Tilt landscape


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  • Tilt-Shifted Time-Lapse Video That Makes the Landscape and People of Norway Look Like Miniatures
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  • Canon Tilt-Shift Lenses for Landscapes & Portraits
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Tilt Landscape Maintenance

This story is part of Bosch Research Blog. Quantum computing is an early technology that is expected to reach its breakthrough in the supercomputing field in the next ten-plus years. If this expectation is fulfilled, it will transform many technological areas that use computer simulations to supplement experimentation and prototyping. This allows industrial and academic researchers to perform simulations for solving ever-more complex design and optimization problems, and ultimately leads to the development of better products and services.

Still, many economically, technologically, and scientifically relevant problems e. As a result, countless approximate methods have been developed over the years, characterized by various tradeoffs between accuracy and computational cost. One technology that could potentially disrupt the current trends in the supercomputing field is quantum computing. For a certain class of particular problems, quantum computing offers an exponential speedup in computing power over classical supercomputers.

The exponential speedup means that adding just one more qubit quantum bit to a quantum computer would double its computing power, whereas one would have to double the system size to achieve the same effect with a classical supercomputer.

Quantum technology is still at an early stage of development. The first commercial devices have started to emerge in recent years, capable of performing a few hundred operations with tens of qubits. This early hardware was already sufficient to demonstrate quantum supremacy by solving a specific problem intangible for classical supercomputers.

It marked a key milestone for the field, although this particular problem was of little practical interest, and was later shown to be solvable on classical supercomputers using an alternative classical algorithm.

When considering hardware redundancy necessary for error mitigation, quantum computers would need to reach the one-million-qubit level before they become suitable for a wide range of practical applications.

This threshold may be reached in ten-plus years , assuming that no unforeseen difficulties arise in the process of scaling up the current systems. Regardless of the exact timeline, now is the time to identify relevant use cases and coordinate algorithm development. This will likely take years of research and experimentation, including testing reduced-scale models on early quantum hardware to validate the algorithms. Certain economically relevant problems may emerge in the process that can already be solved efficiently on current generations of quantum computers.

At Bosch, we want to be fully prepared and ready to execute our workflows on future million-qubit systems, so we are able to immediately take advantage of new hardware when and if it becomes available. This will allow us to quickly incorporate the value of quantum-computer-powered solutions into our products and services when and if the quantum computing era finally begins. Once it takes off, it will permanently change the way we view the role of computer simulations, as it will significantly increase the span of engineering and scientific problems that can be solved computationally.

Please feel free to share them via LinkedIn or ResearchGate or to contact me directly. Georgy uses quantum mechanical simulations to predict properties of materials at the atomic scale.

The properties are varied conductivity, stability, reactivity, sensitivity, selectivity and application specific thermoelectrics, batteries, fuel cells, sensors. He performs a computational screening of candidate materials for the desired property and suggests promising candidates for experimental synthesis and characterization. Share this on:. This story is part of Bosch Research Blog Discover the whole series.

Simulations accelerate technology development. Application areas. Icon material. Material discovery. Icon shape-circle-square. Shape optimization for aerodynamics. Icon imu. Icon fire. Icon weather-cloud-sun-sensor. Weather forecasting. Icon artificial-intelligence. Artificial Intelligence. Power of exponential scaling. Wave function of a qubit in a chain of ions.

Dawn of the quantum era. Wave function of a qubit in a silicon quantum dot. What are your thoughts on this topic? Author: Georgy Samsonidze Georgy uses quantum mechanical simulations to predict properties of materials at the atomic scale.

More about Georgy. Georgy on Google Scholar. Georgy on ResearchGate. Modeling and Simulation. Discover related topics. Learn more.


Tilt-Shifted Time-Lapse Video That Makes the Landscape and People of Norway Look Like Miniatures

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At what tilt should the modules be mounted? Should the orientation be “portrait” or “landscape”? Getting the answers right should be part of.

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A Beginners Guide to using a Tilt Shift lens in Landscape Photography I just love wide expansive landscape views that include close foreground interest, as well as distant detail Wide angle lenses are an important part of the landscape photographer's kit, but finding a good one, I mean a "really good one! Curvilinear Distortion straight lines don't stay straight and Chromatic Aberration colourful light bleeds around the edge of high contrast edges are just two foes that the wide landscape photography shooter must battle. Yes wide angle lenses have got better and some are real standouts, but even if a newer lens controls Curvilinear Distortion and Chromatic Aberrations well, there is still the issue of DOF or 'Depth Of Field' ie. How much depth there is to the focus or sharpness of objects within an image. So just how does one keep close foreground objects in focus, while still maintaining acceptable sharpness in the distant background? On a regular wide angle lens this is done by using a small aperture big f number and hyperfocal focusing. These sweet spots focus distances , when coupled with a particular aperture, will provide DOF from near to very far. To help explain, let's think about DOF for a second

First Person Control - Tilt landscape

These are the core obsessions that drive our newsroom—defining topics of seismic importance to the global economy. Our emails are made to shine in your inbox, with something fresh every morning, afternoon, and weekend. For whatever reason, some people like to type in landscape mode on their iPhones. But in the latest iOS software, Apple changed the tried-and-true method of changing the keyboard to landscape tilting the phone horizontally to instead initialize a handwritten message. David Smith, an iOS developer, figured out the painfully obvious way to change this: tapping the keyboard in the lower right-hand side.

It is intended to provide a more in-depth explanation of the principals involved in using this type of lens. Thanks to David Summerhayes for permission to reprint this tutorial here.

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The screen on your iPhone and iPod touch can rotate so you can see apps — such as Safari and Messages — in portrait or landscape mode. Find out how to rotate the screen on your iPhone or iPod touch, or get help if this feature isn't working as expected. Some apps don't support rotation, so your screen may not rotate even if Portrait Orientation Lock is turned off. If the screen still doesn't rotate, try another app that is known to work in landscape mode, such as Safari or Messages. Find out how to rotate the screen on your iPad. Contact Apple Support about your iPhone or iPod touch.

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The Research Landscape enables you to interact with a document answer set by navigating the visualization of that set as a document landscape. Note: When a visualization project is saved, customized settings such as zoom, tilt, and position are saved along with it. On this toolbar:. Select Cursor drop-down. Click to draw a box in order to highlight document points on the Research Landscape. Click and move the cursor to manipulate the angle of the Research Landscape.

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Canon Tilt-Shift Lenses for Landscapes & Portraits

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Discussion in ' Large Format ' started by troll , Jan 2,Is forward tilt for landscapes something relatively new? While Landscape photography is as old as the medium, looking at older LF cameras on ebay would indicate that forward tilt for DOF control is a relatively new technique. Many cameras had front rise and fall, but generally no tilt in either direction.

Marc Muench www. Marc is now the "artist in residence" at dgrin.

Tilt-shift lenses are some of the more exotic hunks of glass out there, but they enable some very unique capabilities that simply can't be accomplished with normal lenses. This interesting video shows how their shift capabilities can be used to easily create panoramic images. Tilt-shift lenses are traditionally used by people like architectural photographers to obviate the issue of converging parallels and related problems or by landscape photographers to get increased depth of field at the same aperture. You might have also seen them used to create "miniature" worlds. The shift function can also be used to create panoramas that stitch together almost effortlessly, so long as there aren't prominent foreground subjects.

Tim Parkin. Support your fellow photographers! How the concept of flow affects composition.


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