Photo: Rescale Photo: Rescale Ben Verwaayen, who is a partner at one of the lead investors, Keen Venture Partners, sees a company going after a large legacy market with a new approach.
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The city has also been putting in additives that rescale the city's lead pipes, whose corrosion caused the lead contamination.
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Rescale works with engineering, aerospace, scientific and other verticals and helps them move their legacy high performance computing applications to the cloud.
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The new influx of cash should help Rescale, well, scale, and that will involve hiring more developers, solutions architects and the like.
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Flint is still working to rescale its pipes, putting chemicals in the water to stop the lead pipes from leaching into the water.
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Rescale, the startup that wants to bring high performance computing to the cloud, announced a $32 million Series B investment today led by Initialized Capital, Keen Venture Partners and SineWave Ventures.
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After being voted the "worst walking city in the country" in 2015, Oklahoma City officials commissioned city planners to rescale the city's main road axes from six lanes down to two.
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Recipes are often not kind to cooks for the many, with their civilized notations ("serves four") and their refusal to rescale easily for six, or eight (at least not without copious chopping).
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In a magnet at its critical point, for instance, scale symmetry constrains the two-point correlation function by requiring that it must stay the same when you rescale the distance between the two points.
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"If we could develop a design that was printable, it would be possible to rescale and reprint that design as Liam grew, essentially making it possible for his device to grow with him," he said.
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These companies often have key legacy applications they want to move to the cloud and Rescale can help them do that in the most efficient manner, whether that involves bare metal a virtual machine or a container.
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In 2011, Poort founded Rescale a cloud computing platform for simulation in large enterprises across aerospace, manufacturing, energy, and life sciences verticals. Rescale has raised funding from notable investors including Sam Altman, Jeff Bezos, Richard Branson, Chris Dixon, Paul Graham, and Peter Thiel.
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Design Engineering magazine describes Rescale as "...a good fit for manufacturers who need to run complex simulation and optimization jobs, but don't have the HPC hardware required." The Platform noted in May, 2015 that Rescale claims the largest known globally available commercial HPC network with "...eight million servers globally with a potential 1,400 petaflops of compute capacity ... across 30 global datacenters." Rescale has partnerships with engineering software companies in the computer aided engineering space including: ANSYS, AutoForm, Siemens Digital Industries Software, Dassault Systemes and MSC Software.
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Founded in 2011 in San Francisco, California by Joris Poort (CEO) and Adam McKenzie (CTO), Rescale is a startup that develops a cloud computing simulation platform. Rescale was a Y Combinator company and has received $6.4M in funding from high-profile investors including Sam Altman, Jeff Bezos, Richard Branson, Chris Dixon, Paul Graham, and Peter Thiel. The founders, Poort and McKenzie, previously built a software technology stack at Boeing saving the company over $180M through weight improvements on the 787 Dreamliner. The Rescale platform combines engineering and science software tools with high performance computing (HPC) to create a cloud simulation environment.
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Joris Poort (born July 5, 1983) is an American businessman and entrepreneur. He is the founder and chief executive officer of the enterprise software firm Rescale. Silicon Valley insiders have referred to Poort as "a silent genius".
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A simple iterative method to approach the double stochastic matrix is to alternately rescale all rows and all columns of A to sum to 1. Sinkhorn and Knopp presented this algorithm and analyzed its convergence. Sinkhorn, Richard, & Knopp, Paul. (1967). "Concerning nonnegative matrices and doubly stochastic matrices".
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Hanushek and WoessmannHanushek and Woessman (2015, esp. Table 2.1 and Appendix 2A, pp. 18, 29-37) developed a methodology to rescale 14 different international comparisons of math and / or science achievement to make them comparable. This includes the FIMS, FISS, and PISA, mentioned above, with TIMSS.
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A more modern approach is to overlay links on an image using CSS absolute positioning; however, this only supports rectangular clickable areas. This CSS technique may be suitable for making an image map work properly on iPhones, which can fail to rescale pure HTML image maps correctly.
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During his career he has made major contributions to the island biogeography, including testing E. O. Wilson's Taxon Cycle Concept. His most-cited scientific paper examined ecological communities. Recent work has sought to rescale the concept of an ecological community. His textbook "Ecology" was first published in 1973.
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The electron field and the photon field rescale differently under renormalisation, and thus lead to two separate functions, \gamma_2 and \gamma_3, respectively. The Callan- Symanzik equation was discovered independently by Curtis Callan and Kurt Symanzik in 1970. Later it was used to understand asymptotic freedom. This equation arises in the framework of renormalization group.
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In geometry, a Heronian triangle is a triangle that has side lengths and area that are all integers. Heronian triangles are named after Hero of Alexandria. The term is sometimes applied more widely to triangles whose sides and area are all rational numbers, since one can rescale the sides by a common multiple to obtain a triangle that is Heronian in the above sense.
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The DM should add marginal reminders (to himself) to mention cobwebs and creaking doors. The floor plan is a 400' x 280' ranch house; it would match both the cover art and horror movies better if it had three stories. I suggest you rescale the map from 10' to 5' squares before you run it. I also suggest you encourage the party to walk around the outside.
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A serious difficulty arises if the variables are not measured in the same units. First consider measuring distance between a data point and the line: what are the measurement units for this distance? If we consider measuring distance based on Pythagoras' Theorem then it is clear that we shall be adding quantities measured in different units, which is meaningless. Secondly, if we rescale one of the variables e.g.
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In the 1956 American version, Godzilla is estimated to be tall, because producer Joseph E. Levine felt that 50 m did not sound "powerful enough". As the series progressed Toho would rescale the character, eventually making Godzilla as tall as . This was done so that it would not be dwarfed by the newer, bigger buildings in Tokyo's skyline, such as the Tokyo Metropolitan Government Building which Godzilla destroyed in the film Godzilla vs. King Ghidorah (1991).
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The distance matrix constructed from this tree of life is then subtracted from the distance matrices of the proteins of interest. However, because RNA distance matrices and DNA distance matrices have different scale, presumably because RNA and DNA have different mutation rates, the RNA matrix needs to be rescaled before it can be subtracted from the DNA matrices. By using molecular clock proteins, the scaling coefficient for protein distance/RNA distance can be calculated. This coefficient is used to rescale the RNA matrix.
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Climbing the tower, the party discovers the remains of a family that attempted to reach Paradise but failed, and a library suggesting Ashura is controlled by someone else. They encounter him at the top, guarding the final door; he offers each of them control of one of the worlds, but they refuse and defeat him. Before they can pass through the door, a trap drops them to the bottom floor. Encountering the allies they made along their journey, they decide to rescale the tower.
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In May 2012, Kevin Kwok was reading about seam carving, an algorithm which was able to rescale images without distorting or damaging the quality of the image. Kwok noticed that they tend to converge and arrange themselves in a way that cut through the spaces in between letters. A particularly verbose comic inspired him to develop a software which can read images (with canvas), figure the positions of the lines and letters, and draw selection overlays to assuage a pervasive text-selection habit. Kwok’s first attempt was simple.
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At the start of the 21st century, PSG struggled to rescale the heights despite the magic of Ronaldinho and the goals of Pauleta. Five more trophies arrived in the form of three Coupe de France, one Coupe de la Ligue and one UEFA Intertoto Cup, but the club became better known for lurching from one high-profile crisis to another. Indeed, Paris Saint-Germain spent two seasons staving off relegations that were only very narrowly avoided. This changed in 2011 with the arrival of new majority shareholders Qatar Sports Investments (QSI).
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At the start of the 21st century, PSG struggled to rescale the heights despite the magic of Ronaldinho and the goals of Pauleta. Five more trophies arrived in the form of three Coupe de France, one Coupe de la Ligue and one UEFA Intertoto Cup, but the club became better known for lurching from one high-profile crisis to another. Indeed, Paris Saint-Germain spent two seasons staving off relegations that were only very narrowly avoided. This changed in 2011 with the arrival of new majority shareholders Qatar Sports Investments (QSI).
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In the case where a parametrized family has a location parameter, a slightly different definition is often used as follows. If we denote the location parameter by m, and the scale parameter by s, then we require that F(x;s,m,\theta)=F((x-m)/s;1,0,\theta) where F(x,s,m,\theta) is the cmd for the parametrized family. This modification is necessary in order for the standard deviation of a non-central Gaussian to be a scale parameter, since otherwise the mean would change when we rescale x. However, this alternative definition is not consistently used.
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In other words, we can think of reflecting the rectangle rather than the path segments. Reducing to the coprime case: It is convenient to rescale the rectangle dividing a and b by their greatest common divisor, operation which does not alter the geometry of the path (e.g. the number of bouncing points). Reversing the time: The motion of the path is “time reversible”, meaning that if the path is currently traversing one particular unit square (in a particular direction), then there is absolutely no doubt from which unit square and from which direction it just came.
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The real systems studied are often extremely large in terms of the number of particles they contain. In order to make simulations efficient or at all possible, so-called super-particles are used. A super-particle (or macroparticle) is a computational particle that represents many real particles; it may be millions of electrons or ions in the case of a plasma simulation, or, for instance, a vortex element in a fluid simulation. It is allowed to rescale the number of particles, because the acceleration from the Lorentz force depends only on the charge-to-mass ratio, so a super-particle will follow the same trajectory as a real particle would.
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In the world of telephony, a media server is the computing component that processes the audio or video streams associated with telephone calls or connections. Conference services are a particular example of how media servers can be used, as a special 'engine' is needed to mix audio streams together so that conference participants can hear all of the other participants. Conferencing servers may also need other specialized functions like "loudest talker" detection, or transcoding of audio streams, and also interpreting DTMF tones used to navigate menus. For video processing, it may be needed to change video streams, for example transcode from one video codec to another or rescale a picture from one size to another.
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An instance of either the continuous or classic knapsack problems may be specified by the numerical capacity W of the knapsack, together with a collection of materials, each of which has two numbers associated with it: the weight wi of material that is available to be selected and the total value vi of that material. The goal is to choose an amount xi ≤ wi of each material, subject to the capacity constraint :\sum_i x_iw_i \le W and maximizing the total benefit :\sum_i x_iv_i. In the classic knapsack problem, each of the amounts xi must be either zero or wi; the continuous knapsack problem differs by allowing xi to range continuously from zero to wi. Some formulations of this problem rescale the variables xi to be in the range from 0 to 1.
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