Really it's just making more efficient use of the space by allowing Snarkitecture to squeeze in more self-contained photo opportunities.
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He reiterated his previous view that the EU needed to make decision-making more efficient before Serbia and other countries can join.
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Other provisions, such as immediate expensing, incentives to favor capital over borrowing and reducing subsidies will make decision making more efficient and less about gaming the system.
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VMware made its name with a technology called virtualization, which allows for a physical server to be chopped up into any number of "virtual machines," making more efficient use of its resources.
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There are also ideas for ways to cut costs, such as making more efficient use of radio spectrum, using software to do things that typically require hardware, and sharing infrastructure among mobile networks.
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One level deeper: For the record: A spokesman for AFPM said the group has never taken an official position on the Paris Climate Agreement, and is committed to reducing carbon emissions by making more efficient transportation fuels.
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Richard Davies, the senior vice president of sales and marketing at Olymel, a pork and poultry producer based in Montreal, said that some of the growth in overseas sales was driven by making more efficient use of animals.
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The institutions of debt and interest, meanwhile, were invented to enable those who had surplus resources now to lend them to others until they needed them at some future time — making more efficient the allocation of resources over time.
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Here's how Boville explained the cloud's benefits and cost reductions to Business Insider:A private cloud essentially uses software to lash together existing data center hardware into a single unified platform — making more efficient use of each individual server, while also making it easier for developers to access and scale up their resources....It's not just cost benefits Bank of America has recognized from the move to its private cloud, Boville said.
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Other groups, similarly motivated, are working on making many types of crops resistant to drought, heat, cold and salt; on inducing greater immunity to infection and infestation; on improving nutritional value; on making more efficient use of resources such as water and phosphorous; and even on giving to plants that do not have it the ability to fix nitrogen, an essential ingredient of proteins, directly from the air instead of absorbing it in the form of nitrates.
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In the later 1980s Brown Boveri took steps to reduce duplication of research and development among its various groups. While each subsidiary continued to do some product-development research for its individual market, theoretical research was unified under the parent company, making more efficient use of research funding.
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B. hortorum exhibit buzz pollination, a foraging behavior in which they generate vibrations that are transmitted onto the anthers of flowers, thus ejecting the pollen that they gather and then consume. In a study comparing other Bombus species, B. hortorum was found to create higher buzz amplitudes, thus making more efficient at collecting pollen.
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In 1968, Beddoes proposed construction of a "high-rise trailer park" to be built in Capistrano Beach, California. His plan called for making "more efficient use of land in areas where acreage is too expensive for a trailer park" by building an eight-story structure of concrete and steel and using a crane to lift trailers and insert them into their respective spaces.
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Due to the increasing size and volume of container, transport and cruise ships, ports continue to face new challenges with daily traffic and processing. Technologies such as IoT can improve warehouse logistics, inventory management etc. and help automate loading, dispatching and transporting goods. In smart ports, parking spaces could be optimised and traffic streamlined by making more efficient use of limited space.
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The German Empire came to rival Britain as Europe's primary industrial nation during this period. Since Germany industrialized later, it was able to model its factories after those of Britain, thus making more efficient use of its capital and avoiding legacy methods in its leap to the envelope of technology. Germany invested more heavily than the British in research, especially in chemistry, motors and electricity. The German concern system (known as Konzerne), being significantly concentrated, was able to make more efficient use of capital.
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University presentation on JSF Program Inlets on subsonic aircraft are simple and shorter: an opening designed to minimize drag.Inlet Design and Inlet types, NASA. On supersonic military jets, the inlets are usually much more complex and use shock waves to slow the air, and movable internal vanes to shape and control the flow. Supersonic flight speeds form shock waves in the intake system and reduce the recovered pressure at the compressor, so some supersonic intakes use devices, such as a cone or ramp, to increase pressure recovery by making more efficient use of shock waves.
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Videoconferencing is a highly useful technology for real time telemedicine and telenursing applications, such as diagnosis, consulting, transmission of medical images, etc. With videoconferencing, patients may contact nurses and physicians in emergency or routine situations; physicians and other paramedical professionals can discuss cases across large distances. Rural areas can use this technology for diagnostic purposes, thus saving lives and making more efficient use of health care money. For example, a rural medical center in Ohio used videoconferencing to successfully cut the number of transfers of sick infants to a hospital away.
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The introduction of Freon in the 1920s expanded the refrigerator market during the 1930s and provided a safer, low-toxicity alternative to previously used refrigerants. Separate freezers became common during the 1940s; the popular term at the time for the unit was a deep freeze. These devices, or appliances, did not go into mass production for use in the home until after World War II. The 1950s and 1960s saw technical advances like automatic defrosting and automatic ice making. More efficient refrigerators were developed in the 1970s and 1980s, even though environmental issues led to the banning of very effective (Freon) refrigerants.
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A simple form of digital amplitude modulation which can be used for transmitting binary data is on-off keying, the simplest form of amplitude-shift keying, in which ones and zeros are represented by the presence or absence of a carrier. On-off keying is likewise used by radio amateurs to transmit Morse code where it is known as continuous wave (CW) operation, even though the transmission is not strictly "continuous." A more complex form of AM, quadrature amplitude modulation is now more commonly used with digital data, while making more efficient use of the available bandwidth.
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The use of radio spectrum and, most particularly, the coexistence of different services and the reuse of radio frequencies is one of Gradiant’s areas of interest. In this regard, the paradigm of cognitive radio generates conflicts of interest in bands such as UHF, traditionally assigned to television broadcasting. Among these we may highlight the monitoring of spectrum use, both for mobile and fixed services, and the development of databases for the real-time upgrading of spectrum status and availability. Equally, Gradiant is working on the development of new systems capable of making more efficient use of the spectrum, and also on the physical and access layers, specifically on the development of new devices with which the coverage of maritime and terrestrial communication systems can be extended.
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The Krupp works in Essen, 1890 Industrialisation progressed dynamically in Germany, and German manufacturers began to capture domestic markets from British imports, and also to compete with British industry abroad, particularly in the U.S. The German textile and metal industries had by 1870 surpassed those of Britain in organisation and technical efficiency and superseded British manufacturers in the domestic market. Germany became the dominant economic power on the continent and was the second largest exporting nation after Britain. Technological progress during German industrialisation occurred in four waves: the railway wave (1877–1886), the dye wave (1887–1896), the chemical wave (1897–1902), and the wave of electrical engineering (1903–1918).Jochen Streb, et al. "Technological and geographical knowledge spillover in the German empire 1877–1918", Economic History Review, May 2006, Vol. 59 Issue 2, pp. 347–373 Since Germany industrialised later than Britain, it was able to model its factories after those of Britain, thus making more efficient use of its capital and avoiding legacy methods in its leap to the envelope of technology. Germany invested more heavily than the British in research, especially in chemistry, motors and electricity.
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