material and may be smaller than for bolts. The presented method incorporates these material and clearance zones into the simultaneously running topology optimization of the parts. Furthermore, failure of joints may be taken into account at the optimization stage, yielding assemblies connected in a fail-safe manner.
Pandemic measures such as social distancing and contact tracing can be enhanced by rapidly integrating dynamic location data and demographic data. Projecting billions of longitude and latitude locations onto hundreds of thousands of highly irregular demographic census block polygons is computationally challenging in both research and deployment contexts. This paper describes two approaches labeled "simple" and "fast". The simple approach can be implemented in any scripting language (Matlab/Octave, Python, Julia, R) and is easily integrated and customized to a variety of research goals. This simple approach uses a novel combination of hierarchy, sparse bounding boxes, polygon crossing-number, vectorization, and parallel processing to achieve 100,000,000+ projections per second on 100 servers. The simple approach is compact, does not increase data storage requirements, and is applicable to any country or region. The fast approach exploits the thread, vector, and memory optimizations that are possible using a low-level language (C++) and achieves similar performance on a single server. This paper details these approaches with the goal of enabling the broader community to quickly integrate location and demographic data.
Did you know that for every second faster your website loads, you increase conversions by 7%? A fast loading website leads to longer dwell sessions, improved engagement, and increased conversions. When people can access information fast, they’re more likely to stay on your page. So now you’re probably wondering, “How fast should my website be?” […]
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The apps and devices you use are conducting surveillance with your every move Sure, you lock your home, and you probably don't share your deepest secrets with random strangers.…